#include <Puma/CRecord.h>

Inheritance diagram for Puma::CRecord:

Description

Semantic information about a class or union.

Public Types
typedef std::list< CTree * >	TreeList

typedef std::map< Token *, TreeList >	InstantiateDelayedMap

Public Types inherited from Puma::CStructure
typedef std::list< CObjectInfo * >	ObjectInfoList
	List type for semantic objects.

typedef std::map< DString, ObjectInfoList >	ObjectsByName
	Map type for entity name to semantic object mapping.

typedef std::set< CObjectInfo * >	ObjectInfoSet
	Set type for semantic objects.

Public Types inherited from Puma::CObjectInfo
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
	~CRecord ()
	Destructor.

CTemplateInfo *	TemplateInfo () const
	Get the template information if this is a class or union template.

void	TemplateInfo (CTemplateInfo *info)
	Set the template information of a class/union template.

void	QualifiedScope (CStructure *scope)
	Set the qualification scope of a nested class or union or class/union declared in a namespace.

bool	isComplete (unsigned long pos=0) const
	Check if the class/union is complete (defined) at the given source code position.

bool	isDefined () const
	Check if the class/union is defined.

bool	isTemplate () const
	Check if the class/union is a template.

bool	isHiddenForwardDecl () const
	Check if this is a class/union forward declaration hidden by another declaration in the same scope.

bool	isTrivial () const
	Check if this is a trivial class/union.

bool	hasTrivialAssign () const
	Yields true if the class has a trivial copy assignment operator.

bool	hasTrivialCopy () const
	Yields true if the class has a trivial copy constructor.

bool	hasTrivialCtor () const
	Yields true if the class has a trivial default constructor.

bool	hasTrivialDtor () const
	Yields true if the class has a trivial destructor.

void	isTemplate (bool v)
	Set whether this class/union is a template.

void	isHiddenForwardDecl (bool v)
	Set whether this is a class/union forward declaration hidden by another declaration in the same scope.

bool	isCompleteParsed () const
	Return true if record is complete parsed.

void	isCompleteParsed (bool v)
	Set if record is complete parsed.

void	addParseDelayed (CTree *tree)
	Add a part of record to be parse delayed.

unsigned	ParseDelayed () const
	Get the number of parts of record to be parsed delayed.

CTree *	ParseDelayed (unsigned n) const
	Get the n-th part of record to be parsed delayed.

void	saveParseDelayedListLength ()
	Save the current length of the delayed record parts list.

unsigned	forgetParseDelayedListLength ()
	Forget the last saved length of the delayed record parts list.

void	rejectParseDelayed ()
	Reject all parts of record to be parsed delayed added behind the last saved position in the list.

void	addInstantiateDelayed (Token start, CTree tree)
	Add a part of record to be instantiated delayed.

bool	haveInstantiateDelayed (Token *start) const
	Return true if there are template instances for which to instantiate the record part.

const TreeList &	InstantiateDelayed (Token *start) const
	Get the list of instances in which to instantiate the record part.

void	resetDelayed ()
	Reset the list of parts of record to be parsed or instantiated delayed.

void	removeDelayed (CTree *tree)
	Remove the part of record to be parsed or instantiated delayed.

Public Member Functions inherited from Puma::CStructure
	~CStructure ()
	Destructor.

ObjectsByName &	ObjectInfoMap ()
	Get the entity name to semantic object map.

const ObjectInfoSet &	ObjectInfos () const
	Get the entity name to semantic object map.

unsigned	Objects () const
	Get the number of contained semantic objects.

unsigned	Objects (const DString &name) const
	Get the number of contained semantic objects for entities with the given name.

unsigned	Types () const
	Get the number of contained semantic objects for type declarations.

unsigned	Types (const DString &name) const
	Get the number of contained semantic objects for declarations of types with the given name.

unsigned	Attributes () const
	Get the number of contained semantic objects for object declarations.

unsigned	Attributes (const DString &name) const
	Get the number of contained semantic objects for declarations of objects with the given name.

unsigned	TemplateParams () const
	Get the number of contained semantic objects for template parameter declarations.

unsigned	TemplateParams (const DString &name) const
	Get the number of contained semantic objects for declarations of template parameters with the given name.

unsigned	Functions () const
	Get the number of contained semantic objects for function declarations.

unsigned	Functions (const DString &name) const
	Get the number of contained semantic objects for declarations of functions with the given name.

unsigned	Usings () const
	Get the number of contained semantic objects for used members.

unsigned	Usings (const DString &name) const
	Get the number of contained semantic objects for used members with the given name.

unsigned	Namespaces () const
	Get the number of contained semantic objects for namespace declarations.

unsigned	Namespaces (const DString &name) const
	Get the number of contained semantic objects for declarations of namespaces with the given name.

unsigned	Friends () const
	Get the number of contained semantic objects for friend declarations.

unsigned	Friends (const DString &name) const
	Get the number of contained semantic objects for declarations of friends with the given name.

CObjectInfo *	Object (unsigned n) const
	Get the n-th contained semantic object.

CObjectInfo *	Object (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for entities with the given name.

CObjectInfo *	Type (unsigned n) const
	Get the n-th contained semantic object for a type.

CObjectInfo *	Type (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for types with the given name.

CTypedefInfo *	Typedef (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for typedefs with the given name.

CUsingInfo *	Using (unsigned n) const
	Get the n-th contained semantic object for a using-directive.

CUsingInfo *	Using (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for used members with the given name.

CNamespaceInfo *	Namespace (unsigned n) const
	Get the n-th contained semantic object for a namespace.

CNamespaceInfo *	Namespace (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for namespaces with the given name.

CRecord *	Friend (unsigned n) const
	Get the n-th contained semantic object for a friend.

CRecord *	Friend (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for friends with the given name.

CAttributeInfo *	Attribute (unsigned n) const
	Get the n-th contained semantic object for an object.

CAttributeInfo *	Attribute (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for objects with the given name.

CTemplateParamInfo *	TemplateParam (unsigned n) const
	Get the n-th contained semantic object for a template parameter.

CTemplateParamInfo *	TemplateParam (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for template parameters with the given name.

CFunctionInfo *	Function (unsigned n) const
	Get the n-th contained semantic object for a function.

CFunctionInfo *	Function (const DString &name, unsigned n=0) const
	Get the n-th contained semantic object for functions with the given name.

CFunctionInfo *	Function (const DString &name, CTypeInfo *type) const
	Get the contained semantic object for functions with the given name and type.

bool	isMemberAlias (const CObjectInfo *info) const
	Check if an alias exists for the given entity in this scope.

CMemberAliasInfo *	MemberAlias (const CObjectInfo *info) const
	Get the member alias information for the aliased entity.

void	setShared (CStructure *share)
	Set a common data object for the linked semantic objects.

void	addObject (CObjectInfo *info)
	Add a semantic object.

void	addAttribute (CAttributeInfo *info)
	Add a semantic object for an object.

void	addTemplateParam (CTemplateParamInfo *info)
	Add a semantic object for a template parameter.

void	addFunction (CFunctionInfo *info)
	Add a semantic object for a function.

void	addType (CObjectInfo *info)
	Add a semantic object for a type.

void	addUsing (CUsingInfo *info)
	Add a semantic object for a using-directive.

void	addNamespace (CNamespaceInfo *info)
	Add a semantic object for a namespace.

void	addFriend (CRecord *info)
	Add a semantic object for a friend.

void	removeObject (const CObjectInfo *info)
	Remove the semantic object.

void	removeAttribute (const CAttributeInfo *info)
	Remove the semantic object for an object.

void	removeTemplateParam (const CTemplateParamInfo *info)
	Remove the semantic object for a template parameter.

void	removeFunction (const CFunctionInfo *info)
	Remove the semantic object for a function.

void	removeType (const CObjectInfo *info)
	Remove the semantic object for a type.

void	removeUsing (const CUsingInfo *info)
	Remove the semantic object for a using-directive.

void	removeNamespace (const CNamespaceInfo *info)
	Remove the semantic object for a namespace.

void	removeFriend (const CRecord *info)
	Remove the semantic object for a friend.

void	removeMemberAlias (const CMemberAliasInfo *info)
	Remove the semantic object for a member alias.

void	removeRegisterEntry ()
	Unregister this semantic object at all contained semantic objects.

void	addNamedObject (CObjectInfo *info)
	Add a semantic object to the name map.

void	removeNamedObject (const DString &name, CObjectInfo *info)
	Remove the given semantic object for the entity with the given name from the name map.

CAttributeInfo *	newAttribute ()
	Create a new semantic object for an object declaration.

CEnumInfo *	newEnum ()
	Create a new semantic object for an enumeration.

CUsingInfo *	newUsing ()
	Create a new semantic object for a using-directive.

CTypedefInfo *	newTypedef ()
	Create a new semantic object for a typedef.

CMemberAliasInfo *	newMemberAlias (CObjectInfo *member, bool direct_member=false)
	Create a new semantic object for a member alias.

void	deleteAttribute (const CAttributeInfo *info)
	Remove and destroy the given semantic object for an object.

void	deleteEnum (const CEnumInfo *info)
	Remove and destroy the given semantic object for an enumeration.

void	deleteUsing (const CUsingInfo *info)
	Remove and destroy the given semantic object for a using-directive.

void	deleteTypedef (const CTypedefInfo *info)
	Remove and destroy the given semantic object for a typedef.

void	deleteMemberAlias (const CMemberAliasInfo *info)
	Remove and destroy the given semantic object for a member alias.

Public Member Functions inherited from Puma::CScopeInfo
	~CScopeInfo ()
	Destructor.

unsigned	Children () const
	Get the number of child scopes (nested scopes).

CScopeInfo *	Child (unsigned) const
	Get the n-th child scope.

CScopeInfo *	Parent () const
	Get the parent scope of this scope.

bool	isFile () const
	Check if this is a file (file scope).

bool	isNamespace () const
	Check if this is namespace.

bool	isRecord () const
	Check if this is class or union.

bool	isClass () const
	Check if this is a class.

bool	isUnion () const
	Check if this is a union.

bool	isFunction () const
	Check if this is a function.

bool	isMethod () const
	Check if this is a class method.

bool	isClassTemplate () const
	Check if this is a class template.

bool	isFctTemplate () const
	Check if this is a function template.

bool	isLocalScope () const
	Check if this is a local scope.

bool	isLocalRecord () const
	Check if this is a local class or union.

bool	isLocalClass () const
	Check if this is a local class.

bool	isLocalUnion () const
	Check if this is a local union.

bool	GlobalScope () const
	Check if this is the global (file) scope.

bool	insideTemplate () const
	Check if this scope is inside a class or function template scope.

bool	insideRecord () const
	Check if this scope is inside a class or union scope.

bool	insideClass () const
	Check if this scope is inside a class scope.

bool	insideUnion () const
	Check if this scope is inside a union scope.

bool	insideFunction () const
	Check if this scope is inside a function scope.

bool	insideMethod () const
	Check if this scope is inside a class method scope.

void	Parent (const CScopeInfo *scope)
	Set the parent scope of this scope.

void	addChild (CScopeInfo *scope)
	Add a child scope to this scope.

void	removeChild (const CScopeInfo *scope)
	Remove a child scope.

CLocalScope *	newLocalScope ()
	Create a new local scope information object.

CFunctionInfo *	newFunction (bool inst=false)
	Create a new function or function template instance semantic object.

CClassInfo *	newClass (bool inst=false)
	Create a new class or class template instance semantic object.

CUnionInfo *	newUnion (bool inst=false)
	Create a new union or union template instance semantic object.

CNamespaceInfo *	newNamespace ()
	Create a new namespace semantic object.

CTemplateInfo *	newTemplate ()
	Create a new template semantic object.

void	deleteLocalScope (const CLocalScope *scope)
	Delete the given local scope semantic object.

void	deleteFunction (const CFunctionInfo *fct)
	Delete the given function semantic object.

void	deleteClass (const CClassInfo *c)
	Delete the given class semantic object.

void	deleteUnion (const CUnionInfo *u)
	Delete the given union semantic object.

void	deleteNamespace (const CNamespaceInfo *ns)
	Delete the given namespace semantic object.

void	deleteTemplate (const CTemplateInfo *tpl)
	Delete the given template semantic object.

Public Member Functions inherited from Puma::CObjectInfo
	~CObjectInfo ()
	Destructor.

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.

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.

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

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

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

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

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

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

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

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

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

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.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

CLanguage &	Language ()
	Get the entity encoding language.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

void	Unlink ()
	Unlink this semantic object.

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

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

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

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

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

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

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

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

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

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

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

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

Protected Member Functions
	CRecord (ObjectId id)
	Constructor.

Protected Member Functions inherited from Puma::CStructure
	CStructure (ObjectId id)
	Constructor.

Protected Member Functions inherited from Puma::CScopeInfo
	CScopeInfo (ObjectId id)
	Constructor.

Protected Member Functions inherited from Puma::CObjectInfo
	CObjectInfo (ObjectId id)
	Constructor.

Additional Inherited Members
Protected Attributes inherited from Puma::CObjectInfo
CStructure *	_QualScope
	Qualified name scope.

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

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

Member Typedef Documentation

◆ InstantiateDelayedMap

typedef std::map<Token*,TreeList> Puma::CRecord::InstantiateDelayedMap

◆ TreeList

typedef std::list<CTree*> Puma::CRecord::TreeList

Constructor & Destructor Documentation

◆ CRecord()

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

inlineprotected

Constructor.

Parameters

id	The object type.

◆ ~CRecord()

Puma::CRecord::~CRecord ( )

Destructor.

Member Function Documentation

◆ addInstantiateDelayed()

void Puma::CRecord::addInstantiateDelayed	(	Token *	start,
		CTree *	tree )

inline

Add a part of record to be instantiated delayed.

◆ addParseDelayed()

void Puma::CRecord::addParseDelayed ( CTree * tree )

inline

Add a part of record to be parse delayed.

◆ forgetParseDelayedListLength()

unsigned Puma::CRecord::forgetParseDelayedListLength ( )

inline

Forget the last saved length of the delayed record parts list.

◆ hasTrivialAssign()

bool Puma::CRecord::hasTrivialAssign ( ) const

Yields true if the class has a trivial copy assignment operator.

◆ hasTrivialCopy()

bool Puma::CRecord::hasTrivialCopy ( ) const

Yields true if the class has a trivial copy constructor.

◆ hasTrivialCtor()

bool Puma::CRecord::hasTrivialCtor ( ) const

Yields true if the class has a trivial default constructor.

◆ hasTrivialDtor()

bool Puma::CRecord::hasTrivialDtor ( ) const

Yields true if the class has a trivial destructor.

◆ haveInstantiateDelayed()

bool Puma::CRecord::haveInstantiateDelayed ( Token * start ) const

inline

Return true if there are template instances for which to instantiate the record part.

◆ InstantiateDelayed()

const CRecord::TreeList & Puma::CRecord::InstantiateDelayed ( Token * start ) const

inline

Get the list of instances in which to instantiate the record part.

◆ isComplete()

bool Puma::CRecord::isComplete ( unsigned long pos = 0 ) const

Check if the class/union is complete (defined) at the given source code position.

The position is specified by the unique number of the CT_Token tree node representing the name of the class/union.

Parameters

pos	The source code position.

◆ isCompleteParsed() [1/2]

bool Puma::CRecord::isCompleteParsed ( ) const

inline

Return true if record is complete parsed.

◆ isCompleteParsed() [2/2]

void Puma::CRecord::isCompleteParsed ( bool v )

inline

Set if record is complete parsed.

◆ isDefined()

bool Puma::CRecord::isDefined ( ) const

Check if the class/union is defined.

◆ isHiddenForwardDecl() [1/2]

bool Puma::CRecord::isHiddenForwardDecl ( ) const

inline

Check if this is a class/union forward declaration hidden by another declaration in the same scope.

◆ isHiddenForwardDecl() [2/2]

void Puma::CRecord::isHiddenForwardDecl ( bool v )

inline

Set whether this is a class/union forward declaration hidden by another declaration in the same scope.

Parameters

v	true if it is a hidden forward declaration.

◆ isTemplate() [1/2]

bool Puma::CRecord::isTemplate ( ) const

inline

Check if the class/union is a template.

◆ isTemplate() [2/2]

void Puma::CRecord::isTemplate ( bool v )

inline

Set whether this class/union is a template.

Parameters

v	true if it is a template.

◆ isTrivial()

bool Puma::CRecord::isTrivial ( ) const

Check if this is a trivial class/union.

◆ ParseDelayed() [1/2]

unsigned Puma::CRecord::ParseDelayed ( ) const

inline

Get the number of parts of record to be parsed delayed.

◆ ParseDelayed() [2/2]

CTree * Puma::CRecord::ParseDelayed ( unsigned n ) const

inline

Get the n-th part of record to be parsed delayed.

◆ QualifiedScope()

void Puma::CRecord::QualifiedScope ( CStructure * scope )

inline

Set the qualification scope of a nested class or union or class/union declared in a namespace.

Parameters

scope The qualification scope.

◆ rejectParseDelayed()

void Puma::CRecord::rejectParseDelayed ( )

Reject all parts of record to be parsed delayed added behind the last saved position in the list.

◆ removeDelayed()

void Puma::CRecord::removeDelayed ( CTree * tree )

Remove the part of record to be parsed or instantiated delayed.

◆ resetDelayed()

void Puma::CRecord::resetDelayed ( )

inline

Reset the list of parts of record to be parsed or instantiated delayed.

◆ saveParseDelayedListLength()

void Puma::CRecord::saveParseDelayedListLength ( )

inline

Save the current length of the delayed record parts list.

◆ TemplateInfo() [1/2]

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

inline

Get the template information if this is a class or union template.

Returns: The template information or NULL if not a template.

◆ TemplateInfo() [2/2]

void Puma::CRecord::TemplateInfo ( CTemplateInfo * info )

inline

Set the template information of a class/union template.

Parameters

info	The template information.

Description

Public Types

Public Member Functions

Protected Member Functions

Additional Inherited Members

Member Typedef Documentation

◆ InstantiateDelayedMap

◆ TreeList

Constructor & Destructor Documentation

◆ CRecord()

◆ ~CRecord()

Member Function Documentation

◆ addInstantiateDelayed()

◆ addParseDelayed()

◆ forgetParseDelayedListLength()

◆ hasTrivialAssign()

◆ hasTrivialCopy()

◆ hasTrivialCtor()

◆ hasTrivialDtor()

◆ haveInstantiateDelayed()

◆ InstantiateDelayed()

◆ isComplete()

◆ isCompleteParsed() [1/2]

◆ isCompleteParsed() [2/2]

◆ isDefined()

◆ isHiddenForwardDecl() [1/2]

◆ isHiddenForwardDecl() [2/2]

◆ isTemplate() [1/2]

◆ isTemplate() [2/2]

◆ isTrivial()

◆ ParseDelayed() [1/2]

◆ ParseDelayed() [2/2]

◆ QualifiedScope()

◆ rejectParseDelayed()

◆ removeDelayed()

◆ resetDelayed()

◆ saveParseDelayedListLength()

◆ TemplateInfo() [1/2]

◆ TemplateInfo() [2/2]