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SmartRefVector< TYPE > Class Template Reference

Kernel objects: SmartRefVector. More...

#include <SmartRefVector.h>

Inheritance diagram for SmartRefVector< TYPE >:
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Collaboration diagram for SmartRefVector< TYPE >:
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List of all members.

Public Member Functions

 SmartRefVector ()
 Standard Constructor.
template<class ITERATOR>
 SmartRefVector (ITERATOR first, ITERATOR last)
 templated Constructor
 SmartRefVector (const SmartRefVector &copy)
 Copy Constructor.
SmartRefVector< TYPE > & operator() (ContainedObject *pObj)
 Standard destructor.
const SmartRefVector< TYPE > & operator() (const ContainedObject *pObj) const
 operator() const: assigns parent object for serialisation
SmartRefVector< TYPE > & operator() (DataObject *pObj)
 operator(): assigns parent object for serialisation
const SmartRefVector< TYPE > & operator() (const DataObject *pObj) const
 operator() const: assigns parent object for serialisation
SmartRefVector< TYPE > & operator= (const SmartRefVector< TYPE > &copy)
 Assignment.
const std::type_info * type () const
 Access to embedded type.
StreamBuffer & readRefs (StreamBuffer &s)
 Helper to read references.
StreamBuffer & writeRefs (StreamBuffer &s) const
 Helper to write references.

Protected Types

typedef SmartRef< TYPE > _Entry
 That's the type of crap I am hosting.
typedef std::vector< _Entry > _Base
 Object types: typedef myself as Base.
typedef std::vector< _Entry >
::const_iterator 		_BaseConstIter
typedef std::vector< _Entry >
::value_type 		_BaseValueType

Protected Member Functions

void _setEnvironment (const DataObject *pObj, const ContainedObject *pContd) const
 Set the environment for the vector and all contained objects references.

Protected Attributes

const DataObject * m_data
 Object data: Pointer to the identifiable object the link originates.
const ContainedObject * m_contd
 Object data: Pointer to the Contained object (if applicable).

Friends

StreamBuffer & operator<< (StreamBuffer &_s, const SmartRefVector< TYPE > &ptr)
 Output Streamer operator.
StreamBuffer & operator>> (StreamBuffer &_s, SmartRefVector< TYPE > &ptr)
 Input Streamer operator.

Detailed Description

template<class TYPE>
class SmartRefVector< TYPE >

Kernel objects: SmartRefVector.

Description: The SmartRefVector class allows transparent handling of multiple object links within the data store. Links are unloaded a priori and will only be loaded "on demand", i.e. when dereferenced.

SmartRefVectors should behave in the same way as normal vectors of pointers;

Using SmartRefVectors the environment of the vector is automatically propagated to each contained reference.

In order to speed things up, an attempt was made to avoid any virtual functions.

Base Class: STL vector

Dependencies:

History : 

    +---------+----------------------------------------------+--------+
    |    Date |                 Comment                      | Who    |
    +---------+----------------------------------------------+--------+
    | 12/07/99| Initial version.                             | MF     |
    +---------+----------------------------------------------+--------+
Author: M.Frank Version: 1.0

Definition at line 54 of file SmartRefVector.h.

Member Typedef Documentation

template<class TYPE>
typedef SmartRef<TYPE> SmartRefVector< TYPE >::_Entry [protected]

That's the type of crap I am hosting.

Definition at line 57 of file SmartRefVector.h.

template<class TYPE>
typedef std::vector<_Entry> SmartRefVector< TYPE >::_Base [protected]

Object types: typedef myself as Base.

Definition at line 59 of file SmartRefVector.h.

template<class TYPE>
typedef std::vector<_Entry>::const_iterator SmartRefVector< TYPE >::_BaseConstIter [protected]

Definition at line 60 of file SmartRefVector.h.

template<class TYPE>
typedef std::vector<_Entry>::value_type SmartRefVector< TYPE >::_BaseValueType [protected]

Definition at line 61 of file SmartRefVector.h.

Constructor & Destructor Documentation

template<class TYPE>
SmartRefVector< TYPE >::SmartRefVector (  )  [inline]

Standard Constructor.

Definition at line 78 of file SmartRefVector.h.

00078                     {
00079     m_contd  = 0;
00080     m_data   = 0;
00081   }

template<class TYPE>
template<class ITERATOR>
SmartRefVector< TYPE >::SmartRefVector ( ITERATOR  first,
ITERATOR  last 
) [inline]

templated Constructor

Definition at line 84 of file SmartRefVector.h.

00085     :  std::vector< SmartRef<TYPE> >( first , last ) 
00086     , m_data  ( 0 ) 
00087     , m_contd ( 0 ) 
00088   {
00089    
00090   }

template<class TYPE>
SmartRefVector< TYPE >::SmartRefVector ( const SmartRefVector< TYPE > &  copy  )  [inline]

Copy Constructor.

Definition at line 92 of file SmartRefVector.h.

00093     :  std::vector< SmartRef<TYPE> >(copy) {
00094     *this = copy;
00095   }

Member Function Documentation

template<class TYPE>
void SmartRefVector< TYPE >::_setEnvironment ( const DataObject *  pObj,
const ContainedObject *  pContd 
) const [inline, protected]

Set the environment for the vector and all contained objects references.

Definition at line 69 of file SmartRefVector.h.

00069                                                                                       {
00070     m_data  = pObj;
00071     m_contd = pContd;
00072     for ( _BaseConstIter i = _Base::begin(); i != _Base::end(); i++ )   {
00073       (*i)._setEnvironment(pObj, pContd);
00074     }
00075   }

template<class TYPE>
SmartRefVector<TYPE>& SmartRefVector< TYPE >::operator() ( ContainedObject *  pObj  )  [inline]

Standard destructor.

operator(): assigns parent object for serialisation

Definition at line 101 of file SmartRefVector.h.

00101                                                               {
00102     _setEnvironment((0==pObj) ? 0 : pObj->parent(), pObj);
00103     return *this;
00104   }

template<class TYPE>
const SmartRefVector<TYPE>& SmartRefVector< TYPE >::operator() ( const ContainedObject *  pObj  )  const [inline]

operator() const: assigns parent object for serialisation

Definition at line 106 of file SmartRefVector.h.

00106                                                                                {
00107     _setEnvironment((0==pObj) ? 0 : pObj->parent(), pObj);
00108     return *this;
00109   }

template<class TYPE>
SmartRefVector<TYPE>& SmartRefVector< TYPE >::operator() ( DataObject *  pObj  )  [inline]

operator(): assigns parent object for serialisation

Definition at line 111 of file SmartRefVector.h.

00111                                                          {
00112     _setEnvironment(pObj,0);
00113     return *this;
00114   }

template<class TYPE>
const SmartRefVector<TYPE>& SmartRefVector< TYPE >::operator() ( const DataObject *  pObj  )  const [inline]

operator() const: assigns parent object for serialisation

Definition at line 116 of file SmartRefVector.h.

00116                                                                           {
00117     _setEnvironment(pObj,0);
00118     return *this;
00119   }

template<class TYPE>
SmartRefVector<TYPE>& SmartRefVector< TYPE >::operator= ( const SmartRefVector< TYPE > &  copy  )  [inline]

Assignment.

Definition at line 121 of file SmartRefVector.h.

00121                                                                      {
00122     _Base::operator=(copy);
00123     // Harms.... MF 
00124     // on copy we MUST make a 1 to 1 copy
00125     // _setEnvironment( copy.m_data, copy.m_contd );
00126     // use instead:
00127     m_data  = copy.m_data;
00128     m_contd = copy.m_contd;
00129     return *this;
00130   }

template<class TYPE>
const std::type_info* SmartRefVector< TYPE >::type (  )  const [inline]

Access to embedded type.

Definition at line 132 of file SmartRefVector.h.

00132                                       {
00133     return &typeid(TYPE);
00134   }

template<class TYPE>
StreamBuffer & SmartRefVector< TYPE >::readRefs ( StreamBuffer &  s  )  [inline]

Helper to read references.

Definition at line 163 of file SmartRefVector.h.

00163                                                                {
00164   long len;
00165   _Base::erase( _Base::begin(), _Base::end() );
00166   s >> len;
00167   for ( long i = 0; i < len; i++ )    {
00168     _BaseValueType entry;
00169     entry._setEnvironment(m_data, m_contd);
00170     entry.readRef(s);
00171     _Base::push_back( entry );
00172   }
00173   return s;
00174 }

template<class TYPE>
StreamBuffer & SmartRefVector< TYPE >::writeRefs ( StreamBuffer &  s  )  const [inline]

Helper to write references.

Definition at line 152 of file SmartRefVector.h.

00152                                                                      {
00153   long len = _Base::size();
00154   s << len;
00155   for ( _BaseConstIter i = _Base::begin(); i != _Base::end(); i++ )   {
00156     (*i)._setEnvironment(m_data, m_contd);
00157     (*i).writeRef(s);
00158   }
00159   return s;
00160 }

Friends And Related Function Documentation

template<class TYPE>
StreamBuffer& operator<< ( StreamBuffer &  _s,
const SmartRefVector< TYPE > &  ptr 
) [friend]

Output Streamer operator.

Definition at line 141 of file SmartRefVector.h.

00141                                                                                         {
00142     return ptr.writeRefs(_s);
00143   }

template<class TYPE>
StreamBuffer& operator>> ( StreamBuffer &  _s,
SmartRefVector< TYPE > &  ptr 
) [friend]

Input Streamer operator.

Definition at line 146 of file SmartRefVector.h.

00146                                                                                     {
00147     return ptr.readRefs(_s);
00148   }

Member Data Documentation

template<class TYPE>
const DataObject* SmartRefVector< TYPE >::m_data [mutable, protected]

Object data: Pointer to the identifiable object the link originates.

Definition at line 64 of file SmartRefVector.h.

template<class TYPE>
const ContainedObject* SmartRefVector< TYPE >::m_contd [mutable, protected]

Object data: Pointer to the Contained object (if applicable).

Definition at line 66 of file SmartRefVector.h.

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