void ToArea( Kxe_Area_Param& areaParam, KArea& area )
{
area.SetName( ATL::CString(areaParam.strName.c_str()) );
area.SetType( areaParam.nAreaType );
BYTE byteMac[6] = {0};
ToMAC( &(areaParam.vecGateMac), byteMac );
area.SetGateMac( byteMac );
area.SetCreateTime( &(areaParam.ftCreate) );
area.SetGateIp( areaParam.uIp );
area.SetWireless( areaParam.bWireless );
area.SetLastChangeTime( areaParam.nLastChangeTime );
}
inline HRESULT KAreaFile::ReadArea(KRecord* pRecord)
{
HRESULT hr = S_OK;
ASSERT(pRecord->GetType() == AreaInfo_Area);
KArea* pArea = m_pAreaMgr->CreateArea();
KRecord rule = pRecord->FirstSubRecord();
while (pRecord->IsSubRecord(rule))
{
if (!rule.Ok())
{
hr = E_AREA_FILE_UNKNOWN_FMT;
break;
}
switch (rule.GetType())
{
case AreaInfo_Name:
pArea->SetName( (LPWSTR)rule.GetData() );
break;
case AreaInfo_CreateDate:
ASSERT(rule.GetDataSize() == sizeof(FILETIME));
pArea->SetCreateTime((FILETIME*)rule.GetData());
break;
case AreaInfo_Type:
ASSERT(rule.GetDataSize() == sizeof(AreaType));
pArea->SetType( *(AreaType*)rule.GetData());
break;
case AreaInfo_Gate:
ASSERT(rule.GetDataSize() == sizeof(BYTE[6]));
pArea->SetGateMac( (BYTE*)rule.GetData());
break;
case AreaInfo_GateIp:
pArea->SetGateIp( *((UINT*)rule.GetData()));
break;
}
rule = rule.NextRecord();
}
if (SUCCEEDED(hr))
{
if (SUCCEEDED(m_pAreaMgr->AddArea(pArea)))
return hr;
}
delete pArea;
return hr;
}