int CTableInfo::analyzeData(VrtLinesConT& VtrOneTable)
{
int nFunRes = 0;
VrtLinesConIterT VtrIterTable;
VrtLinesConT VtrOneDb;
if (VtrOneTable.empty())
{
nFunRes = -1;
return nFunRes;
}
VtrIterTable = VtrOneTable.begin();
while (VtrIterTable != VtrOneTable.end())
{
std::string strLineTmp = (*VtrIterTable);
//check this line is [TABLE]
if (std::string::npos != strLineTmp.find("[") && std::string::npos == strLineTmp.find("[["))
{//[]
m_strTableName = strLineTmp;
VtrIterTable++;
continue;
}
//check this line is [[DB]]
if (std::string::npos != strLineTmp.find("[") && std::string::npos != strLineTmp.find("[["))
{ //[[]]
if (VtrOneDb.size() > 0)
{
CSQLType* pNewSQLType = new CSQLType();
nFunRes = pNewSQLType->analyzeData(VtrOneDb);
VtrOneDb.clear();
m_LstDBInfo.push_back(pNewSQLType);
pNewSQLType = NULL;
}
}
VtrOneDb.push_back(strLineTmp);
VtrIterTable++;
if (VtrOneTable.end() == VtrIterTable)
{
CSQLType* pNewSQLType = new CSQLType();
nFunRes = pNewSQLType->analyzeData(VtrOneDb);
VtrOneDb.clear();
m_LstDBInfo.push_back(pNewSQLType);
pNewSQLType = NULL;
}
if (0 != nFunRes)
{
nFunRes = -1;
return nFunRes;
}
}//while
return nFunRes;
}
