public void Write(XElement parent)
{
XNamespace ns = parent.Name.Namespace;
XElement cell = new XElement(ns + "tc");
parent.Add(cell);
XElement props = new XElement(ns + "tcPr");
cell.Add(props);
XElement span = new XElement(
ns + "gridSpan",
new XAttribute(ns + "val", _columnSpan));
props.Add(span);
XElement margin = StyleHelpers.CreateMargin(ns, "tcMar", _style?.Padding);
if (margin != null)
{
props.Add(margin);
}
// The last child of a cell must be a paragraph. ECMA-376 Part 1, section
// 17.4.65 on page 457, says that
//
// "a table cell can contain any block-level content, which allows for
// the nesting of paragraphs and tables within table cells. If a table
// cell does not include at least one block-level element, then this
// document shall be considered corrupt."
//
// This doesn't seem to say that the last child must be a paragraph, but if
// it's not then Word reports this error:
//
// "Ambiguous cell mapping encountered. Possible missing paragraph
// element. <p> elements are required before very </tc>."
if ((_content.Count == 0) || !(_content[_content.Count - 1] is Paragraph))
{
// Paragraph p = new Paragraph(new Report.Style.TextStyle());
// p.AddRun("hello", new Report.Style.Font { FamilyName="courier new", Size=10, Bold=true}, new Report.Style.Color{Red=1, Green=0,Blue=0});
// _content.Add(p);
AddParagraph(new s.TextStyle(), t.TrackingInfo.None);
}
foreach (IBlockContent content in _content)
{
content.Write(cell);
}
}
public void Write(XElement parent)
{
XNamespace ns = parent.Name.Namespace;
XElement table = new XElement(ns + "tbl");
parent.Add(table);
XElement props = new XElement(ns + "tblPr");
table.Add(props);
XElement algorithm = new XElement(
ns + "tblLayout",
new XAttribute(ns + "type", "fixed"));
props.Add(algorithm);
XElement width = StyleHelpers.CreateWidth(ns, "tblW", _width);
props.Add(width);
XElement grid = new XElement(ns + "tblGrid");
props.Add(grid);
foreach (int columnWidth in _columnWidths)
{
XElement column = new XElement(
ns + "gridCol",
new XAttribute(ns + "w", columnWidth));
grid.Add(column);
}
XElement border = StyleHelpers.CreateBorder(ns, "tblBorders", _style?.Border, _style?.Padding);
if (border != null)
{
props.Add(border);
}
foreach (TableRow row in _rows)
{
row.Write(table);
}
}
public void Write(XElement parent)
{
XNamespace ns = parent.Name.Namespace;
XElement abstractNum = new XElement(
ns + "abstractNum",
new XAttribute(ns + "abstractNumId", _id));
parent.Add(abstractNum);
XElement multi = new XElement(
ns + "multiLevelType",
new XAttribute(ns + "val", "multiLevel"));
abstractNum.Add(multi);
XElement lvl = new XElement(
ns + "lvl",
new XAttribute(ns + "ilvl", _level));
// We use level zero to mean "no indent" (that is, not a list
// at all) but Word starts numbering levels at zero, so we
// subtract one here
abstractNum.Add(lvl);
string formatName = GetNumFmt(_style.NumberStyle);
XElement numFmt = new XElement(
ns + "numFmt",
new XAttribute(ns + "val", formatName));
lvl.Add(numFmt);
XElement lvlText = new XElement(
ns + "lvlText",
new XAttribute(ns + "val", _text));
lvl.Add(lvlText);
XElement rPr = StyleHelpers.AddRunProperties(lvl, _style.Font, _style.Color);
//TODO: tabs?
}
public void Write(XElement paragraph)
{
XNamespace ns = paragraph.Name.Namespace;
XElement run = new XElement(ns + "r");
paragraph.Add(run);
// Style properties in Word can be inherited in the style
// hierarchy, but our layouts have already collapsed the
// hierarchy into a single description, and so we don't
// need worry about inheritance in Word.
XElement props = StyleHelpers.AddRunProperties(run, _font, _color);
XElement text = new XElement(
ns + "t",
new XAttribute(XNamespace.Xml + "space", "preserve"));
text.Value = _text;
run.Add(text);
}
public void Write(XElement parent)
{
XNamespace ns = parent.Name.Namespace;
XElement para = new XElement(ns + "p");
parent.Add(para);
XElement props = new XElement(ns + "pPr");
para.Add(props);
if (_numberingId > -1)
{
XElement numPr = new XElement(ns + "numPr");
props.Add(numPr);
XElement ilvl = new XElement(
ns + "ilvl",
new XAttribute(ns + "val", _numberingLevel));
numPr.Add(ilvl);
XElement numId = new XElement(
ns + "numId",
new XAttribute(ns + "val", _numberingId));
numPr.Add(numId);
}
string align = null;
switch (_style.Alignment)
{
case s.TextAlignment.Left: align = "start"; break;
case s.TextAlignment.Right: align = "end"; break;
case s.TextAlignment.Center: align = "center"; break;
case s.TextAlignment.Justify: align = "both"; break;
}
if (align != null)
{
XElement prop = new XElement(
ns + "jc",
new XAttribute(ns + "val", align));
props.Add(prop);
}
//TODO: keepLines, keepNext, pageBreakBefore
XElement border = StyleHelpers.CreateBorder(ns, "pBdr", _style.Border, _style.Padding);
if (border != null)
{
props.Add(border);
}
if (_style.BackColor != null)
{
int red = (int)(_style.BackColor.Red * 255f);
int green = (int)(_style.BackColor.Green * 255f);
int blue = (int)(_style.BackColor.Blue * 255f);
string color = $"{red:X2}{green:X2}{blue:X2}";
XElement shd = new XElement(
ns + "shd",
new XAttribute(ns + "fill", color));
props.Add(shd);
}
foreach (IParagraphContent content in _content)
{
content.Write(para);
}
}
