Inheritance diagram for ZFTypeInfo:

Public Member Functions
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

base protocol for ZFTypeId

Member Function Documentation

virtual const ZFClass * ZFTypeInfo::typeIdClass ( void ) const

pure virtual

return the proper wrapper type class if available

if available:

virtual zfbool ZFTypeInfo::genericValueStore	(	zfauto &	obj,
		const void *	v ) const

pure virtual

advanced generic value access

note:

this is raw access without type check, you must ensure the access is valid
since aliased type (ZFTYPEID_ALIAS_DECLARE) share same base ZFTypeInfo, the type returned from ZFTypeInfoForName won't work and always result to crash for aliased type, it's recommended to access by creating new instance of ZFTypeId, instead of access by ZFTypeInfoForName

when access:

for ZFObject type
- obj: should store the ZFObject itself
- v: must be a pointer to T_Type of ZFTypeId<T_Type>, e.g. zfauto, zfweakT<SomeZFObject>, SomeZFObject *
for non-ZFObject type
- obj: should store the proper ZFTypeIdWrapper
- v: must be a pointer to T_Type of ZFTypeId<T_Type>

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

ZFFramework