Tree node representing a delayed skipped function body. More...

#include <Puma/DelayedParseTree.h>

Inheritance diagram for Puma::CT_DelayedParseSkippedFctBody:

Public Member Functions
	CT_DelayedParseSkippedFctBody (Token s, Token e)
	Constructor.
const char *	NodeName () const
	Get the name of the node.
Public Member Functions inherited from Puma::CT_DelayedParse
CT_DelayedParse *	IsDelayedParse ()
	Get a pointer to this CT_DelayedParse.
int	Sons () const
	Get the number of sons.
CTree *	Son (int n) const
	Get the n-th son.
void	ReplaceSon (CTree old_son, CTree new_son)
	Replace a son.
CRecord *	Class () const
	Get the outermost class for this delayed code fragment.
CStructure *	Scope () const
	Get the scope of the delayed code fragment.
TokenProvider::State	State () const
	Get the token stream state of the delayed code fragment.
void	Class (CRecord *record)
	Set the outermost class for this delayed code fragment.
void	Scope (CStructure *scope)
	Set the scope of the delayed code fragment.
void	State (TokenProvider::State state)
	Set the token stream state of the delayed code fragment.
Public Member Functions inherited from Puma::CTree
virtual	~CTree ()
	Destructor.
virtual Token *	token () const
	Get the first token of the syntactic construct represented by this sub-tree.
virtual Token *	end_token () const
	Get the last token of the syntactic construct represented by this sub-tree.
virtual CT_Token *	token_node () const
	Get the CT_Token node of the first token of the syntactic construct represented by this sub-tree.
virtual CT_Token *	end_token_node () const
	Get the CT_Token node of the last token of the syntactic construct represented by this sub-tree.
virtual CTree *	Parent () const
	Get the parent node.
virtual CTypeInfo *	Type () const
	Get the semantic type of the node.
virtual CExprValue *	Value () const
	Get the calculated value of the expression.
virtual CSemValue *	SemValue () const
	Get the semantic value of the node.
virtual CSemObject *	SemObject () const
	Get the semantic information of the node.
virtual CT_SimpleName *	IsSimpleName ()
	Get a pointer to CT_SimpleName if the current node represents a name.
virtual CT_String *	IsString ()
	Get a pointer to CT_String if the current node represents a string.
virtual CT_Declarator *	IsDeclarator ()
	Get a pointer to CT_Declarator if the current node represents a declarator.
virtual CT_Statement *	IsStatement ()
	Get a pointer to CT_Statement if the current node represents a statement.
virtual CT_Expression *	IsExpression ()
	Get a pointer to CT_Expression if the current node represents a expression.
virtual CT_Decl *	IsDeclaration ()
	Get a pointer to CT_Decl if the current node represents a declaration.
virtual CT_Call *	IsCall ()
	Get a pointer to CT_Call if the current node represents a call expression.
bool	HasValueNull () const
	Return true if the tree has the constant value 0.

Static Public Member Functions
static const char *	NodeId ()
	Get the identifier for this node type.

Additional Inherited Members
Protected Member Functions inherited from Puma::CT_DelayedParse
	CT_DelayedParse (Token *s)
	Constructor.
	CT_DelayedParse (Token s, Token e)
	Constructor.
Protected Member Functions inherited from Puma::CTree
CTree *	Son (CTree const sons, int len, int n) const
	Get the n-th son from given sons array.
int	Sons (CTree const sons, int len) const
	Get the number of sons in the given sons array.
void	ReplaceSon (CTree *sons, int len, CTree old_son, CTree *new_son)
	Replace a son.
void	ReplaceSon (CTree &son, CTree old_son, CTree *new_son)
	Replace a son if it equals the given son.
void	AddSon (CTree &son, CTree new_son)
	Add a new son.
void	SetParent (const CTree *parent)
	Set the parent tree node.
void	SetParent (CTree node, const CTree parent)
	Set the parent tree node of the given tree node.
	CTree ()
	Default constructor.
Private Member Functions inherited from Puma::CT_CmpdStmt
	CT_CmpdStmt ()
CSemScope *	SemScope () const
	Get the scope opened by the compound statement.
Private Member Functions inherited from Puma::CT_List
CT_List *	IsList ()
	Get a pointer to this CT_List.
int	Entries () const
	Get the number of list entries.
CTree *	Entry (int n) const
	Get the n-th list entry.
int	Sons () const
	Get the number of sons.
CTree *	Son (int n) const
	Get the n-th son.
int	Index (CTree *son)
	Get the index of the given son, or -1 if not found.
int	GetProperties () const
	Get the list properties.
void	AddProperties (int p)
	Add a list property.
void	AddSon (CTree *s)
	Add a son.
void	PrefixSon (CTree *s)
	Prepend a son.
void	InsertSon (CTree before, CTree son)
	Insert a son before another son.
void	ReplaceSon (CTree old_son, CTree new_son)
	Replace a son.
void	RemoveSon (CTree *son)
	Remove a son.
void	InsertSon (int idx, CTree *s)
	Insert a son at the given index.
void	ReplaceSon (int idx, CTree *s)
	Replace the son at the given index.
void	RemoveSon (int idx)
	Remove the son at the given index.
Private Member Functions inherited from Puma::CTree
virtual	~CTree ()
	Destructor.
virtual Token *	token () const
	Get the first token of the syntactic construct represented by this sub-tree.
virtual Token *	end_token () const
	Get the last token of the syntactic construct represented by this sub-tree.
virtual CT_Token *	token_node () const
	Get the CT_Token node of the first token of the syntactic construct represented by this sub-tree.
virtual CT_Token *	end_token_node () const
	Get the CT_Token node of the last token of the syntactic construct represented by this sub-tree.
virtual CTree *	Parent () const
	Get the parent node.
virtual CTypeInfo *	Type () const
	Get the semantic type of the node.
virtual CExprValue *	Value () const
	Get the calculated value of the expression.
virtual CSemValue *	SemValue () const
	Get the semantic value of the node.
virtual CSemObject *	SemObject () const
	Get the semantic information of the node.
virtual CT_SimpleName *	IsSimpleName ()
	Get a pointer to CT_SimpleName if the current node represents a name.
virtual CT_String *	IsString ()
	Get a pointer to CT_String if the current node represents a string.
virtual CT_Declarator *	IsDeclarator ()
	Get a pointer to CT_Declarator if the current node represents a declarator.
virtual CT_Statement *	IsStatement ()
	Get a pointer to CT_Statement if the current node represents a statement.
virtual CT_Expression *	IsExpression ()
	Get a pointer to CT_Expression if the current node represents a expression.
virtual CT_Decl *	IsDeclaration ()
	Get a pointer to CT_Decl if the current node represents a declaration.
virtual CT_Call *	IsCall ()
	Get a pointer to CT_Call if the current node represents a call expression.
bool	HasValueNull () const
	Return true if the tree has the constant value 0.
Private Member Functions inherited from Puma::CSemScope
	CSemScope ()
	Constructor.
void	Scope (CStructure *s)
	Set the scope.
CStructure *	Scope () const
	Get the scope.

Detailed Description

Tree node representing a delayed skipped function body.

Constructor & Destructor Documentation

Puma::CT_DelayedParseSkippedFctBody::CT_DelayedParseSkippedFctBody	(	Token *	s,
		Token *	e
	)

inline

Constructor.

Parameters:

s	Start token.
e	End token.

Member Function Documentation

static const char* Puma::CT_DelayedParseSkippedFctBody::NodeId ( )

static

Get the identifier for this node type.

Can be compared with NodeName().

Reimplemented from Puma::CT_DelayedParse.

const char* Puma::CT_DelayedParseSkippedFctBody::NodeName ( ) const

inlinevirtual

Get the name of the node.

Can be compared with NodeId().

Reimplemented from Puma::CT_DelayedParse.

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation