Puma::CTreeMatcher Class Reference

#include <CTreeMatcher.h>

Inheritance diagram for Puma::CTreeMatcher:

Classes
struct	match_state

Public Types
enum	{   ANY = 1 ,   ANY_LIST ,   MATCH_ALL ,   MATCH_EXACT ,   MATCH_FIRST ,   MATCH_LAST ,   MATCH_LEAF ,   MATCH_PRUNE }

Public Member Functions
	CTreeMatcher (unsigned int max=0)
	CTreeMatcher (CTree *matchTree, unsigned int max=0)
virtual	~CTreeMatcher ()
void	init (CTree *matchTree, unsigned int max=0)
bool	match (CTree *, CTree *, CMatch *) const
virtual void	action (CMatch *match)
virtual bool	correct (CTree *node)
virtual void	match (CTranslationUnit &, CTranslationUnit &, CTree *=(CTree *) 0)
int	matchTree (int, match_state &, CTree *, CTree *) const
int	matchList (int, match_state &, CTree *, CTree *=(CTree *) 0, CTree *=(CTree *) 0) const
int	matchNodeName (CTree *, CTree *) const
Public Member Functions inherited from Puma::CVisitor
	CVisitor ()
	Constructor.
virtual	~CVisitor ()
	Destructor.
void	abort (bool v=true)
	Set the aborted state.
void	prune (bool v=true)
	Set the pruned state (don't visit the sub-tree).
bool	aborted () const
	Check if the node visiting is aborted.
bool	pruned () const
	Check if the visiting the sub-tree is aborted.
void	visit (CTree *node)
	Visit the given syntax tree node.
virtual void	post_visit (CTree *node)
	Apply actions after the given node is visited.

Member Enumeration Documentation

anonymous enum

anonymous enum

Enumerator
ANY
ANY_LIST
MATCH_ALL
MATCH_EXACT
MATCH_FIRST
MATCH_LAST
MATCH_LEAF
MATCH_PRUNE

Constructor & Destructor Documentation

CTreeMatcher() [1/2]

Puma::CTreeMatcher::CTreeMatcher ( unsigned int max = 0 )

inline

CTreeMatcher() [2/2]

Puma::CTreeMatcher::CTreeMatcher ( CTree * matchTree, unsigned int max = 0 )

inline

~CTreeMatcher()

virtual Puma::CTreeMatcher::~CTreeMatcher ( )

inlinevirtual

Member Function Documentation

action()

virtual void Puma::CTreeMatcher::action ( CMatch * match )

inlinevirtual

correct()

virtual bool Puma::CTreeMatcher::correct ( CTree * node )

inlinevirtual

init()

void Puma::CTreeMatcher::init	(	CTree *	matchTree,
		unsigned int	max = 0 )

match() [1/2]

virtual void Puma::CTreeMatcher::match ( CTranslationUnit & , CTranslationUnit & , CTree * = (CTree *) 0 )

virtual

match() [2/2]

bool Puma::CTreeMatcher::match	(	CTree *	,
		CTree *	,
		CMatch *	) const

matchList()

int Puma::CTreeMatcher::matchList	(	int	,
		match_state &	,
		CTree *	,
		CTree *	= (CTree *) 0,
		CTree *	= (CTree *) 0 ) const

matchNodeName()

int Puma::CTreeMatcher::matchNodeName	(	CTree *	,
		CTree *	) const

matchTree()

int Puma::CTreeMatcher::matchTree	(	int	,
		match_state &	,
		CTree *	,
		CTree *	) const