private void ApplyWholeTableBackground(ref CellFormatData cfd)
{
cfd.FillData.ResetForegroundColour(cfd.FillData.BackGroundColour.m_type, cfd.FillData.BackGroundColour.m_colourValue);
}
private void ResetBackgroundFillThemeColour(string colourIndex, ref CellFormatData cfd)
{
int iColourIndex = Int32.Parse(colourIndex);
int i = 1;
foreach (KeyValuePair<string, SchemeColour> kvp in m_predefinedObjectsHelper.SchemeColours)
{
if (i == iColourIndex)
{
SchemeColour sc = kvp.Value;
if (sc.m_value == "windowText")
{
cfd.FillData.ResetBackgroundColour(ColourType.Indexed, ColourData.systemForeground);
}
else if (sc.m_value == "window")
{
cfd.FillData.ResetBackgroundColour(ColourType.Indexed, ColourData.systemBackground);
}
else
{
cfd.FillData.ResetBackgroundColour(ColourType.RGB, sc.m_value);
}
break;
}
i++;
}
}
private void ApplyFont(DxfStyleData dsd, ref CellFormatData cfd)
{
if (dsd.Font != null && dsd.Font.Colour.m_type != ColourType.NotSet)
{
cfd.ApplyFont = "1";
if (dsd.Font.Colour.m_type == ColourType.Theme)
{
ResetFontThemeColour(dsd.Font.Colour.m_colourValue, ref cfd);
}
}
}
private void ApplyFill(DxfStyleData dsd, ref CellFormatData cfd)
{
if (dsd.Fill != null && dsd.Fill.PatternFill != PatternType.None)
{
cfd.ApplyFill = ColourData.apply;
cfd.FillData.PatternFill = dsd.Fill.PatternFill;
if (dsd.Fill.ForeGroundColour.m_type == ColourType.Theme)
{
ResetForegroundFillThemeColour(dsd.Fill.ForeGroundColour.m_colourValue, ref cfd);
}
if (dsd.Fill.BackGroundColour.m_type == ColourType.Theme)
{
ResetBackgroundFillThemeColour(dsd.Fill.BackGroundColour.m_colourValue, ref cfd);
}
}
}
//the order they are applied is based on the Pt4 - language reference documentation
private void ApplyEachStyleInTurn(PredefinedTableData ptd, ref CellFormatData cfd)
{
if (m_currentTableStyle != ptd.StyleName)
{
m_currentTableStyle = ptd.StyleName;
m_currentTableFilter = new XlsxPredefinedTableXmlFilter(m_currentTableStyle, m_commonNamespaces);
m_currentTableFilter.Read();
}
if (m_currentTableFilter != null && m_currentTableFilter.TableStyleElements!=null && m_currentTableFilter.TableStyleElements.Count > 0)
{
if (m_currentTableFilter.TableStyleElements.ContainsKey("wholeTable"))
{
ApplyStyle(m_currentTableFilter.TableStyleElements["wholeTable"], ref cfd);
}
if ((ptd.CurrentCellStyle & TableCellStyle.firstColumnStripe) != 0)
{
ApplyStyle(m_currentTableFilter.TableStyleElements["firstColumnStripe"], ref cfd);
}
if ((ptd.CurrentCellStyle & TableCellStyle.firstRowStripe) != 0)
{
ApplyStyle(m_currentTableFilter.TableStyleElements["firstRowStripe"], ref cfd);
}
if ((ptd.CurrentCellStyle & TableCellStyle.lastColumn) != 0)
{
ApplyStyle(m_currentTableFilter.TableStyleElements["lastColumn"], ref cfd);
}
if ((ptd.CurrentCellStyle & TableCellStyle.firstColumn) != 0)
{
ApplyStyle(m_currentTableFilter.TableStyleElements["firstColumn"], ref cfd);
}
if ((ptd.CurrentCellStyle & TableCellStyle.headerRow) != 0)
{
ApplyStyle(m_currentTableFilter.TableStyleElements["headerRow"], ref cfd);
}
if ((ptd.CurrentCellStyle & TableCellStyle.totalRow) != 0)
{
ApplyStyle(m_currentTableFilter.TableStyleElements["totalRow"], ref cfd);
}
if (ptd.CurrentCellStyle == TableCellStyle.wholeTable)
{//if it is only whole table it uses the fill.background, so reset the foreground to this to simplify comparison
ApplyWholeTableBackground(ref cfd);
}
}
}
private void ApplyStyle(DxfStyleData dsd, ref CellFormatData cfd)
{
ApplyFont(dsd, ref cfd);
ApplyFill(dsd, ref cfd);
}
private void ApplyCurrentCellStyleOverride(ref CellFormatData cfd)
{
if (m_currentCellStyleBasedCFD != null)
{
if (m_currentCellStyleBasedCFD.ApplyFill == ColourData.apply)
{
cfd.FillData.PatternFill = m_currentCellStyleBasedCFD.FillData.PatternFill;
if ( m_currentCellStyleBasedCFD.FillData.BackGroundColour.m_type != ColourType.NotSet &&
!(m_currentCellStyleBasedCFD.FillData.BackGroundColour.m_type == ColourType.Indexed
&& (m_currentCellStyleBasedCFD.FillData.BackGroundColour.m_colourValue == ColourData.systemForeground ||
m_currentCellStyleBasedCFD.FillData.BackGroundColour.m_colourValue == ColourData.systemBackground)))
{
cfd.FillData.ResetBackgroundColour(m_currentCellStyleBasedCFD.FillData.BackGroundColour.m_type, m_currentCellStyleBasedCFD.FillData.BackGroundColour.m_colourValue);
}
if (m_currentCellStyleBasedCFD.FillData.ForeGroundColour.m_type != ColourType.NotSet &&
!(m_currentCellStyleBasedCFD.FillData.ForeGroundColour.m_type == ColourType.Indexed
&& (m_currentCellStyleBasedCFD.FillData.ForeGroundColour.m_colourValue == ColourData.systemForeground ||
m_currentCellStyleBasedCFD.FillData.ForeGroundColour.m_colourValue == ColourData.systemBackground)))
{
cfd.FillData.ResetForegroundColour(m_currentCellStyleBasedCFD.FillData.BackGroundColour.m_type, m_currentCellStyleBasedCFD.FillData.ForeGroundColour.m_colourValue);
}
}
if (m_currentCellStyleBasedCFD.ApplyFont == ColourData.apply)
{
if (m_currentCellStyleBasedCFD.FontData.Colour.m_type != ColourType.NotSet)
{
cfd.FontData.ResetColourData(m_currentCellStyleBasedCFD.FontData.Colour.m_type, m_currentCellStyleBasedCFD.FontData.Colour.m_colourValue);
}
}
cfd.FontData.FontSize = m_currentCellStyleBasedCFD.FontData.FontSize;
}
}
private void ResolveCurrentCellStyle(string cellRef, PredefinedTableData ptd)
{
CellFormatData cfd = new CellFormatData();
ApplyEachStyleInTurn(ptd, ref cfd);
ApplyCurrentCellStyleOverride(ref cfd);
ResolveStateBasedOnCellFormatData(cfd);
}
private void ResolveStateBasedOnCellFormatData(CellFormatData cfd)
{
if (m_interestedInWhiteText)
{
if (m_inTable)
{
if (cfd.IsTableWhiteText())
{
m_inWhiteText = true;
}
}
else
{
if (cfd.IsWhiteText())
{
m_inWhiteText = true;
}
}
}
if (m_interestedInSmallText && cfd.IsSmallText())
{
m_inSmallText = true;
}
if (m_interestedInRedactedText)
{
if (m_inTable && cfd.IsTableRedactedText())
{
m_inRedactedText = true;
}
else if (!m_inTable && cfd.IsRedactedText())
{
m_inRedactedText = true;
}
}
}
private void SetCurrentCellFormatData(XmlNodeInformation nodeInfo, Dictionary<string, CellFormatData> cellFormatsLookup)
{
m_currentCellStyleBasedCFD = null;
string styleIndex = nodeInfo.GetAttributeValue("s");
if(!cellFormatsLookup.TryGetValue(styleIndex, out m_currentCellStyleBasedCFD))
{
//System.Diagnostics.Debug.WriteLine("Invalid styleIndex passed to StateTracker");
}
}
private void HandleFormatInfo(XmlNodeInformation nodeInfo)
{
if (m_inStyleXf)
{
CellFormatData fd = new CellFormatData();
fd.ApplyFill = nodeInfo.GetAttributeValue("applyFill");
fd.ApplyFont = nodeInfo.GetAttributeValue("applyFont");
fd.FillId = nodeInfo.GetAttributeValue("fillId");
fd.FontId = nodeInfo.GetAttributeValue("fontId");
m_styleFormats.Add(m_styleFormats.Count.ToString(), fd);
}
else
{
CellFormatData fd = new CellFormatData();
string xfId = nodeInfo.GetAttributeValue("xfId");
CellFormatData currentStyleFd = m_styleFormats[xfId];
fd.ApplyFill = nodeInfo.GetAttributeValue("applyFill");
if (fd.ApplyFill != ColourData.apply)
fd.FillId = currentStyleFd.FillId;
else
fd.FillId = nodeInfo.GetAttributeValue("fillId");
fd.ApplyFont = nodeInfo.GetAttributeValue("applyFont");
if (fd.ApplyFont != ColourData.apply)
fd.FontId = currentStyleFd.FontId;
else
fd.FontId = nodeInfo.GetAttributeValue("fontId");
m_cellFormats.Add(m_cellFormats.Count.ToString(), fd);
}
}