/// <summary>
/// Ctor
/// </summary>
/// <param name="xlsContext">The excel context object</param>
public WindowMapping(ExcelContext xlsContext, ChartsheetPart chartsheetPart, int window1Id, bool isChartsheetSubstream)
: base(chartsheetPart.XmlWriter)
{
this._xlsContext = xlsContext;
this._chartsheetPart = chartsheetPart;
this._window1Id = window1Id;
this._isChartsheetSubstream = isChartsheetSubstream;
}
public DrawingMapping(ExcelContext xlsContext, DrawingsPart targetPart, bool isChartsheet)
: base(targetPart.XmlWriter)
{
this._xlsContext = xlsContext;
this._drawingsPart = targetPart;
this._isChartsheet = isChartsheet;
}
public static void Convert(XlsDocument xls, SpreadsheetDocument spreadsheetDocument)
{
//Setup the writer
var xws = new XmlWriterSettings
{
CloseOutput = true,
Encoding = Encoding.UTF8,
ConformanceLevel = ConformanceLevel.Document
};
var xlsContext = new ExcelContext(xls, xws)
{
SpreadDoc = spreadsheetDocument
};
// convert the shared string table
if (xls.WorkBookData.SstData != null)
{
xls.WorkBookData.SstData.Convert(new SSTMapping(xlsContext));
}
// create the styles.xml
if (xls.WorkBookData.styleData != null)
{
xls.WorkBookData.styleData.Convert(new StylesMapping(xlsContext));
}
int sbdnumber = 1;
foreach (var sbd in xls.WorkBookData.supBookDataList)
{
if (!sbd.SelfRef)
{
sbd.Number = sbdnumber;
sbdnumber++;
sbd.Convert(new ExternalLinkMapping(xlsContext));
}
}
xls.WorkBookData.Convert(new WorkbookMapping(xlsContext, spreadsheetDocument.WorkbookPart));
// convert the macros
if (spreadsheetDocument.DocType == OpenXmlPackage.DocumentType.MacroEnabledDocument ||
spreadsheetDocument.DocType == OpenXmlPackage.DocumentType.MacroEnabledTemplate)
{
xls.Convert(new MacroBinaryMapping(xlsContext));
}
}
public SeriesMapping(ExcelContext workbookContext, ChartContext chartContext)
: base(workbookContext, chartContext)
{
}
public ValMapping(ExcelContext workbookContext, ChartContext chartContext, string parentElement)
: base(workbookContext, chartContext)
{
this._parentElement = parentElement;
}
/// <summary>
/// Ctor
/// </summary>
/// <param name="xlsContext">The excel context object</param>
public WorkbookMapping(ExcelContext xlsContext, WorkbookPart workbookPart)
: base(workbookPart.XmlWriter)
{
this._xlsContext = xlsContext;
this._workbookPart = workbookPart;
}
/// <summary>
/// Ctor
/// </summary>
/// <param name="xlsContext">The excel context object</param>
public SSTMapping(ExcelContext xlsContext)
: base(XmlWriter.Create(xlsContext.SpreadDoc.WorkbookPart.AddSharedStringPart().GetStream(), xlsContext.WriterSettings))
{
this.xlsContext = xlsContext;
}
public ExcelMapping(ExcelContext xlscon, OpenXmlPart targetPart)
: base(XmlWriter.Create(targetPart.GetStream(), xlscon.WriterSettings))
{
this.xlscon = xlscon;
}
public ShapePropertiesMapping(ExcelContext workbookContext, ChartContext chartContext)
: base(workbookContext, chartContext)
{
}
public ChartMapping(ExcelContext workbookContext, ChartContext chartContext)
: base(workbookContext, chartContext)
{
this._chartContext = chartContext;
}
/// <summary>
/// This static method is used to convert the ptgStack to the infixnotation
/// This method changes every Ptg***N** PtgRecord from a shared formula
/// </summary>
/// <param name="stack"></param>
/// <param name="xlsContext"></param>
/// <param name="rw">Row from the shared formula</param>
/// <param name="col">Column from the shared formula</param>
/// <returns></returns>
public static string mapFormula(Stack <AbstractPtg> stack, ExcelContext xlsContext, int rw, int col)
{
var resultStack = new Stack <string>();
try
{
var opStack = new Stack <AbstractPtg>(stack);
if (opStack.Count == 0)
{
throw new Exception();
}
while (opStack.Count != 0)
{
var ptg = opStack.Pop();
if (ptg is PtgInt || ptg is PtgNum || ptg is PtgBool || ptg is PtgMissArg || ptg is PtgErr)
{
resultStack.Push(ptg.getData());
}
else if (ptg is PtgRef)
{
var ptgref = (PtgRef)ptg;
int realCol = ptgref.col;
int realRw = ptgref.rw + 1;
if (ptgref.colRelative)
{
realCol += col;
}
if (ptgref.rwRelative)
{
realRw += rw;
}
resultStack.Push(ExcelHelperClass.intToABCString(realCol, (realRw).ToString(), ptgref.colRelative, ptgref.rwRelative));
}
else if (ptg is PtgRefN)
{
var ptgrefn = (PtgRefN)ptg;
int realCol = (int)ptgrefn.col;
int realRw;
if (ptgrefn.colRelative)
{
realCol += col;
}
if (realCol >= 0xFF)
{
realCol -= 0x0100;
}
if (ptgrefn.rwRelative)
{
realRw = (short)ptgrefn.rw + 1;
realRw += rw;
}
else
{
realRw = ptgrefn.rw + 1;
}
resultStack.Push(ExcelHelperClass.intToABCString(realCol, (realRw).ToString(), ptgrefn.colRelative, ptgrefn.rwRelative));
}
else if (ptg is PtgUplus || ptg is PtgUminus)
{
string buffer = "";
if (ptg.PopSize() > resultStack.Count)
{
throw new ExtractorException(ExtractorException.PARSEDFORMULAEXCEPTION);
}
buffer = ptg.getData() + resultStack.Pop();
resultStack.Push(buffer);
}
else if (ptg is PtgParen)
{
string buffer = "";
if (ptg.PopSize() > resultStack.Count)
{
throw new ExtractorException(ExtractorException.PARSEDFORMULAEXCEPTION);
}
buffer = "(" + resultStack.Pop() + ")";
resultStack.Push(buffer);
}
else if (ptg is PtgPercent)
{
string buffer = "";
if (ptg.PopSize() > resultStack.Count)
{
throw new ExtractorException(ExtractorException.PARSEDFORMULAEXCEPTION);
}
buffer = resultStack.Pop() + ptg.getData();
resultStack.Push(buffer);
}
else if (ptg is PtgAdd || ptg is PtgDiv || ptg is PtgMul ||
ptg is PtgSub || ptg is PtgPower || ptg is PtgGt ||
ptg is PtgGe || ptg is PtgLt || ptg is PtgLe ||
ptg is PtgEq || ptg is PtgNe || ptg is PtgConcat ||
ptg is PtgUnion || ptg is PtgIsect
)
{
string buffer = "";
if (ptg.PopSize() > resultStack.Count)
{
throw new ExtractorException(ExtractorException.PARSEDFORMULAEXCEPTION);
}
buffer = ptg.getData() + resultStack.Pop();
buffer = resultStack.Pop() + buffer;
resultStack.Push(buffer);
}
else if (ptg is PtgStr)
{
resultStack.Push("\"" + ptg.getData() + "\"");
}
else if (ptg is PtgArea)
{
string buffer = "";
var ptgarea = (PtgArea)ptg;
buffer = ExcelHelperClass.intToABCString((int)ptgarea.colFirst, (ptgarea.rwFirst + 1).ToString(), ptgarea.colFirstRelative, ptgarea.rwFirstRelative);
buffer = buffer + ":" + ExcelHelperClass.intToABCString((int)ptgarea.colLast, (ptgarea.rwLast + 1).ToString(), ptgarea.colLastRelative, ptgarea.rwLastRelative);
resultStack.Push(buffer);
}
else if (ptg is PtgAreaN)
{
string buffer = "";
var ptgarean = (PtgAreaN)ptg;
int realRwFirst;
int realRwLast;
int realColFirst = (int)ptgarean.colFirst;
int realColLast = (int)ptgarean.colLast;
if (ptgarean.colFirstRelative)
{
realColFirst += col;
}
if (realColFirst >= 0xFF)
{
realColFirst -= 0x0100;
}
if (ptgarean.colLastRelative)
{
realColLast += col;
}
if (realColLast >= 0xFF)
{
realColLast -= 0x0100;
}
if (ptgarean.rwFirstRelative)
{
realRwFirst = (short)ptgarean.rwFirst + 1;
realRwFirst += rw;
}
else
{
realRwFirst = ptgarean.rwFirst + 1;
}
if (ptgarean.rwLastRelative)
{
realRwLast = (short)ptgarean.rwLast + 1;
realRwLast += rw;
}
else
{
realRwLast = ptgarean.rwLast + 1;
}
buffer = ExcelHelperClass.intToABCString(realColFirst, (realRwFirst).ToString(), ptgarean.colFirstRelative, ptgarean.rwFirstRelative);
buffer = buffer + ":" + ExcelHelperClass.intToABCString(realColLast, (realRwLast).ToString(), ptgarean.colLastRelative, ptgarean.rwLastRelative);
resultStack.Push(buffer);
}
else if (ptg is PtgAttrSum)
{
string buffer = "";
var ptgref = (PtgAttrSum)ptg;
buffer = ptg.getData() + "(" + resultStack.Pop() + ")";
resultStack.Push(buffer);
}
else if (ptg is PtgAttrIf || ptg is PtgAttrGoto || ptg is PtgAttrSemi ||
ptg is PtgAttrChoose || ptg is PtgAttrSpace)
{
}
else if (ptg is PtgExp)
{
var ptgexp = (PtgExp)ptg;
var newptgstack = ((WorkSheetData)xlsContext.CurrentSheet).getArrayData(ptgexp.rw, ptgexp.col);
resultStack.Push(FormulaInfixMapping.mapFormula(newptgstack, xlsContext));
((WorkSheetData)xlsContext.CurrentSheet).setFormulaUsesArray(ptgexp.rw, ptgexp.col);
}
else if (ptg is PtgRef3d)
{
try
{
var ptgr3d = (PtgRef3d)ptg;
string refstring = ExcelHelperClass.EscapeFormulaString(xlsContext.XlsDoc.WorkBookData.getIXTIString(ptgr3d.ixti));
string cellref = ExcelHelperClass.intToABCString((int)ptgr3d.col, (ptgr3d.rw + 1).ToString(), ptgr3d.colRelative, ptgr3d.rwRelative);
resultStack.Push("'" + refstring + "'" + "!" + cellref);
}
catch (Exception)
{
resultStack.Push("#REF!");
}
}
else if (ptg is PtgArea3d)
{
try
{
var ptga3d = (PtgArea3d)ptg;
string refstring = ExcelHelperClass.EscapeFormulaString(xlsContext.XlsDoc.WorkBookData.getIXTIString(ptga3d.ixti));
string buffer = "";
buffer = ExcelHelperClass.intToABCString((int)ptga3d.colFirst, (ptga3d.rwFirst + 1).ToString(), ptga3d.colFirstRelative, ptga3d.rwFirstRelative);
buffer = buffer + ":" + ExcelHelperClass.intToABCString((int)ptga3d.colLast, (ptga3d.rwLast + 1).ToString(), ptga3d.colLastRelative, ptga3d.rwLastRelative);
resultStack.Push("'" + refstring + "'!" + buffer);
}
catch (Exception)
{
resultStack.Push("#REF!");
}
}
else if (ptg is PtgNameX)
{
var ptgnx = (PtgNameX)ptg;
string opstring = xlsContext.XlsDoc.WorkBookData.getExternNameByRef(ptgnx.ixti, ptgnx.nameindex);
resultStack.Push(opstring);
}
else if (ptg is PtgName)
{
var ptgn = (PtgName)ptg;
string opstring = xlsContext.XlsDoc.WorkBookData.getDefinedNameByRef(ptgn.nameindex);
resultStack.Push(opstring);
}
else if (ptg is PtgRefErr)
{
var ptgreferr = (PtgRefErr)ptg;
resultStack.Push(ptgreferr.getData());
}
else if (ptg is PtgRefErr3d)
{
try
{
var ptgreferr3d = (PtgRefErr3d)ptg;
string refstring = ExcelHelperClass.EscapeFormulaString(xlsContext.XlsDoc.WorkBookData.getIXTIString(ptgreferr3d.ixti));
resultStack.Push("'" + refstring + "'" + "!" + ptgreferr3d.getData());
}
catch (Exception)
{
resultStack.Push("#REF!");
}
}
else if (ptg is PtgAreaErr3d)
{
try
{
var ptgareaerr3d = (PtgAreaErr3d)ptg;
string refstring = ExcelHelperClass.EscapeFormulaString(xlsContext.XlsDoc.WorkBookData.getIXTIString(ptgareaerr3d.ixti));
resultStack.Push("'" + refstring + "'" + "!" + ptgareaerr3d.getData());
}
catch (Exception)
{
resultStack.Push("#REF!");
}
}
else if (ptg is PtgFunc)
{
var ptgf = (PtgFunc)ptg;
var value = (FtabValues)ptgf.tab;
string buffer = value.ToString();
buffer.Replace("_", ".");
// no param
if (value == FtabValues.NA || value == FtabValues.PI ||
value == FtabValues.TRUE || value == FtabValues.FALSE ||
value == FtabValues.RAND || value == FtabValues.NOW ||
value == FtabValues.TODAY
)
{
buffer += "()";
}
// One param
else if (value == FtabValues.ISNA || value == FtabValues.ISERROR ||
value == FtabValues.SIN || value == FtabValues.COS ||
value == FtabValues.TAN || value == FtabValues.ATAN ||
value == FtabValues.SQRT || value == FtabValues.EXP ||
value == FtabValues.LN || value == FtabValues.LOG10 ||
value == FtabValues.ABS || value == FtabValues.INT ||
value == FtabValues.SIGN || value == FtabValues.LEN ||
value == FtabValues.VALUE || value == FtabValues.NOT ||
value == FtabValues.DAY || value == FtabValues.MONTH ||
value == FtabValues.YEAR || value == FtabValues.HOUR ||
value == FtabValues.MINUTE || value == FtabValues.SECOND ||
value == FtabValues.AREAS || value == FtabValues.ROWS ||
value == FtabValues.COLUMNS || value == FtabValues.TRANSPOSE ||
value == FtabValues.TYPE || value == FtabValues.ASIN ||
value == FtabValues.ACOS || value == FtabValues.ISREF ||
value == FtabValues.CHAR || value == FtabValues.LOWER ||
value == FtabValues.UPPER || value == FtabValues.PROPER ||
value == FtabValues.TRIM || value == FtabValues.CODE ||
value == FtabValues.ISERR || value == FtabValues.ISTEXT ||
value == FtabValues.ISNUMBER || value == FtabValues.ISBLANK ||
value == FtabValues.T || value == FtabValues.N ||
value == FtabValues.DATEVALUE || value == FtabValues.TIMEVALUE ||
value == FtabValues.CLEAN || value == FtabValues.MDETERM ||
value == FtabValues.MINVERSE || value == FtabValues.FACT ||
value == FtabValues.ISNONTEXT || value == FtabValues.ISLOGICAL ||
value == FtabValues.LENB || value == FtabValues.DBCS ||
value == FtabValues.SINH || value == FtabValues.COSH ||
value == FtabValues.TANH || value == FtabValues.ASINH ||
value == FtabValues.ACOSH || value == FtabValues.ATANH ||
value == FtabValues.INFO || value == FtabValues.ERROR_TYPE ||
value == FtabValues.GAMMALN || value == FtabValues.EVEN ||
value == FtabValues.FISHER || value == FtabValues.FISHERINV ||
value == FtabValues.NORMSDIST || value == FtabValues.NORMSINV ||
value == FtabValues.ODD || value == FtabValues.RADIANS ||
value == FtabValues.DEGREES || value == FtabValues.COUNTBLANK ||
value == FtabValues.DATESTRING || value == FtabValues.PHONETIC
)
{
buffer += "(" + resultStack.Pop() + ")";
}
// two params
else if (value == FtabValues.ROUND || value == FtabValues.REPT ||
value == FtabValues.MOD || value == FtabValues.TEXT ||
value == FtabValues.ATAN2 || value == FtabValues.EXACT ||
value == FtabValues.MMULT || value == FtabValues.ROUNDUP ||
value == FtabValues.ROUNDDOWN || value == FtabValues.FREQUENCY ||
value == FtabValues.CHIDIST || value == FtabValues.CHIINV ||
value == FtabValues.COMBIN || value == FtabValues.FLOOR ||
value == FtabValues.CEILING || value == FtabValues.PERMUT ||
value == FtabValues.SUMXMY2 || value == FtabValues.SUMX2MY2 ||
value == FtabValues.SUMX2PY2 || value == FtabValues.CHITEST ||
value == FtabValues.CORREL || value == FtabValues.COVAR ||
value == FtabValues.FTEST || value == FtabValues.INTERCEPT ||
value == FtabValues.PEARSON || value == FtabValues.RSQ ||
value == FtabValues.STEYX || value == FtabValues.SLOPE ||
value == FtabValues.LARGE || value == FtabValues.SMALL ||
value == FtabValues.QUARTILE || value == FtabValues.PERCENTILE ||
value == FtabValues.TRIMMEAN || value == FtabValues.TINV ||
value == FtabValues.POWER || value == FtabValues.COUNTIF ||
value == FtabValues.NUMBERSTRING
)
{
buffer += "(";
string buffer2 = resultStack.Pop();
buffer2 = resultStack.Pop() + "," + buffer2;
buffer += buffer2 + ")";
}
// Three params
else if (value == FtabValues.MID || value == FtabValues.DCOUNT ||
value == FtabValues.DSUM || value == FtabValues.DAVERAGE ||
value == FtabValues.DMIN || value == FtabValues.DMAX ||
value == FtabValues.DSTDEV || value == FtabValues.DVAR ||
value == FtabValues.MIRR || value == FtabValues.DATE ||
value == FtabValues.TIME || value == FtabValues.SLN ||
value == FtabValues.DPRODUCT || value == FtabValues.DSTDEVP ||
value == FtabValues.DVARP || value == FtabValues.DCOUNTA ||
value == FtabValues.MIDB || value == FtabValues.DGET ||
value == FtabValues.CONFIDENCE || value == FtabValues.CRITBINOM ||
value == FtabValues.EXPONDIST || value == FtabValues.FDIST
|| value == FtabValues.FINV || value == FtabValues.GAMMAINV ||
value == FtabValues.LOGNORMDIST || value == FtabValues.LOGINV ||
value == FtabValues.NEGBINOMDIST || value == FtabValues.NORMINV ||
value == FtabValues.STANDARDIZE || value == FtabValues.POISSON ||
value == FtabValues.TDIST || value == FtabValues.FORECAST
)
{
buffer += "(";
string buffer2 = resultStack.Pop();
buffer2 = resultStack.Pop() + "," + buffer2;
buffer2 = resultStack.Pop() + "," + buffer2;
buffer += buffer2 + ")";
}
// four params
else if (value == FtabValues.REPLACE || value == FtabValues.SYD ||
value == FtabValues.REPLACEB || value == FtabValues.BINOMDIST ||
value == FtabValues.GAMMADIST || value == FtabValues.HYPGEOMDIST ||
value == FtabValues.NORMDIST || value == FtabValues.WEIBULL ||
value == FtabValues.TTEST || value == FtabValues.ISPMT
)
{
buffer += "(";
string buffer2 = resultStack.Pop();
buffer2 = resultStack.Pop() + "," + buffer2;
buffer2 = resultStack.Pop() + "," + buffer2;
buffer2 = resultStack.Pop() + "," + buffer2;
buffer += buffer2 + ")";
}
if ((int)value != 0xff)
{
}
resultStack.Push(buffer);
}
else if (ptg is PtgFuncVar)
{
var ptgfv = (PtgFuncVar)ptg;
// is Ftab or Cetab
if (!ptgfv.fCelFunc)
{
var value = (FtabValues)ptgfv.tab;
string buffer = value.ToString();
buffer.Replace("_", ".");
// 1 to x parameter
if (value == FtabValues.COUNT || value == FtabValues.IF ||
value == FtabValues.ISNA || value == FtabValues.ISERROR ||
value == FtabValues.AVERAGE || value == FtabValues.MAX ||
value == FtabValues.MIN || value == FtabValues.SUM ||
value == FtabValues.ROW || value == FtabValues.COLUMN ||
value == FtabValues.NPV || value == FtabValues.STDEV ||
value == FtabValues.DOLLAR || value == FtabValues.FIXED ||
value == FtabValues.SIN || value == FtabValues.COS ||
value == FtabValues.LOOKUP || value == FtabValues.INDEX ||
value == FtabValues.AND || value == FtabValues.OR ||
value == FtabValues.VAR || value == FtabValues.LINEST ||
value == FtabValues.TREND || value == FtabValues.LOGEST ||
value == FtabValues.GROWTH || value == FtabValues.PV ||
value == FtabValues.FV || value == FtabValues.NPER ||
value == FtabValues.PMT || value == FtabValues.RATE ||
value == FtabValues.IRR || value == FtabValues.MATCH ||
value == FtabValues.WEEKDAY || value == FtabValues.OFFSET ||
value == FtabValues.ARGUMENT || value == FtabValues.SEARCH ||
value == FtabValues.CHOOSE || value == FtabValues.HLOOKUP ||
value == FtabValues.VLOOKUP || value == FtabValues.LOG ||
value == FtabValues.LEFT || value == FtabValues.RIGHT ||
value == FtabValues.SUBSTITUTE || value == FtabValues.FIND ||
value == FtabValues.CELL || value == FtabValues.DDB ||
value == FtabValues.INDIRECT || value == FtabValues.IPMT ||
value == FtabValues.PPMT || value == FtabValues.COUNTA ||
value == FtabValues.PRODUCT || value == FtabValues.STDEVP ||
value == FtabValues.VARP || value == FtabValues.TRUNC ||
value == FtabValues.USDOLLAR || value == FtabValues.FINDB ||
value == FtabValues.SEARCHB || value == FtabValues.LEFTB ||
value == FtabValues.RIGHTB || value == FtabValues.RANK ||
value == FtabValues.ADDRESS || value == FtabValues.DAYS360 ||
value == FtabValues.VDB || value == FtabValues.MEDIAN ||
value == FtabValues.PRODUCT || value == FtabValues.DB ||
value == FtabValues.AVEDEV || value == FtabValues.BETADIST ||
value == FtabValues.BETAINV || value == FtabValues.PROB ||
value == FtabValues.DEVSQ || value == FtabValues.GEOMEAN ||
value == FtabValues.HARMEAN || value == FtabValues.SUMSQ ||
value == FtabValues.KURT || value == FtabValues.SKEW ||
value == FtabValues.ZTEST || value == FtabValues.PERCENTRANK ||
value == FtabValues.MODE || value == FtabValues.CONCATENATE ||
value == FtabValues.SUBTOTAL || value == FtabValues.SUMIF ||
value == FtabValues.ROMAN || value == FtabValues.GETPIVOTDATA ||
value == FtabValues.HYPERLINK || value == FtabValues.AVERAGEA ||
value == FtabValues.MAXA || value == FtabValues.MINA ||
value == FtabValues.STDEVPA || value == FtabValues.VARPA ||
value == FtabValues.STDEVA || value == FtabValues.VARA
)
{
buffer += "(";
string buffer2 = resultStack.Pop();
for (int i = 1; i < ptgfv.cparams; i++)
{
buffer2 = resultStack.Pop() + "," + buffer2;
}
buffer += buffer2 + ")";
resultStack.Push(buffer);
}
else if ((int)value == 0xFF)
{
buffer = "(";
string buffer2 = resultStack.Pop();
for (int i = 1; i < ptgfv.cparams - 1; i++)
{
buffer2 = resultStack.Pop() + "," + buffer2;
}
buffer += buffer2 + ")";
// take the additional Operator from the Operandstack
buffer = resultStack.Pop() + buffer;
resultStack.Push(buffer);
}
}
}
else if (ptg is PtgMemFunc)
{
string value;
value = FormulaInfixMapping.mapFormula(((PtgMemFunc)ptg).ptgStack, xlsContext);
resultStack.Push(value);
}
}
}
catch (Exception ex)
{
TraceLogger.DebugInternal(ex.Message.ToString());
resultStack.Push("");
}
if (resultStack.Count == 0)
{
resultStack.Push("");
}
return(resultStack.Pop());
}
public PlotAreaMapping(ExcelContext workbookContext, ChartContext chartContext)
: base(workbookContext, chartContext)
{
}
public AbstractAxisMapping(ExcelContext workbookContext, ChartContext chartContext)
: base(workbookContext, chartContext)
{
}
public AbstractChartMapping(ExcelContext workbookContext, ChartContext chartContext)
: base(chartContext.ChartPart.XmlWriter)
{
this._workbookContext = workbookContext;
this._chartContext = chartContext;
}
public AbstractChartGroupMapping(ExcelContext workbookContext, ChartContext chartContext, bool is3DChart)
: base(workbookContext, chartContext)
{
this._is3DChart = is3DChart;
}
public TitleMapping(ExcelContext workbookContext, ChartContext chartContext)
: base(workbookContext, chartContext)
{
}
/// <summary>
/// Ctor
/// </summary>
/// <param name="xlsContext">The excel context object</param>
public ChartsheetMapping(ExcelContext xlsContext, ChartsheetPart targetPart)
: base(targetPart.XmlWriter)
{
this._xlsContext = xlsContext;
this._chartsheetPart = targetPart;
}
/// <summary>
/// Ctor
/// </summary>
/// <param name="xlsContext">The excel context object</param>
public ExternalLinkMapping(ExcelContext xlsContext)
: base(XmlWriter.Create(xlsContext.SpreadDoc.WorkbookPart.AddExternalLinkPart().GetStream(), xlsContext.WriterSettings))
{
this.xlsContext = xlsContext;
}
/// <summary>
/// This static method is used to convert the ptgStack to the infixnotation
/// Normal parsing without row and column changes
/// </summary>
/// <param name="stack"></param>
/// <param name="xlsContext"></param>
/// <returns></returns>
public static string mapFormula(Stack <AbstractPtg> stack, ExcelContext xlsContext)
{
return(FormulaInfixMapping.mapFormula(stack, xlsContext, 0, 0));
}
public MacroBinaryMapping(ExcelContext ctx)
: base(null)
{
this.ctx = ctx;
}
public DataLabelMapping(ExcelContext workbookContext, ChartContext chartContext, SeriesFormatSequence parentSeriesFormatSequence)
: base(workbookContext, chartContext)
{
this._seriesFormatSequence = parentSeriesFormatSequence;
}
public DataPointMapping(ExcelContext workbookContext, ChartContext chartContext, int index)
: base(workbookContext, chartContext)
{
this._index = index;
}
public LineChartMapping(ExcelContext workbookContext, ChartContext chartContext, bool is3DChart)
: base(workbookContext, chartContext, is3DChart)
{
}
public LayoutMapping(ExcelContext workbookContext, ChartContext chartContext)
: base(workbookContext, chartContext)
{
}
