/// <summary> /// Write the content of the RtfCell. /// </summary> /// <param name="os"> /// The Stream to which to write the content of the RtfCell to. /// </param> /// <returns>true is successful</returns> public bool writeCellContent(MemoryStream os) { try { // <!-- steffen if (mergeType == MERGE_HORIZ_PREV || mergeType == MERGE_BOTH_PREV) { return(true); } // --> /* switch(store.horizontalAlignment()) * { * case Element.ALIGN_LEFT : os.WriteByte(RtfWriter.escape); * os.Write(cellHorizontalAlignLeft); break; * case Element.ALIGN_CENTER : os.WriteByte(RtfWriter.escape); * os.Write(cellHorizontalAlignCenter); break; * case Element.ALIGN_RIGHT : os.WriteByte(RtfWriter.escape); * os.Write(cellHorizontalAlignRight); break; * case Element.ALIGN_JUSTIFIED : os.WriteByte(RtfWriter.escape); * os.Write(cellHorizontalAlignJustified); break; * }*/ if (!emptyCell) { for (int i = 0; i < store.Elements.Count; i++) { IElement element = (IElement)store.Elements[i]; // if horizontal alignment is undefined overwrite // with that of enclosing cell if (element is Paragraph && ((Paragraph)element).Alignment == Element.ALIGN_UNDEFINED) { ((Paragraph)element).Alignment = store.HorizontalAlignment; } writer.addElement(element, os); if (element.Type == Element.PARAGRAPH && i < store.Elements.Count - 1) { os.WriteByte(RtfWriter.escape); os.Write(RtfWriter.paragraph, 0, RtfWriter.paragraph.Length); } } } else { os.WriteByte(RtfWriter.escape); os.Write(RtfWriter.paragraphDefaults, 0, RtfWriter.paragraphDefaults.Length); os.WriteByte(RtfWriter.escape); os.Write(cellInTable, 0, cellInTable.Length); } os.WriteByte(RtfWriter.escape); os.Write(cellEnd, 0, cellEnd.Length); // os.Write((byte)'\n'); } catch (IOException e) { return(false); } return(true); }