ZFTypeId< T_Type, T_isZFObject, T_isPointer > Class Template Reference

type data traits for ZFTYPEID_DECLARE More...

#include <ZFTypeIdFwd.h>

Inheritance diagram for ZFTypeId< T_Type, T_isZFObject, T_isPointer >:

Classes
class	Value
	try access as raw value More...

Public Types
enum	{ TypeIdRegistered , TypeIdSerializable }

Static Public Member Functions
static const zfstring &	TypeId (void)
	get type id, or return ZFTypeId_none if not registered
static zfbool	ValueStore (zfauto &obj, T_Type const &v)
	store the value to wrapper object

Additional Inherited Members
Public Member Functions inherited from ZFTypeInfo
virtual zfbool	typeIdSerializable (void) const =0
	see ZFTypeId::TypeIdSerializable
virtual const zfstring &	typeId (void) const =0
	the type id
virtual const ZFClass *	typeIdClass (void) const =0
	return the proper wrapper type class if available
virtual zfbool	genericValueStore (zfauto &obj, const void *v) const =0
	advanced generic value access
virtual void *	genericAccess (zfauto &obj) const =0
	see genericValueStore
virtual void	genericAccessFinish (zfauto &obj, void *v) const =0
	see genericValueStore
virtual ZFCoreArrayBase *	genericArrayNew (void) const =0
	create generic array type

Detailed Description

template<typename T_Type, int T_isZFObject = (zftIsSame<typename zftTraits<T_Type>::TrType, ZFObject>::Value || (_ZFP_ClsHM_ObjCk__ZFP_zftIsZFObject<typename zftTraits<T_Type>::TrType>::value ? 1 : 0) ), int T_isPointer = zftTraits<T_Type>::TrIsPtr>
class ZFTypeId< T_Type, T_isZFObject, T_isPointer >

type data traits for ZFTYPEID_DECLARE

for advanced reflection use only
type must be registered by ZFTYPEID_DECLARE before use this template, and T_Type must be plain type without reference, use zftTraits::TrNoRef if necessary

Member Enumeration Documentation

anonymous enum

template<typename T_Type, int T_isZFObject = (zftIsSame<typename zftTraits<T_Type>::TrType, ZFObject>::Value || (_ZFP_ClsHM_ObjCk__ZFP_zftIsZFObject<typename zftTraits<T_Type>::TrType>::value ? 1 : 0) ), int T_isPointer = zftTraits<T_Type>::TrIsPtr>

anonymous enum

Enumerator
TypeIdRegistered	whether this type already registered type is registered if declared by any of these: ZFTYPEID_DECLARE ZFTYPEID_ACCESS_ONLY_DECLARE ZFTYPEID_ALIAS_DECLARE
TypeIdSerializable	whether this type can be serialized type is serializable if declared by any of these: ZFTYPEID_DECLARE ZFTYPEID_ALIAS_DECLARE

Member Function Documentation

ValueStore()

template<typename T_Type, int T_isZFObject = (zftIsSame<typename zftTraits<T_Type>::TrType, ZFObject>::Value || (_ZFP_ClsHM_ObjCk__ZFP_zftIsZFObject<typename zftTraits<T_Type>::TrType>::value ? 1 : 0) ), int T_isPointer = zftTraits<T_Type>::TrIsPtr>

static zfbool ZFTypeId< T_Type, T_isZFObject, T_isPointer >::ValueStore ( zfauto & obj, T_Type const & v )

static

store the value to wrapper object

the stored value can be further accessed by ZFTypeId::Value

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

• ZFTypeIdFwd.h