/**
* If the XPath is, for example, /Node1/Node2/Node3 and /Node1/Node2 is the common XPath for the table, the local XPath is /Node3
*
* @return the local XPath
*/
public String GetLocalXPath()
{
StringBuilder localXPath = new StringBuilder();
int numberOfCommonXPathAxis = table.GetCommonXpath().Split(new char[] { '/' }).Length - 1;
String[] xPathTokens = ctXmlColumnPr.xpath.Split(new char[] { '/' });
for (int i = numberOfCommonXPathAxis; i < xPathTokens.Length; i++)
{
localXPath.Append("/" + xPathTokens[i]);
}
return(localXPath.ToString());
}
/**
* If the XPath is, for example, /Node1/Node2/Node3 and /Node1/Node2 is the common XPath for the table, the local XPath is /Node3
*
* @return the local XPath
*/
public String GetLocalXPath()
{
String localXPath = "";
int numberOfCommonXPathAxis = table.GetCommonXpath().Split(new char[] { '/' }).Length - 1;
String[] xPathTokens = ctXmlColumnPr.xpath.Split(new char[] { '/' });
for (int i = numberOfCommonXPathAxis; i < xPathTokens.Length; i++)
{
localXPath += "/" + xPathTokens[i];
}
return(localXPath);
}
public void ExportToXML(Stream os, string encoding, bool validate)
{
List <XSSFSingleXmlCell> relatedSingleXmlCell = this.map.GetRelatedSingleXMLCell();
List <XSSFTable> relatedTables = this.map.GetRelatedTables();
string rootElement = this.map.GetCTMap().RootElement;
XmlDocument emptyDocument = this.GetEmptyDocument();
XmlElement xmlElement = !this.IsNamespaceDeclared() ? emptyDocument.CreateElement(rootElement) : emptyDocument.CreateElement(rootElement, this.GetNamespace());
emptyDocument.AppendChild((XmlNode)xmlElement);
List <string> stringList = new List <string>();
Dictionary <string, XSSFSingleXmlCell> dictionary1 = new Dictionary <string, XSSFSingleXmlCell>();
Dictionary <string, XSSFTable> dictionary2 = new Dictionary <string, XSSFTable>();
foreach (XSSFSingleXmlCell xssfSingleXmlCell in relatedSingleXmlCell)
{
stringList.Add(xssfSingleXmlCell.GetXpath());
dictionary1[xssfSingleXmlCell.GetXpath()] = xssfSingleXmlCell;
}
foreach (XSSFTable xssfTable in relatedTables)
{
string commonXpath = xssfTable.GetCommonXpath();
stringList.Add(commonXpath);
dictionary2[commonXpath] = xssfTable;
}
stringList.Sort();
foreach (string index in stringList)
{
XSSFSingleXmlCell xssfSingleXmlCell = !dictionary1.ContainsKey(index) ? (XSSFSingleXmlCell)null : dictionary1[index];
XSSFTable xssfTable = !dictionary2.ContainsKey(index) ? (XSSFTable)null : dictionary2[index];
if (!Regex.IsMatch(index, ".*\\[.*"))
{
if (xssfSingleXmlCell != null)
{
XSSFCell referencedCell = (XSSFCell)xssfSingleXmlCell.GetReferencedCell();
if (referencedCell != null)
{
XmlNode nodeByXpath = this.GetNodeByXPath(index, emptyDocument.FirstChild, emptyDocument, false);
ST_XmlDataType xmlDataType = xssfSingleXmlCell.GetXmlDataType();
this.mapCellOnNode(referencedCell, nodeByXpath, xmlDataType);
}
}
if (xssfTable != null)
{
List <XSSFXmlColumnPr> xmlColumnPrs = xssfTable.GetXmlColumnPrs();
XSSFSheet xssfSheet = xssfTable.GetXSSFSheet();
int num = xssfTable.GetStartCellReference().Row + 1;
int row1 = xssfTable.GetEndCellReference().Row;
for (int rownum = num; rownum <= row1; ++rownum)
{
XSSFRow row2 = (XSSFRow)xssfSheet.GetRow(rownum);
XmlNode nodeByXpath1 = this.GetNodeByXPath(xssfTable.GetCommonXpath(), emptyDocument.FirstChild, emptyDocument, true);
short col = xssfTable.GetStartCellReference().Col;
for (int cellnum = (int)col; cellnum <= (int)xssfTable.GetEndCellReference().Col; ++cellnum)
{
XSSFCell cell = (XSSFCell)row2.GetCell(cellnum);
if (cell != null)
{
XSSFXmlColumnPr xssfXmlColumnPr = xmlColumnPrs[cellnum - (int)col];
XmlNode nodeByXpath2 = this.GetNodeByXPath(xssfXmlColumnPr.GetLocalXPath(), nodeByXpath1, emptyDocument, false);
ST_XmlDataType xmlDataType = xssfXmlColumnPr.GetXmlDataType();
this.mapCellOnNode(cell, nodeByXpath2, xmlDataType);
}
}
}
}
}
}
bool flag = true;
if (validate)
{
flag = this.IsValid(emptyDocument);
}
if (!flag)
{
return;
}
using (XmlWriter w = XmlWriter.Create(os, new XmlWriterSettings()
{
Indent = true, Encoding = Encoding.GetEncoding(encoding)
}))
emptyDocument.WriteTo(w);
}
