void CLibraryMaps::Serialize1(CArchive& ar, int /*nVersion*/)
{
if ( ar.IsStoring() )
{
ar << m_nNextIndex;
ar << (DWORD)m_pIndexMap.GetCount();
ar << (DWORD)m_pNameMap.GetCount();
ar << (DWORD)m_pPathMap.GetCount();
}
else // Loading
{
DWORD nNextIndex = 0;
ar >> nNextIndex;
m_nNextIndex = nNextIndex;
//if ( nVersion >= 28 )
//{
DWORD nIndexMapCount = 0;
ar >> nIndexMapCount;
m_pIndexMap.InitHashTable( GetBestHashTableSize( nIndexMapCount ) );
DWORD nNameMapCount = 0;
ar >> nNameMapCount;
m_pNameMap.InitHashTable( GetBestHashTableSize( nNameMapCount ) );
DWORD nPathMapCount = 0;
ar >> nPathMapCount;
m_pPathMap.InitHashTable( GetBestHashTableSize( nPathMapCount ) );
//}
}
}
CDCNeighbour::CDCNeighbour()
: CNeighbour ( PROTOCOL_DC )
, m_bExtended ( FALSE )
, m_bNickValid ( FALSE )
{
m_nNodeType = ntHub;
m_oUsers.InitHashTable( GetBestHashTableSize( 3000 ) );
}
void CLibraryDictionary::Serialize(CArchive& ar, const int /*nVersion*/)
{
ASSUME_LOCK( Library.m_pSection );
if ( ar.IsStoring() )
{
ar << (DWORD)m_oWordMap.GetCount();
}
else // Loading
{
DWORD nWordsCount = 0u;
ar >> nWordsCount;
m_oWordMap.InitHashTable( GetBestHashTableSize( nWordsCount ) );
}
}
CLiveList::CLiveList(int nColumns, UINT nHash)
: m_nColumns ( nColumns )
{
m_pItems.InitHashTable( GetBestHashTableSize( nHash ) );
}
// When the program makes the CNeighbours object, this constructor initializes the member variables defined in CNeighboursBase
CNeighboursBase::CNeighboursBase()
: m_nRunCookie ( 5 ) // Start the run cookie as 5, OnRun will increment it 6+
{
m_pNeighbours.InitHashTable( GetBestHashTableSize( 300 ) );
m_pIndex.InitHashTable( GetBestHashTableSize( 300 ) );
}
