#include <Puma/CObjectInfo.h>

Inheritance diagram for Puma::CObjectInfo:

Description

Abstract base class of all semantic information classes.

Provides all semantic information about an entity (class, function, object, etc).

A semantic object is identified by its object ID. Semantic information objects for the same kind of entity have the same object ID (like object ID CObjectInfo::FUNCTION_INFO for all semantic objects of functions).

Example:

// check if sem_obj is a semantic object for a function
if (sem_obj.Id() == Puma::CObjectInfo::FUNCTION_INFO) {
  ...
}
// same check
if (sem_obj.FunctionInfo()) {
  ...
}

Semantic information objects are created by the semantic analysis component of Puma (see Puma::Semantic) during the parse process and are collected in the semantic information database (see Puma::CSemDatabase).

There are several relations between the semantic objects forming the semantic tree. There is one semantic tree for each translation unit.

The root of the semantic tree usually is the semantic object for the file scope (see Puma::CFileInfo). It contains all the other scopes of the analysed source file, such as namespaces and class definitions, function definitions, global variables, and so on. The semantic tree is destroyed by destroying the root object of the tree. This recursively destroys all sub-objects of the tree.

Public Types
enum	ObjectId { FILE_INFO , UNION_INFO , CLASS_INFO , BASECLASS_INFO , MEMBERALIAS_INFO , ENUM_INFO , TYPEDEF_INFO , FUNCTION_INFO , LABEL_INFO , ENUMERATOR_INFO , ATTRIBUTE_INFO , TEMPLATE_PARAM_INFO , TEMPLATE_INFO , CLASS_INSTANCE_INFO , UNION_INSTANCE_INFO , FCT_INSTANCE_INFO , ARGUMENT_INFO , LOCAL_INFO , NAMESPACE_INFO , USING_INFO }
	Semantic information object types. More...

Public Member Functions
	~CObjectInfo ()
	Destructor. More...

bool	operator== (const CObjectInfo &) const
	Compare the addresses of this object and all objects linked to this object with the address of the given object. More...

bool	operator!= (const CObjectInfo &) const
	Compare the addresses of this object and all objects linked to this object with the address of the given object. More...

CObjectInfo *	ObjectInfo () const
	Get a pointer to CObjectInfo for any semantic object type. More...

CLabelInfo *	LabelInfo () const
	Return a pointer to CLabelInfo if the entity is a label. More...

CMemberAliasInfo *	MemberAliasInfo () const
	Return a pointer to CMemberAliasInfo if the entity is a member alias. More...

CBaseClassInfo *	BaseClassInfo () const
	Return a pointer to CBaseClassInfo if the entity is a base class specifier. More...

CUsingInfo *	UsingInfo () const
	Return a pointer to CUsingInfo if the entity is a using-directive. More...

CTypedefInfo *	TypedefInfo () const
	Return a pointer to CTypedefInfo if the entity is a typedef. More...

CArgumentInfo *	ArgumentInfo () const
	Return a pointer to CArgumentInfo if the entity is a function parameter. More...

CAttributeInfo *	AttributeInfo () const
	Return a pointer to CAttributeInfo if the entity is an object or enumeration constant. More...

CTemplateParamInfo *	TemplateParamInfo () const
	Return a pointer to CTemplateParemInfo if the entity is a template parameter. More...

CStructure *	Structure () const
	Return a pointer to CStructure if the entity is a namespace, class, function, or any other construct that can contain other entities. More...

CFileInfo *	FileInfo () const
	Return a pointer to CFileInfo if this is the file scope. More...

CRecord *	Record () const
	Return a pointer to CRecord if the entity is a class or union. More...

CLocalScope *	LocalScope () const
	Return a pointer to CLocalScope if the entity is a local scope (block scope). More...

CScopeInfo *	ScopeInfo () const
	Return a pointer to CScopeInfo if the entity defines a scope. More...

CClassInfo *	ClassInfo () const
	Return a pointer to CClassInfo if the entity is a class. More...

CUnionInfo *	UnionInfo () const
	Return a pointer to CUnionInfo if the entity is a union. More...

CEnumInfo *	EnumInfo () const
	Return a pointer to CEnumInfo if the entity is an enumeration. More...

CFunctionInfo *	FunctionInfo () const
	Return a pointer to CFunctionInfo if the entity is a function, method, or overloaded operator. More...

CNamespaceInfo *	NamespaceInfo () const
	Return a pointer to CNamespaceInfo if the entity is a namespace. More...

CEnumeratorInfo *	EnumeratorInfo () const
	Return a pointer to CEnumeratorInfo if the entity is an enumeration constant. More...

CTemplateInfo *	TemplateInfo () const
	Return a pointer to CTemplateInfo if the entity is a template. More...

CClassInstance *	ClassInstance () const
	Return a pointer to CClassInstance if the entity is an instance of a class template. More...

CFctInstance *	FctInstance () const
	Return a pointer to CFctInstance if the entity is an instance of a function template. More...

CUnionInstance *	UnionInstance () const
	Return a pointer to CUnionInstance if the entity is an instance of a union template. More...

CTemplateInfo *	Template () const
	Return a pointer to CTemplateInfo if the entity is a template. More...

CTemplateInstance *	TemplateInstance () const
	Return a pointer to CTemplateInstance if the entity is an instance of a class or function template. More...

CScopeInfo *	Scope () const
	Get the scope in which the entity was declared. More...

CStructure *	QualifiedScope () const
	Get the scope of qualified names. More...

CRecord *	ClassScope () const
	Get the class containing the class member described by this object. More...

CStructure *	AssignedScope () const
	Get the scope of a friend class or function. More...

ObjectId	Id () const
	Get the type of this semantic object. More...

const DString &	Name () const
	Get the name of entity described by this semantic object. More...

const char *	QualName (bool abs=false, bool tdef=false, bool unnamed=false)
	Get the qualified name of the entity described by this semantic object. More...

CObjectInfo *	DefObject () const
	Get the semantic information object for the definition of an entity. More...

CTypeInfo *	TypeInfo () const
	Get the data type of the entity. More...

CSourceInfo *	SourceInfo () const
	Get the source file information. More...

CSemDatabase *	ClassDB () const
	Get the semantic information database object containing this semantic object. More...

CSemDatabase *	SemDB () const
	Get the semantic information database object containing this semantic object. More...

CTree *	Tree () const
	Get the syntax tree node for the entity described by this semantic object. More...

CObjectInfo *	NextObject () const
	Get the next semantic object linked with this object. More...

CObjectInfo *	PrevObject () const
	Get the previous semantic object linked with this object. More...

CObjectInfo *	BaseObject () const
	Get the semantic object for the base class entity this entity is overloading. More...

CTree *	Init () const
	Get the initializer of the entity. More...

CProtection::Type	Protection () const
	Get the member protection of the entity, if it is a class member. More...

CLinkage::Type	Linkage () const
	Get the linkage of the entity. More...

CStorage::Type	Storage () const
	Get the storage class of the entity. More...

const CLanguage &	Language () const
	Get the entity encoding language. More...

CLanguage &	Language ()
	Get the entity encoding language. More...

const CSpecifiers &	Specifiers () const
	Get the declaration specifiers. More...

bool	isType () const
	Check if the entity is a type. More...

bool	isObject () const
	Check if the entity is an object. More...

bool	isAnonymous () const
	Check if the entity is anonymous (has no explicit name). More...

bool	isTemplate () const
	Check if the entity is a class or function template, or a template template parameter. More...

bool	isTemplateInstance () const
	Check if the entity is a class or function template instance. More...

bool	isBuiltin () const
	Check if the entity describes a built-in type or function. More...

bool	isClassMember () const
	Check if the entity is a method or data member of a class. More...

bool	isVirtual () const
	Check if the entity is declared virtual. More...

bool	isStatic () const
	Check if the entity is declared static. More...

bool	isThreadLocal () const
	Check if the entity is declared __thread. More...

bool	isExtern () const
	Check if the entity is declared extern. More...

bool	isMutable () const
	Check if the entity is declared mutable. More...

bool	isRegister () const
	Check if the entity is declared register. More...

bool	isExplicit () const
	Check if the entity is declared explicit. More...

bool	isInline () const
	Check if the entity is declared inline. More...

bool	isAuto () const
	Check if the entity is declared auto. More...

bool	isRegistered (const CStructure *s) const
	Check if the given semantic object is registered as being connected to this semantic object in any way. More...

bool	isLocal () const
	Check if the entity is local. More...

void	Name (const char *s)
	Set the name of the entity. More...

void	Name (const DString &ds)
	Set the name of the entity. More...

void	TypeInfo (CTypeInfo *type)
	Set the type of the entity. More...

void	BaseObject (CObjectInfo *base)
	Set the base class object for the entity this entity overloads. More...

void	Protection (CProtection::Type p)
	Set the member access protection of the entity. More...

void	Linkage (CLinkage::Type l)
	Set the linkage of the entity. More...

void	Storage (CStorage::Type s)
	Set the storage class of the entity. More...

void	Specifiers (const CSpecifiers &)
	Set the declaration specifiers. More...

void	FileInfo (CFileInfo *finfo)
	Set the source file information for the entity. More...

void	Tree (CTree *tree)
	Set the syntax tree node of the entity. More...

void	ClassDB (CSemDatabase *db)
	Set the semantic information database object containing this semantic object. More...

void	SemDB (CSemDatabase *db)
	Set the semantic information database object containing this semantic object. More...

void	NextObject (CObjectInfo *obj)
	Set the link to next semantic object. More...

void	PrevObject (CObjectInfo *obj)
	Set the link to next semantic object. More...

void	Unlink ()
	Unlink this semantic object. More...

void	Register (CStructure *s)
	Register the given semantic object as being connected to this semantic object in any way. More...

void	Unregister (CStructure *s)
	Unregister the given semantic object as being connected to this semantic object in any way. More...

void	isVirtual (bool v)
	Set whether the entity was declared virtual. More...

void	isStatic (bool v)
	Set whether the entity was declared static. More...

void	isThreadLocal (bool v)
	Set whether the entity was declared __thread. More...

void	isExtern (bool v)
	Set whether the entity was declared extern. More...

void	isMutable (bool v)
	Set whether the entity was declared mutable. More...

void	isRegister (bool v)
	Set whether the entity was declared register. More...

void	isExplicit (bool v)
	Set whether the entity was declared explicit. More...

void	isInline (bool v)
	Set whether the entity was declared inline. More...

void	isAuto (bool v)
	Set whether the entity was declared auto. More...

void	AssignedScope (CStructure *s)
	Set the assigned scope of the entity. More...

Protected Member Functions
	CObjectInfo (ObjectId id)
	Constructor. More...

Protected Attributes
CStructure *	_QualScope
	Qualified name scope. More...

CStructure *	_AssignedScope
	The scope of a friend class or function. More...

Array< CStructure * >	_Registered
	Set of semantic objects connected to this object in any way. More...

Member Enumeration Documentation

◆ ObjectId

enum Puma::CObjectInfo::ObjectId

Semantic information object types.

Enumerator
FILE_INFO	Semantic information about the file scope.
UNION_INFO	Semantic information about a union.
CLASS_INFO	Semantic information about a class.
BASECLASS_INFO	Semantic information about a base class specifier.
MEMBERALIAS_INFO	Semantic information about class/namespace member alias.
ENUM_INFO	Semantic information about an enumeration.
TYPEDEF_INFO	Semantic information about a typedef.
FUNCTION_INFO	Semantic information about a function, method, or overloaded operator.
LABEL_INFO	Semantic information about a label.
ENUMERATOR_INFO	Semantic information about an enumerator constant.
ATTRIBUTE_INFO	Semantic information about an object (variables etc).
TEMPLATE_PARAM_INFO	Semantic information about a template parameter.
TEMPLATE_INFO	Semantic information about a class or function template.
CLASS_INSTANCE_INFO	Semantic information about an instance of a class template.
UNION_INSTANCE_INFO	Semantic information about an instance of a union template.
FCT_INSTANCE_INFO	Semantic information about an instance of a function template.
ARGUMENT_INFO	Semantic information about a function parameter.
LOCAL_INFO	Semantic information about a local scope (block scope).
NAMESPACE_INFO	Semantic information about a named or anonymous namespace.
USING_INFO	Semantic information about a using declaration.

Constructor & Destructor Documentation

◆ ~CObjectInfo()

Puma::CObjectInfo::~CObjectInfo ( )

Destructor.

◆ CObjectInfo()

Puma::CObjectInfo::CObjectInfo ( CObjectInfo::ObjectId id )

inlineprotected

Constructor.

Parameters

id	The semantic object type.

Member Function Documentation

◆ ArgumentInfo()

CArgumentInfo * Puma::CObjectInfo::ArgumentInfo ( ) const

inline

Return a pointer to CArgumentInfo if the entity is a function parameter.

The object type has to be one of:

CObjectInfo::ARGUMENT_INFO

Returns: The valid pointer or NULL.

◆ AssignedScope() [1/2]

CStructure * Puma::CObjectInfo::AssignedScope ( ) const

inline

Get the scope of a friend class or function.

This is not the scope in which the friend class or function was declared. A friend function of a class may be declared first inside the scope of a class definition. But the declared function does not belong to this scope. In fact it belongs to the nearest non-class scope (usually the file scope). This is the assigned scope.

Returns: The assigned scope or NULL.

◆ AssignedScope() [2/2]

void Puma::CObjectInfo::AssignedScope ( CStructure * s )

inline

Set the assigned scope of the entity.

This is the scope of a friend class or function. It is not the scope in which the friend class or function was declared. A friend function of a class may be declared first inside the scope of a class definition. But the declared function does not belong to this scope. In fact it belongs to the nearest non-class scope (usually the file scope). This is the assigned scope.

Parameters

s	The assigned scope.

◆ AttributeInfo()

CAttributeInfo * Puma::CObjectInfo::AttributeInfo ( ) const

inline

Return a pointer to CAttributeInfo if the entity is an object or enumeration constant.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ BaseClassInfo()

CBaseClassInfo * Puma::CObjectInfo::BaseClassInfo ( ) const

inline

Return a pointer to CBaseClassInfo if the entity is a base class specifier.

The object type has to be one of:

CObjectInfo::BASECLASS_INFO

Returns: The valid pointer or NULL.

◆ BaseObject() [1/2]

CObjectInfo * Puma::CObjectInfo::BaseObject ( ) const

inline

Get the semantic object for the base class entity this entity is overloading.

Note: Not yet implemented!

Returns: Always returns NULL.

◆ BaseObject() [2/2]

void Puma::CObjectInfo::BaseObject ( CObjectInfo * base )

inline

Set the base class object for the entity this entity overloads.

Parameters

base	The base object.

◆ ClassDB() [1/2]

CSemDatabase * Puma::CObjectInfo::ClassDB ( ) const

inline

Get the semantic information database object containing this semantic object.

◆ ClassDB() [2/2]

void Puma::CObjectInfo::ClassDB ( CSemDatabase * db )

inline

Set the semantic information database object containing this semantic object.

Parameters

db	The semantic database.

◆ ClassInfo()

CClassInfo * Puma::CObjectInfo::ClassInfo ( ) const

inline

Return a pointer to CClassInfo if the entity is a class.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ ClassInstance()

CClassInstance * Puma::CObjectInfo::ClassInstance ( ) const

inline

Return a pointer to CClassInstance if the entity is an instance of a class template.

The object type has to be one of:

CObjectInfo::CLASS_INSTANCE_INFO

Returns: The valid pointer or NULL.

◆ ClassScope()

CRecord * Puma::CObjectInfo::ClassScope ( ) const

Get the class containing the class member described by this object.

The object type has to be one of:

Returns: The class or union, or NULL if not a member of a class or union.

◆ DefObject()

CObjectInfo * Puma::CObjectInfo::DefObject ( ) const

Get the semantic information object for the definition of an entity.

Some entities, like functions and classes, can be declared several times before a definition of the entity appears. The semantic objects for the definition and declarations are linked. This method searches the linked semantic objects for the semantic object of the definition of the entity.

Returns: The semantic object for the definition or this object if no definition found.

◆ EnumeratorInfo()

CEnumeratorInfo * Puma::CObjectInfo::EnumeratorInfo ( ) const

inline

Return a pointer to CEnumeratorInfo if the entity is an enumeration constant.

The object type has to be one of:

CObjectInfo::ENUMERATOR_INFO

Returns: The valid pointer or NULL.

◆ EnumInfo()

CEnumInfo * Puma::CObjectInfo::EnumInfo ( ) const

inline

Return a pointer to CEnumInfo if the entity is an enumeration.

The object type has to be one of:

CObjectInfo::ENUM_INFO

Returns: The valid pointer or NULL.

◆ FctInstance()

CFctInstance * Puma::CObjectInfo::FctInstance ( ) const

inline

Return a pointer to CFctInstance if the entity is an instance of a function template.

The object type has to be one of:

CObjectInfo::FCT_INSTANCE_INFO

Returns: The valid pointer or NULL.

◆ FileInfo() [1/2]

CFileInfo * Puma::CObjectInfo::FileInfo ( ) const

inline

Return a pointer to CFileInfo if this is the file scope.

The object type has to be one of:

CObjectInfo::FILE_INFO

Returns: The valid pointer or NULL.

◆ FileInfo() [2/2]

void Puma::CObjectInfo::FileInfo ( CFileInfo * finfo )

Set the source file information for the entity.

Parameters

finfo The file information.

◆ FunctionInfo()

CFunctionInfo * Puma::CObjectInfo::FunctionInfo ( ) const

inline

Return a pointer to CFunctionInfo if the entity is a function, method, or overloaded operator.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ Id()

CObjectInfo::ObjectId Puma::CObjectInfo::Id ( ) const

inline

Get the type of this semantic object.

◆ Init()

CTree * Puma::CObjectInfo::Init ( ) const

Get the initializer of the entity.

Returns: The initializer expression or NULL if no initializer.

◆ isAnonymous()

bool Puma::CObjectInfo::isAnonymous ( ) const

inline

Check if the entity is anonymous (has no explicit name).

◆ isAuto() [1/2]

bool Puma::CObjectInfo::isAuto ( ) const

inline

Check if the entity is declared auto.

◆ isAuto() [2/2]

void Puma::CObjectInfo::isAuto ( bool v )

inline

Set whether the entity was declared auto.

Parameters

v	True for yes, false for no.

◆ isBuiltin()

bool Puma::CObjectInfo::isBuiltin ( ) const

inline

Check if the entity describes a built-in type or function.

In this case the entity has no syntax tree (Tree() returns NULL).

◆ isClassMember()

bool Puma::CObjectInfo::isClassMember ( ) const

Check if the entity is a method or data member of a class.

◆ isExplicit() [1/2]

bool Puma::CObjectInfo::isExplicit ( ) const

inline

Check if the entity is declared explicit.

◆ isExplicit() [2/2]

void Puma::CObjectInfo::isExplicit ( bool v )

inline

Set whether the entity was declared explicit.

Parameters

v	True for yes, false for no.

◆ isExtern() [1/2]

bool Puma::CObjectInfo::isExtern ( ) const

inline

Check if the entity is declared extern.

◆ isExtern() [2/2]

void Puma::CObjectInfo::isExtern ( bool v )

inline

Set whether the entity was declared extern.

Parameters

v	True for yes, false for no.

◆ isInline() [1/2]

bool Puma::CObjectInfo::isInline ( ) const

inline

Check if the entity is declared inline.

◆ isInline() [2/2]

void Puma::CObjectInfo::isInline ( bool v )

inline

Set whether the entity was declared inline.

Parameters

v	True for yes, false for no.

◆ isLocal()

bool Puma::CObjectInfo::isLocal ( ) const

Check if the entity is local.

An entity is local if it was declared in a local scope.

◆ isMutable() [1/2]

bool Puma::CObjectInfo::isMutable ( ) const

inline

Check if the entity is declared mutable.

◆ isMutable() [2/2]

void Puma::CObjectInfo::isMutable ( bool v )

inline

Set whether the entity was declared mutable.

Parameters

v	True for yes, false for no.

◆ isObject()

bool Puma::CObjectInfo::isObject ( ) const

Check if the entity is an object.

◆ isRegister() [1/2]

bool Puma::CObjectInfo::isRegister ( ) const

inline

Check if the entity is declared register.

◆ isRegister() [2/2]

void Puma::CObjectInfo::isRegister ( bool v )

inline

Set whether the entity was declared register.

Parameters

v	True for yes, false for no.

◆ isRegistered()

bool Puma::CObjectInfo::isRegistered ( const CStructure * s ) const

Check if the given semantic object is registered as being connected to this semantic object in any way.

Parameters

s	The semantic object.

◆ isStatic() [1/2]

bool Puma::CObjectInfo::isStatic ( ) const

inline

Check if the entity is declared static.

◆ isStatic() [2/2]

void Puma::CObjectInfo::isStatic ( bool v )

inline

Set whether the entity was declared static.

Parameters

v	True for yes, false for no.

◆ isTemplate()

bool Puma::CObjectInfo::isTemplate ( ) const

Check if the entity is a class or function template, or a template template parameter.

◆ isTemplateInstance()

bool Puma::CObjectInfo::isTemplateInstance ( ) const

Check if the entity is a class or function template instance.

◆ isThreadLocal() [1/2]

bool Puma::CObjectInfo::isThreadLocal ( ) const

inline

Check if the entity is declared __thread.

◆ isThreadLocal() [2/2]

void Puma::CObjectInfo::isThreadLocal ( bool v )

inline

Set whether the entity was declared __thread.

Parameters

v	True for yes, false for no.

◆ isType()

bool Puma::CObjectInfo::isType ( ) const

Check if the entity is a type.

◆ isVirtual() [1/2]

bool Puma::CObjectInfo::isVirtual ( ) const

inline

Check if the entity is declared virtual.

◆ isVirtual() [2/2]

void Puma::CObjectInfo::isVirtual ( bool v )

inline

Set whether the entity was declared virtual.

Parameters

v	True for yes, false for no.

◆ LabelInfo()

CLabelInfo * Puma::CObjectInfo::LabelInfo ( ) const

inline

Return a pointer to CLabelInfo if the entity is a label.

The object type has to be one of:

CObjectInfo::LABEL_INFO

Returns: The valid pointer or NULL.

◆ Language() [1/2]

CLanguage & Puma::CObjectInfo::Language ( )

inline

Get the entity encoding language.

◆ Language() [2/2]

const CLanguage & Puma::CObjectInfo::Language ( ) const

inline

Get the entity encoding language.

◆ Linkage() [1/2]

CLinkage::Type Puma::CObjectInfo::Linkage ( ) const

inline

Get the linkage of the entity.

◆ Linkage() [2/2]

void Puma::CObjectInfo::Linkage ( CLinkage::Type l )

inline

Set the linkage of the entity.

Parameters

l	The linkage.

◆ LocalScope()

CLocalScope * Puma::CObjectInfo::LocalScope ( ) const

inline

Return a pointer to CLocalScope if the entity is a local scope (block scope).

The object type has to be one of:

CObjectInfo::LOCAL_INFO

Returns: The valid pointer or NULL.

◆ MemberAliasInfo()

CMemberAliasInfo * Puma::CObjectInfo::MemberAliasInfo ( ) const

inline

Return a pointer to CMemberAliasInfo if the entity is a member alias.

The object type has to be one of:

CObjectInfo::MEMBERALIAS_INFO

Returns: The valid pointer or NULL.

◆ Name() [1/3]

const DString & Puma::CObjectInfo::Name ( ) const

inline

Get the name of entity described by this semantic object.

◆ Name() [2/3]

void Puma::CObjectInfo::Name ( const char * s )

inline

Set the name of the entity.

Parameters

s The name.

◆ Name() [3/3]

void Puma::CObjectInfo::Name ( const DString & ds )

Set the name of the entity.

Parameters

ds The name.

◆ NamespaceInfo()

CNamespaceInfo * Puma::CObjectInfo::NamespaceInfo ( ) const

inline

Return a pointer to CNamespaceInfo if the entity is a namespace.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ NextObject() [1/2]

CObjectInfo * Puma::CObjectInfo::NextObject ( ) const

inline

Get the next semantic object linked with this object.

Usually the definition and the declarations of an entity are linked.

◆ NextObject() [2/2]

void Puma::CObjectInfo::NextObject ( CObjectInfo * obj )

Set the link to next semantic object.

Usually the semantic objects for the definition and declaration of an entity are linked.

Parameters

obj	The next object in the chain.

◆ ObjectInfo()

CObjectInfo * Puma::CObjectInfo::ObjectInfo ( ) const

inline

Get a pointer to CObjectInfo for any semantic object type.

◆ operator!=()

bool Puma::CObjectInfo::operator!= ( const CObjectInfo & info ) const

inline

Compare the addresses of this object and all objects linked to this object with the address of the given object.

Returns: True if the addresses are different and thus the given object does not describe the same entity.

◆ operator==()

bool Puma::CObjectInfo::operator== ( const CObjectInfo & ) const

Compare the addresses of this object and all objects linked to this object with the address of the given object.

Returns: True if the addresses are the same and thus the given object describes the same entity.

◆ PrevObject() [1/2]

CObjectInfo * Puma::CObjectInfo::PrevObject ( ) const

inline

Get the previous semantic object linked with this object.

Usually the definition and the declarations of an entity are linked.

◆ PrevObject() [2/2]

void Puma::CObjectInfo::PrevObject ( CObjectInfo * obj )

Set the link to next semantic object.

Usually the semantic objects for the definition and declaration of an entity are linked.

Parameters

obj	The previous object in the chain.

◆ Protection() [1/2]

CProtection::Type Puma::CObjectInfo::Protection ( ) const

inline

Get the member protection of the entity, if it is a class member.

◆ Protection() [2/2]

void Puma::CObjectInfo::Protection ( CProtection::Type p )

inline

Set the member access protection of the entity.

Parameters

p	The protection.

◆ QualifiedScope()

CStructure * Puma::CObjectInfo::QualifiedScope ( ) const

inline

Get the scope of qualified names.

The scope of a class member for instance is the corresponding class. If a function is declared in a namespace, then the qualified scope is that namespace.

◆ QualName()

const char * Puma::CObjectInfo::QualName	(	bool	abs = `false`,
		bool	tdef = `false`,
		bool	unnamed = `false`
	)

Get the qualified name of the entity described by this semantic object.

Parameters

abs	Create root qualified name (like ::X::Y::Z).
tdef	Insert the name of a typedef instead of the named type.
unnamed	Don't ignore unnamed namespaces (like <unnamed>::foo).

◆ Record()

CRecord * Puma::CObjectInfo::Record ( ) const

inline

Return a pointer to CRecord if the entity is a class or union.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ Register()

void Puma::CObjectInfo::Register ( CStructure * s )

inline

Register the given semantic object as being connected to this semantic object in any way.

Parameters

s	The semantic object.

◆ Scope()

CScopeInfo * Puma::CObjectInfo::Scope ( ) const

Get the scope in which the entity was declared.

◆ ScopeInfo()

CScopeInfo * Puma::CObjectInfo::ScopeInfo ( ) const

inline

Return a pointer to CScopeInfo if the entity defines a scope.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ SemDB() [1/2]

CSemDatabase * Puma::CObjectInfo::SemDB ( ) const

inline

Get the semantic information database object containing this semantic object.

◆ SemDB() [2/2]

void Puma::CObjectInfo::SemDB ( CSemDatabase * db )

inline

Set the semantic information database object containing this semantic object.

Parameters

db	The semantic database.

◆ SourceInfo()

CSourceInfo * Puma::CObjectInfo::SourceInfo ( ) const

inline

Get the source file information.

Contains the position and token of the entity in the source file.

◆ Specifiers() [1/2]

const CSpecifiers & Puma::CObjectInfo::Specifiers ( ) const

inline

Get the declaration specifiers.

◆ Specifiers() [2/2]

void Puma::CObjectInfo::Specifiers ( const CSpecifiers & specs )

inline

Set the declaration specifiers.

◆ Storage() [1/2]

CStorage::Type Puma::CObjectInfo::Storage ( ) const

inline

Get the storage class of the entity.

◆ Storage() [2/2]

void Puma::CObjectInfo::Storage ( CStorage::Type s )

inline

Set the storage class of the entity.

Parameters

s	The storage class.

◆ Structure()

CStructure * Puma::CObjectInfo::Structure ( ) const

inline

Return a pointer to CStructure if the entity is a namespace, class, function, or any other construct that can contain other entities.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ Template()

CTemplateInfo * Puma::CObjectInfo::Template ( ) const

Return a pointer to CTemplateInfo if the entity is a template.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ TemplateInfo()

CTemplateInfo * Puma::CObjectInfo::TemplateInfo ( ) const

inline

Return a pointer to CTemplateInfo if the entity is a template.

The object type has to be one of:

CObjectInfo::TEMPLATE_INFO

Returns: The valid pointer or NULL.

◆ TemplateInstance()

CTemplateInstance * Puma::CObjectInfo::TemplateInstance ( ) const

Return a pointer to CTemplateInstance if the entity is an instance of a class or function template.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ TemplateParamInfo()

CTemplateParamInfo * Puma::CObjectInfo::TemplateParamInfo ( ) const

inline

Return a pointer to CTemplateParemInfo if the entity is a template parameter.

The object type has to be one of:

CObjectInfo::TEMPLATE_PARAM_INFO

Returns: The valid pointer or NULL.

◆ Tree() [1/2]

CTree * Puma::CObjectInfo::Tree ( ) const

inline

Get the syntax tree node for the entity described by this semantic object.

◆ Tree() [2/2]

void Puma::CObjectInfo::Tree ( CTree * tree )

inline

Set the syntax tree node of the entity.

Parameters

tree	The syntax tree node.

◆ TypedefInfo()

CTypedefInfo * Puma::CObjectInfo::TypedefInfo ( ) const

inline

Return a pointer to CTypedefInfo if the entity is a typedef.

The object type has to be one of:

CObjectInfo::TYPEDEF_INFO

Returns: The valid pointer or NULL.

◆ TypeInfo() [1/2]

CTypeInfo * Puma::CObjectInfo::TypeInfo ( ) const

inline

Get the data type of the entity.

◆ TypeInfo() [2/2]

void Puma::CObjectInfo::TypeInfo ( CTypeInfo * type )

Set the type of the entity.

Parameters

type	The type information.

◆ UnionInfo()

CUnionInfo * Puma::CObjectInfo::UnionInfo ( ) const

inline

Return a pointer to CUnionInfo if the entity is a union.

The object type has to be one of:

Returns: The valid pointer or NULL.

◆ UnionInstance()

CUnionInstance * Puma::CObjectInfo::UnionInstance ( ) const

inline

Return a pointer to CUnionInstance if the entity is an instance of a union template.

The object type has to be one of:

CObjectInfo::UNION_INSTANCE_INFO

Returns: The valid pointer or NULL.

◆ Unlink()

void Puma::CObjectInfo::Unlink ( )

Unlink this semantic object.

Usually the semantic objects for the definition and declaration of an entity are linked. This method removes this object from the chain.

◆ Unregister()

void Puma::CObjectInfo::Unregister ( CStructure * s )

Unregister the given semantic object as being connected to this semantic object in any way.

Parameters

s	The semantic object.

◆ UsingInfo()

CUsingInfo * Puma::CObjectInfo::UsingInfo ( ) const

inline

Return a pointer to CUsingInfo if the entity is a using-directive.

The object type has to be one of:

CObjectInfo::USING_INFO

Returns: The valid pointer or NULL.

Member Data Documentation

◆ _AssignedScope

CStructure* Puma::CObjectInfo::_AssignedScope

protected

The scope of a friend class or function.

This is not the scope in which the friend class or function was declared. A friend function of a class may be declared first inside the scope of a class definition. But the declared function does not belong to this scope. In fact it belongs to the nearest non-class scope (usually the file scope). This is the assigned scope.

◆ _QualScope

CStructure* Puma::CObjectInfo::_QualScope

protected

Qualified name scope.

Set only for CAttributeInfo, CFunctionInfo, and CRecord.

◆ _Registered

Array<CStructure*> Puma::CObjectInfo::_Registered

protected

Set of semantic objects connected to this object in any way.

Description

Public Types

Public Member Functions

Protected Member Functions

Protected Attributes

Member Enumeration Documentation

◆ ObjectId

Constructor & Destructor Documentation

◆ ~CObjectInfo()

◆ CObjectInfo()

Member Function Documentation

◆ ArgumentInfo()

◆ AssignedScope() [1/2]

◆ AssignedScope() [2/2]

◆ AttributeInfo()

◆ BaseClassInfo()

◆ BaseObject() [1/2]

◆ BaseObject() [2/2]

◆ ClassDB() [1/2]

◆ ClassDB() [2/2]

◆ ClassInfo()

◆ ClassInstance()

◆ ClassScope()

◆ DefObject()

◆ EnumeratorInfo()

◆ EnumInfo()

◆ FctInstance()

◆ FileInfo() [1/2]

◆ FileInfo() [2/2]

◆ FunctionInfo()

◆ Id()

◆ Init()

◆ isAnonymous()

◆ isAuto() [1/2]

◆ isAuto() [2/2]

◆ isBuiltin()

◆ isClassMember()

◆ isExplicit() [1/2]

◆ isExplicit() [2/2]

◆ isExtern() [1/2]

◆ isExtern() [2/2]

◆ isInline() [1/2]

◆ isInline() [2/2]

◆ isLocal()

◆ isMutable() [1/2]

◆ isMutable() [2/2]

◆ isObject()

◆ isRegister() [1/2]

◆ isRegister() [2/2]

◆ isRegistered()

◆ isStatic() [1/2]

◆ isStatic() [2/2]

◆ isTemplate()

◆ isTemplateInstance()

◆ isThreadLocal() [1/2]

◆ isThreadLocal() [2/2]

◆ isType()

◆ isVirtual() [1/2]

◆ isVirtual() [2/2]

◆ LabelInfo()

◆ Language() [1/2]

◆ Language() [2/2]

◆ Linkage() [1/2]

◆ Linkage() [2/2]

◆ LocalScope()

◆ MemberAliasInfo()

◆ Name() [1/3]

◆ Name() [2/3]

◆ Name() [3/3]

◆ NamespaceInfo()

◆ NextObject() [1/2]

◆ NextObject() [2/2]

◆ ObjectInfo()

◆ operator!=()

◆ operator==()

◆ PrevObject() [1/2]

◆ PrevObject() [2/2]

◆ Protection() [1/2]

◆ Protection() [2/2]

◆ QualifiedScope()