#include <Puma/CTree.h>

Inheritance diagram for Puma::CT_ForStmt:

Description

Tree node representing a for-statement.

Example:

for(int i=0; i<10; i++) f(i);

Public Member Functions
	CT_ForStmt (CTree k, CTree o, CTree i, CTree co, CTree sc, CTree e, CTree c, CTree stmt)
	Constructor.
const char *	NodeName () const
	Get the name of the node.
int	Sons () const
	Get the number of sons.
CTree *	Son (int n) const
	Get the n-th son.
CTree *	InitStmt () const
	Get the loop initializer.
CTree *	Condition () const
	Get the loop condition.
CTree *	Expr () const
	Get the loop counter expression.
CT_Statement *	Statement () const
	Get the controlled statement.
void	ReplaceSon (CTree old_son, CTree new_son)
	Replace a son.
CSemScope *	SemScope () const
	Get the scope opened by the for-statement.
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_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.
virtual CT_List *	IsList ()
	Get a pointer to CT_List if the current node represents a list.
virtual CT_DelayedParse *	IsDelayedParse ()
	Get a pointer to CT_DelayedParse if the current node represents a delayed code fragment.
bool	HasValueNull () const
	Return true if the tree has the constant value 0.
Public Member Functions inherited from Puma::CSemScope
	CSemScope ()
	Constructor.
void	Scope (CStructure *s)
	Set the scope.
CStructure *	Scope () const
	Get the scope.

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

Additional Inherited Members
Static Public Attributes inherited from Puma::CTree
static int	alloc
static int	release
Protected Member Functions inherited from Puma::CT_Statement
	CT_Statement ()
	Constructor.
virtual CT_Statement *	IsStatement ()
	Get this.
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.

Constructor & Destructor Documentation

◆ CT_ForStmt()

Puma::CT_ForStmt::CT_ForStmt	(	CTree *	k,
		CTree *	o,
		CTree *	i,
		CTree *	co,
		CTree *	sc,
		CTree *	e,
		CTree *	c,
		CTree *	stmt )

inline

Constructor.

Parameters

k	The keyword 'for'.
o	Left parenthesis.
i	The loop initializer statement.
co	The loop condition.
sc	The semi-colon behind the loop condition.
e	The loop counter expression.
c	Right parenthesis.
stmt	The controlled statement.

Member Function Documentation

◆ Condition()

CTree * Puma::CT_ForStmt::Condition ( ) const

inline

Get the loop condition.

◆ Expr()

CTree * Puma::CT_ForStmt::Expr ( ) const

inline

Get the loop counter expression.

◆ InitStmt()

CTree * Puma::CT_ForStmt::InitStmt ( ) const

inline

Get the loop initializer.

◆ NodeId()

const char * Puma::CT_ForStmt::NodeId ( )

static

Get the identifier for this node type.

Can be compared with NodeName().

◆ NodeName()

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

inlinevirtual

Get the name of the node.

Can be compared with NodeId().

Implements Puma::CTree.

◆ ReplaceSon()

void Puma::CT_ForStmt::ReplaceSon	(	CTree *	old_son,
		CTree *	new_son )

inlinevirtual

Replace a son.

Parameters

old_son	The son to replace.
new_son	The new son.

Reimplemented from Puma::CTree.

◆ SemScope()

CSemScope * Puma::CT_ForStmt::SemScope ( ) const

inlinevirtual

Get the scope opened by the for-statement.

Reimplemented from Puma::CTree.

◆ Son()

CTree * Puma::CT_ForStmt::Son ( int n ) const

inlinevirtual

Get the n-th son.

Parameters

n	The index of the son.

Returns: The n-th son or NULL.

Reimplemented from Puma::CTree.

◆ Sons()

int Puma::CT_ForStmt::Sons ( ) const

inlinevirtual

Get the number of sons.

Implements Puma::CTree.

◆ Statement()

CT_Statement * Puma::CT_ForStmt::Statement ( ) const

inline

Get the controlled statement.

Description

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

◆ CT_ForStmt()

Member Function Documentation

◆ Condition()

◆ Expr()

◆ InitStmt()

◆ NodeId()

◆ NodeName()

◆ ReplaceSon()

◆ SemScope()

◆ Son()

◆ Sons()

◆ Statement()