How to use Tinyxml for G85 wafermap to C?

[thyeun]

Anyone have an idea how to use tinyxml for G85 wafermap to C?

<?xml version='1.0' encoding='utf-8'?>
- <Maps>
- <Map xmlns="http://www.semi.org" SubstrateId="123456705F2" SubstrateType="Wafer"
FormatRevision="SEMI G85-0703">
- <Device Rows="35" LotId="1234567.111" BinType="ASCII" Columns="40" MapType="Array"
NullBin="0" ProductId="MT*" WaferSize="200" CreateDate="20050117093925000" DeviceSizeX="4800.60"
DeviceSizeY="5484.12" MicronLotId="1234567.111" Orientation="0" SupplierName="Micron Technology,
Inc." OriginLocation="2">
<ReferenceDevice ReferenceDeviceX="27" ReferenceDeviceY="34"/>
<Bin BinCode="G" BinCount="830" BinQuality="Pass"/>
<Bin BinCode="X" BinCount="255" BinQuality="Fail"/>
- <Data>
-<Row><![CDATA[00000000000000XXXXGXXGGGXX00000000000000]]></Row>
-<Row><![CDATA[000000000000XXXGGXXGXGGXGGGX000000000000]]></Row>
-<Row><![CDATA[0000000000XGXGGGGGGGGXXXGGGGGX0000000000]]></Row>
-<Row><![CDATA[00000000GGGGGXGGGGGXGXGGGGGXGGXX00000000]]></Row>
-<Row><![CDATA[000000XGXGGGGGGGGGGGGGGGGGGGGGGGG0000000]]></Row>
-<Row><![CDATA[00000XXXGXXXGGGGGGGGXXGGGXGGGGGGGGX00000]]></Row>
-<Row><![CDATA[0000XXGGGGGGGGGGGGGGGGGGGGGGGGGGGGX00000]]></Row>
-<Row><![CDATA[0000GGGGGXGGGGGGGGGGGGGGXGGGXGGGGGGX0000]]></Row>
-<Row><![CDATA[000GGGGGGGGGGGGGGGGGGGGGGXGGGGGXGGXGX000]]></Row>
-<Row><![CDATA[00XXGGGGXGGXGGGGGGGXGGGGGXXGGGGGGXXGGX00]]></Row>
-<Row><![CDATA[00GGGGGGXGXGGGGGGGGGGGGGGGGXXGGXGGGGGG00]]></Row>
-<Row><![CDATA[0XGGGGXGGXGGXGGGGGGGGGGGGGGGGGGGGGGGGGX0]]></Row>
-<Row><![CDATA[0GGGXXGGGXXXGGGGGGGGGGGGGGXGGXGGGXXGGGX0]]></Row>
-<Row><![CDATA[0XGGGGGGGGGXGGGGGGGGGXGGGGXXGGGGGGGGGGG0]]></Row>
-<Row><![CDATA[XGGGGGGGGGGXGGGXGGXGGGGGXGXXGGGGGGGGXGGX]]></Row>
-<Row><![CDATA[XGGGGGGGXGXXGGGGGGGGGGGGGGXGGXGGGXGGXGGX]]></Row>
-<Row><![CDATA[XGGGGGGXXGGXGGGGGGGXXGGGXGGXGXXGGXGXXGGX]]></Row>
-<Row><![CDATA[XGXGGGGGXGXXXXGGGGGXXGGGXXXXXXXGXGGGGGGX]]></Row>
-<Row><![CDATA[XGGGXGGGGGXGGGGGGGGGXGGGXXGGGXXGGGGGGGGX]]></Row>
-<Row><![CDATA[XGXGXGGGGGGXGGGXGGGGGGXGGGGGXXGGGGGGGGGX]]></Row>
-<Row><![CDATA[XGGGGGGGXXGGGGGGXGGXGGGXGGGGXGGGGGGGGXGX]]></Row>
-<Row><![CDATA[0GXGGGGGGGGGGGGGXGGGGGGGGGGGGGGXGGGGGGG0]]></Row>
-<Row><![CDATA[0GXGGGGGGGGGGGGGGGGGGXGGGGGGXXGXGXGGGGX0]]></Row>
-<Row><![CDATA[0XXGGGGGGGGGGGXGGGGGGGGGGGGGGGXXGGGXGG00]]></Row>
-<Row><![CDATA[00GGGGGGGGGGGGGGGGGGGGXGGGXGGGXGGGGGGX00]]></Row>
-<Row><![CDATA[000GGGGGGGGGGGGGGGXGGGGGGXGGGGXGXGGGG000]]></Row>
-<Row><![CDATA[000XGGGGXGGGGGGGGGGGGXGGGGGGGGGXGGGGX000]]></Row>
-<Row><![CDATA[00000XGGGGGGGGGGGGGGXXGGGGGGXXXGGGXX0000]]></Row>
-<Row><![CDATA[00000XGGGGGGXXGGGGGGGGGGGXGXGGGXXGX00000]]></Row>
-<Row><![CDATA[000000GGGXGGGGGGGGGGXXGGGGGXXGGXXX000000]]></Row>
-<Row><![CDATA[0000000XXGGGGGGGGGGGXGGXGGXXXGXGX0000000]]></Row>
-<Row><![CDATA[000000000GGGGXXGXGGGGGGGGGXGGXX000000000]]></Row>
-<Row><![CDATA[00000000000XXXGGGGGGGGXXGGXGXX0000000000]]></Row>
-<Row><![CDATA[0000000000000XXGGGXXXXGXXXX0000000000000]]></Row>
-<Row><![CDATA[0000000000000000XXXXXXX00000000000000000]]></Row>
</Data>
</Device>
</Map>
</Maps>
 

[thyeun]

bool G85MapParser::ReadHeaderData()
{
        CString csFormatRevision;
        CString csRow;
        CString csBintype;
 
        TiXmlElement *pRoot, *pDevice, *pMap, *pData, *pRow;
        TiXmlText *pRowData;
        TiXmlAttribute *pFormatRevision, *pwaferId, *psubstrateId, *pLotId, *pOrientation, *pFrameId, *pRows, *pColumns, *pOriginLocation, *pNullBin, *pBinType, *pBinQuality, *pBinCode, *pReference, *pBin; 
 
        pRoot = m_pXMLFile->RootElement(); //maps
        if ( pRoot!=NULL && (m_pNode=pRoot->FirstChild("Maps"))!=NULL )
        {
            pMap = pRoot->FirstChildElement("Map");
            while (pMap)
            {
                pFormatRevision = pMap->FirstAttribute();
                if (pFormatRevision)
                {    
                    csFormatRevision = pFormatRevision->Value();
                    if (csFormatRevision == "SEMI G85-1101")
                    {
                        pwaferId = pMap->FirstAttribute();
                        pwaferId->Value();
                    }
                    else 
                    {    if (csFormatRevision == "SEMI G85-0703")
                        {
                            psubstrateId = pMap->FirstAttribute();
                            psubstrateId->Value();
                            pwaferId = pMap->FirstAttribute();
                            if (pwaferId)
                            {
                                pwaferId->Value();
                                //pwaferId->GetNewObject(pwaferId);
                            }
                        }
                    }
                    //pFormatRevision->GetNewObject(pFormatRevision);
                }
 
                pDevice = pMap->FirstChildElement("Device");
                while (pDevice)
                {
                    pLotId = pDevice->FirstAttribute();
                    if (pLotId)
                    {
                        pLotId->Value();
                        //pLotId->GetNewObject(pLotId);
                    }
 
                    pOrientation = pDevice->FirstAttribute();
                    if (pOrientation)
                    {
                        pOrientation->Value();
                        //pOrientation->GetNewObject(pOrientation);
                    }
 
                    pFrameId = pDevice->FirstAttribute();
                    if (pFrameId)
                    {
                        pFrameId->Value();
                        //pFrameId->GetNewObject(pFrameId);
                    }
 
                    pRows = pDevice->FirstAttribute();
                    if (pRows)
                    {
                        pRows->Value();
                        //pRows->GetNewObject(pRows);
                    }
 
                    pReference = pDevice->FirstAttribute();
                    if (pReference)
                        {
                            pReference->Value();
                        }
 
                    pBin = pDevice->FirstAttribute();
                    if (pBin)
                    {
                        pBin->Value();
                    }
 
                    pColumns = pDevice->FirstAttribute();
                    if (pColumns)
                    {
                        pColumns->Value();
                        //pColumns->GetNewObject(pColumns);
                    }
 
                    pOriginLocation = pDevice->FirstAttribute();
                    if (pOriginLocation)
                    {
                        pOriginLocation->Value();
                        //pOriginLocation->GetNewObject(pOriginLocation);
                    }
 
 
                    pNullBin = pDevice->FirstAttribute();
                    if (pNullBin)
                    {
                        pNullBin->Value();
                        //pNullBin->GetNewObject(pNullBin);
                    }
 
                    pBinType = pDevice->FirstAttribute();
                    if (pBinType)
                    {
                        csBintype = pBinType->Value();
                        if (csBintype = "HEXADECIMAL")
                        {
                            m_BCType = BC_HEX;
                            m_pXMLFile->LoadDocument(m_MapFile.buffer());
                        }
                        else 
                        {
                            if (csBintype = "DECIMAL")
                            {
                                m_BCType = BC_DEC;
                                m_pXMLFile->LoadDocument(m_MapFile.buffer());
                            }
                            else
                            {
                                SetError("wrong file name");
                            }
 
                            SetError("wrong file name");
                        }
 
                        //pBinType->GetNewObject(pBinType);
                    }
 
                    pBinQuality = pDevice->FirstAttribute();
                    if (pBinQuality)
                    {
                        pBinQuality->Value();
                        pBinCode = pDevice->FirstAttribute();
                        //pBinQuality = pDevice->GetNewObject(pBinQuality);
                        break;
                    }
 
                    pData = pDevice->FirstChildElement("Data");
                    pRow = NULL;
                    pRowData = NULL;
                    while(pRow = pData->FirstChildElement("Row"))
                    {
                        pRowData = pRow->FirstChild()->ToText();
                        if ( pRowData )
                        {
                            pRowData->SetCDATA(false);
                            csRow = pRowData->Value();
                        }
                    }
        }
    }
}
 
    else
    {
        SetError("Parsing error: 6", APARS_ERR_PARSERR, "1 6");
        return false;
    }
 
    return true;
}

can i write it like that

[jkmyoung]

What is this "G85 wafermap" you speak of? Spec?

[thyeun]

@jkmyoung
G85 = a standard of SEMI (semiconductor industry)

so G85 wafermap = a map that use for a wafer to pick-up a die and this file is based on an extension *.xml

so, what i need is, i need to make this *.xml file into a parser that write in C/C++