CLAM::ProcessingData Class Reference

Interface classe for every concrete processing data (data that flows through the processing objs.) More...

#include <ProcessingData.hxx>

List of all members.

Public Member Functions
	ProcessingData (const int n)
	Constructor of an object that will contain the number of attributes passed by parameter.
	ProcessingData (const ProcessingData &prototype, bool shareData=false, bool deep=true)
	Copy constructor of a ProcessingData object.
virtual	~ProcessingData ()
Public Member Functions inherited from CLAM::DynamicType
	DynamicType (const int nAttr)
	Constructs a DynamicType object that can hold.
	DynamicType (const DynamicType &prototype, const bool shareData, const bool deepCopy)
	Copy constructor of a dynamic Type.
	DynamicType (const DynamicType &prototype)
virtual	~DynamicType ()
virtual const char *	GetClassName () const =0
	Return the class name.
void	CopyInit (const DynamicType &dt)
	This method allows custom code for the copy-constructor of a dynamic type, since the copy-constructor is macro expanded and can not be overwritted.
bool	UpdateData ()
	Method used to resize the data space of the dynamic type, necessary when some AddXXX() / RemoveXXX() (where XXX is an attribute name) has been done.
unsigned	GetNDynamicAttributes () const
const char *	GetDynamicAttributeName (unsigned i)
virtual const std::type_info &	GetTypeId (unsigned i) const =0
bool	AttributeIsComponent (unsigned i) const
bool	AttributeIsDynamictype (unsigned i) const
bool	IsAttributeInstantiated (unsigned i) const
const void *	GetAttributeAsVoidPtr (unsigned i) const
const Component *	GetAttributeAsComponent (unsigned i) const
Component *	GetAttributeAsComponent (unsigned i)
void	FullfilsInvariant () const
virtual Component *	DeepCopy () const
void	Debug () const
virtual void	StoreOn (CLAM::Storage &storage) const
	Stores component's subitems on the given Storage.
virtual void	LoadFrom (CLAM::Storage &storage)
	Loads component's subitems from the given Storage.
Public Member Functions inherited from CLAM::Component
virtual	~Component ()

Additional Inherited Members
Public Types inherited from CLAM::DynamicType
enum	{ idLength = 120, typeLength = 120 }
Protected Types inherited from CLAM::DynamicType
enum	{ shrinkThreshold = 80 }
Protected Member Functions inherited from CLAM::DynamicType
void	DefaultInit ()
	The concrete dynamic type constructor calls DefaultInit().
virtual void	InformAll ()
	implemented by the macros in the concrete class.
void	InformTypedAttr_ (unsigned id, const char *name, unsigned size, const char *type, const bool isPtr, const t_new, const t_new_copy, const t_destructor, const Component *ptr)
void	InformTypedAttr_ (unsigned id, const char *name, unsigned size, const char *type, const bool isPtr, const t_new, const t_new_copy, const t_destructor, const DynamicType *ptr)
void	InformTypedAttr_ (unsigned id, const char *name, unsigned size, const char *type, const bool isPtr, const t_new, const t_new_copy, const t_destructor, const void *ptr)
void	AddAttr_ (const unsigned i, const unsigned size)
void	RemoveAttr_ (const unsigned id)
virtual DynamicType &	GetDynamicTypeCopy (const bool shareData=false, const bool deep=false) const =0
virtual Component *	ShallowCopy () const
DynamicType &	operator= (const DynamicType &source)
unsigned	GetNumAttr () const
unsigned	GetNumActiveAttr () const
char *	GetData () const
void	SetData (char *srcData)
TDynInfo *	GetDynamicTable () const
TAttr *	GetTypeDescTable () const
unsigned	GetDataSize () const
bool	IsInstanciate () const
bool	OwnsItsMemory () const
void	SetOwnsItsMemory (const bool owns)
bool	ExistAttr (unsigned id) const
void	SetPreAllocateAllAttributes ()
int	DynTableRefCounter ()
void	InitDynTableRefCounter ()
int	DecrementDynTableRefCounter ()
int	IncrementDynTableRefCounter ()
virtual void	StoreDynAttributes (CLAM::Storage &s) const =0
virtual void	LoadDynAttributes (CLAM::Storage &s)=0
template<typename AttribType >
void	StoreAttribute (StaticTrue *asLeave, CLAM::Storage &s, AttribType &object, const char *name) const
template<typename AttribType >
void	StoreAttribute (StaticFalse *asLeave, CLAM::Storage &s, AttribType &object, const char *name) const
template<typename AttribType >
void	StoreIterableAttribute (CLAM::Storage &s, AttribType &object, const char *name, const char *elemName) const
template<typename AttribType >
bool	LoadAttribute (StaticTrue *asLeave, CLAM::Storage &s, AttribType &object, const char *name)
template<typename AttribType >
bool	LoadAttribute (StaticFalse *asLeave, CLAM::Storage &s, AttribType &object, const char *name)
template<typename AttribType >
bool	LoadIterableAttribute (CLAM::Storage &s, AttribType &object, const char *name, const char *elemName)
Protected Attributes inherited from CLAM::DynamicType
unsigned	numActiveAttr
char *	data
TDynInfo *	dynamicTable
TAttr *	typeDescTable
unsigned	dataSize
bool	bOwnsItsMemory
unsigned	numAttr
unsigned	maxAttrSize
unsigned	allocatedDataSize

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Detailed Description

Interface classe for every concrete processing data (data that flows through the processing objs.)

See also:

DynamicType ProcessingDataConfig

Definition at line 37 of file ProcessingData.hxx.

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Constructor & Destructor Documentation

CLAM::ProcessingData::ProcessingData ( const int  n )

inline

Constructor of an object that will contain the number of attributes passed by parameter.

Parameters:

n	Number of dynamic attributes that will be defined

Definition at line 44 of file ProcessingData.hxx.

CLAM::ProcessingData::ProcessingData ( const ProcessingData &  prototype, bool  shareData = false, bool  deep = true  )

inline

Copy constructor of a ProcessingData object.

Parameters:

prototype	Another ProcessingData type from which the structure is taken
shareData	Tells whether the object will share the same data of the object passed by parameter or not, by default set to false
deep	If this parameter is set to true, all the data pointed by the prototype will be copied to the new object; true by default

Definition at line 50 of file ProcessingData.hxx.

CLAM::ProcessingData::~ProcessingData ( )

virtual

Definition at line 5 of file ProcessingData.cxx.

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The documentation for this class was generated from the following files:

• ProcessingData.hxx
• ProcessingData.cxx