private static void groupTable(Tbl table) {
List<Object> cellElts = null;
Tr tr = null;
Tc tc = null;
for (Object elemTr : table.getContent()) {
if (elemTr instanceof JAXBElement) {
elemTr = ((JAXBElement) elemTr).getValue();
}
if (elemTr instanceof Tr) {
tr = (Tr) elemTr;
if (tr.getContent() != null) {
for (Object elemCe : tr.getContent()) {
if (elemCe instanceof JAXBElement) {
elemCe = ((JAXBElement) elemCe).getValue();
}
if (elemCe instanceof Tc) {
tc = (Tc) elemCe;
if (tc.getContent() != null) {
cellElts = groupBodyContent(tc.getContent());
if (cellElts != null) {
tc.getContent().clear();
tc.getContent().addAll(cellElts);
}
}
}
}
}
}
}
}
private void addTableCell(
Tr tableRow,
BandElement be,
P paragraph,
int width,
Map<String, Object> style,
int horizontalMergedCells,
String verticalMergedVal,
boolean isImage) {
Tc tableCell = factory.createTc();
if (isImage) {
addImageCellStyle(tableCell, be, paragraph, style);
} else {
addHyperlinkCellStyle(tableCell, be, paragraph, style);
}
setCellWidth(tableCell, width);
setCellVMerge(tableCell, verticalMergedVal);
setCellHMerge(tableCell, horizontalMergedCells);
if (!isImage) {
if ((be != null) && !be.isWrapText()) {
setCellNoWrap(tableCell);
}
}
tableRow.getContent().add(tableCell);
}
private void handleRow(NodeList cellContents, Tr tr, int r) {
log.debug("Processing r " + r);
if (borderConflictResolutionRequired
&& tr.getTblPrEx() != null
&& tr.getTblPrEx().getTblCellSpacing() != null) {
borderConflictResolutionRequired = false;
}
TcFinder tcFinder = new TcFinder();
new TraversalUtil(tr, tcFinder);
// List<Object> cells = tr.getEGContentCellContent();
int c = 0;
log.debug("Processing c " + c);
for (Tc tc : tcFinder.tcList) {
Node wtrNode = cellContents.item(r); // w:tr
if (wtrNode == null) {
log.warn("Couldn't find item " + r);
}
addCell(tc, getTc(wtrNode, c, new IntRef(0))); // the cell content
// addCell(tc, cellContents.item(i));
// i++;
c++;
}
}
/**
* In this method we create a cell and add the given content to it. If the given width is greater
* than 0, we set the width on the cell. Finally, we add the cell to the row.
*/
private void addStyledTableCellWithWidth(
Tr row, String content, boolean bold, String fontSize, int width) {
Tc tableCell = factory.createTc();
addStyling(tableCell, content, bold, fontSize);
if (width > 0) {
setCellWidth(tableCell, width);
}
row.getContent().add(tableCell);
}
@Override
protected void exportCell(
String bandName,
BandElement bandElement,
Object value,
int gridRow,
int row,
int column,
int cols,
int rowSpan,
int colSpan,
boolean isImage) {
if (newRow) {
// rowNo for a table (it is reset in createTable)
rowNo++;
// for first row in page header and page footer we do not add the table row because it will be
// duplicated
if (((!ReportLayout.PAGE_HEADER_BAND_NAME.equals(bandName)
&& !ReportLayout.PAGE_FOOTER_BAND_NAME.equals(bandName)))
|| (rowNo > 1)) {
if (tableRow != null) {
if (ReportLayout.PAGE_HEADER_BAND_NAME.equals(bandName)) {
tableHeader.getContent().add(tableRow);
} else if (ReportLayout.PAGE_FOOTER_BAND_NAME.equals(bandName)) {
tableFooter.getContent().add(tableRow);
} else {
table.getContent().add(tableRow);
}
}
tableRow = factory.createTr();
}
// create table header to be available on every page
if (bean.getReportLayout().isHeaderOnEveryPage()) {
if (ReportLayout.HEADER_BAND_NAME.equals(bandName)) {
TrPr rowProperties = new TrPr();
BooleanDefaultTrue bdt = Context.getWmlObjectFactory().createBooleanDefaultTrue();
rowProperties
.getCnfStyleOrDivIdOrGridBefore()
.add(Context.getWmlObjectFactory().createCTTrPrBaseTblHeader(bdt));
tableRow.setTrPr(rowProperties);
}
}
}
renderDocxCell(bandName, bandElement, value, gridRow, rowSpan, colSpan, isImage, column);
}
private void addSubreportTableCell(
Tr tableRow,
BandElement be,
Tbl table,
int width,
Map<String, Object> style,
int horizontalMergedCells,
String verticalMergedVal) {
Tc tableCell = factory.createTc();
tableCell.getContent().add(table);
tableCell.getContent().add(wordMLPackage.getMainDocumentPart().createParagraphOfText(""));
setCellWidth(tableCell, width);
setCellVMerge(tableCell, verticalMergedVal);
setCellHMerge(tableCell, horizontalMergedCells);
tableRow.getContent().add(tableCell);
}
private void addTableCell(
Tr tableRow,
BandElement be,
String content,
int width,
Map<String, Object> style,
int horizontalMergedCells,
String verticalMergedVal) {
Tc tableCell = factory.createTc();
addCellStyle(tableCell, be, content, style);
setCellWidth(tableCell, width);
setCellVMerge(tableCell, verticalMergedVal);
setCellHMerge(tableCell, horizontalMergedCells);
if ((be != null) && !be.isWrapText()) {
setCellNoWrap(tableCell);
}
tableRow.getContent().add(tableCell);
}
@Override
public void write(OutputStream ous) {
WordprocessingMLPackage doc;
try {
doc = WordprocessingMLPackage.createPackage();
MainDocumentPart content = doc.getMainDocumentPart();
// Create header and footer
createHeader(doc);
createFooter(doc);
// Add first page
P docTitle = content.addStyledParagraphOfText("Heading1", p.getTitle());
alignParagraph(docTitle, JcEnumeration.CENTER);
addPageBreak(content);
// Add sections
Iterator<DocumentSectionInstance> itdsi =
SWBComparator.sortSortableObject(di.listDocumentSectionInstances());
while (itdsi.hasNext()) {
DocumentSectionInstance dsi = itdsi.next();
SemanticClass cls =
dsi.getSecTypeDefinition() != null
&& dsi.getSecTypeDefinition().getSectionType() != null
? dsi.getSecTypeDefinition().getSectionType().transformToSemanticClass()
: null;
if (null == cls || !dsi.getSecTypeDefinition().isActive()) continue;
// Add section title
content.addStyledParagraphOfText("Heading2", dsi.getSecTypeDefinition().getTitle());
// Gather sectionElement instances
Iterator<SectionElement> itse =
SWBComparator.sortSortableObject(dsi.listDocuSectionElementInstances());
List<SectionElement> sectionElementInstances = new ArrayList<SectionElement>();
while (itse.hasNext()) {
SectionElement se = itse.next();
sectionElementInstances.add(se);
}
if (cls.isSubClass(Instantiable.swpdoc_Instantiable, false)) {
// Get visible props from config
String[] props = dsi.getSecTypeDefinition().getVisibleProperties().split("\\|");
// Add properties table
if (props.length > 0 && !sectionElementInstances.isEmpty()) {
int writableWidthTwips =
doc.getDocumentModel()
.getSections()
.get(0)
.getPageDimensions()
.getWritableWidthTwips();
int cellWidthTwips =
new Double(Math.floor((writableWidthTwips / props.length))).intValue();
Tbl propsTable =
TblFactory.createTable(
sectionElementInstances.size() + 1, props.length, cellWidthTwips);
setStyle(propsTable, "TableGrid");
// Add table header
Tr headerRow = (Tr) propsTable.getContent().get(0);
int c = 0;
for (String prop : props) {
Tc col = (Tc) headerRow.getContent().get(c++);
P colContent = objectFactory.createP(); // (P) col.getContent().get(0);
TcPr cellProps = col.getTcPr();
cellProps.getTcW().setType(TblWidth.TYPE_DXA);
Text colText = objectFactory.createText();
colText.setValue(prop.substring(0, prop.indexOf(";")));
R colRun = objectFactory.createR();
colRun.getContent().add(colText);
setFontStyle(colRun, false, true);
colContent.getContent().add(colRun);
col.getContent().set(0, colContent);
// alignParagraph(colContent, JcEnumeration.CENTER);
// fillTableCell(col);
}
// Add rows
int r = 1;
for (SectionElement se : sectionElementInstances) {
Tr row = (Tr) propsTable.getContent().get(r++);
c = 0;
for (String prop : props) {
Tc col = (Tc) row.getContent().get(c++);
String idProperty = prop.substring(prop.indexOf(";") + 1, prop.length());
SemanticProperty sprop =
SWBPlatform.getSemanticMgr()
.getVocabulary()
.getSemanticPropertyById(idProperty);
P colContent;
if (null == sprop) {
colContent = content.createParagraphOfText("");
} else {
if (!sprop.getPropId().equals(Referable.swpdoc_file.getPropId())) {
colContent =
content.createParagraphOfText(
se.getSemanticObject().getProperty(sprop) != null
? se.getSemanticObject().getProperty(sprop)
: "");
} else {
colContent = content.createParagraphOfText(se.getTitle());
}
}
col.getContent().set(0, colContent);
alignParagraph(colContent, JcEnumeration.BOTH);
setStyle(colContent, "Normal");
}
}
// Add table to document
content.addObject(propsTable);
}
} else if (cls.equals(FreeText.sclass)) {
XHTMLImporterImpl importer = new XHTMLImporterImpl(doc);
for (SectionElement se : sectionElementInstances) {
FreeText freeText = (FreeText) se;
if (null != se) {
String sContent = freeText.getText();
if (null != sContent && !sContent.isEmpty()) {
sContent =
sContent.replace(
"<!DOCTYPE html>",
"<!DOCTYPE html PUBLIC \"-//W3C//DTD XHTML 1.0 Transitional//EN\"\n\"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd\">\n");
sContent =
sContent.replace("<html>", "<html xmlns=\"http://www.w3.org/1999/xhtml\">");
// Override styles and alignment
List<Object> objects = importer.convert(sContent, null);
for (Object o : objects) {
if (o instanceof Tbl) setStyle((Tbl) o, "TableGrid");
if (o instanceof P) {
// Fix harcoded runProperties
List<Object> pChilds = ((P) o).getContent();
for (Object child : pChilds) {
if (child instanceof R) {
// ((R)child).setRPr(objectFactory.createRPr());
RPr rpr = ((R) child).getRPr();
if (null != rpr) {
rpr.getRFonts().setAsciiTheme(null);
rpr.getRFonts().setAscii(null);
rpr.getRFonts().setHAnsiTheme(null);
rpr.getRFonts().setHAnsi(null);
}
}
}
alignParagraph((P) o, JcEnumeration.BOTH);
setStyle((P) o, "Normal");
}
}
content.getContent().addAll(objects);
}
}
}
} else if (cls.equals(Activity.sclass)) {
for (SectionElement se : sectionElementInstances) {
Activity a = (Activity) se;
if (a.getDescription() != null && !a.getDescription().isEmpty()) {
XHTMLImporterImpl importer = new XHTMLImporterImpl(doc);
content.addStyledParagraphOfText("Heading3", a.getTitle());
String sContent = a.getDescription();
if (null != sContent && !sContent.isEmpty()) {
sContent =
sContent.replace(
"<!DOCTYPE html>",
"<!DOCTYPE html PUBLIC \"-//W3C//DTD XHTML 1.0 Transitional//EN\"\n\"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd\">\n");
sContent =
sContent.replace("<html>", "<html xmlns=\"http://www.w3.org/1999/xhtml\">");
// Override styles and alignment
List<Object> objects = importer.convert(sContent, null);
for (Object o : objects) {
if (o instanceof Tbl) setStyle((Tbl) o, "TableGrid");
if (o instanceof P) {
// Fix harcoded runProperties
List<Object> pChilds = ((P) o).getContent();
for (Object child : pChilds) {
if (child instanceof R) {
// ((R)child).setRPr(null);
RPr rpr = ((R) child).getRPr();
if (null != rpr) {
rpr.getRFonts().setAsciiTheme(null);
rpr.getRFonts().setAscii(null);
rpr.getRFonts().setHAnsiTheme(null);
rpr.getRFonts().setHAnsi(null);
}
}
}
alignParagraph((P) o, JcEnumeration.BOTH);
setStyle((P) o, "Normal");
}
}
content.getContent().addAll(objects);
}
}
}
} else if (cls.equals(Model.sclass)) {
File img = new File(assetsPath + "/" + p.getId() + ".png");
if (img.exists()) {
FileInputStream fis = new FileInputStream(img);
long length = img.length();
if (length > Integer.MAX_VALUE) {
log.error("File too large in model generation");
} else {
// Read image bytes
byte[] bytes = new byte[(int) length];
int offset = 0;
int numRead = 0;
while (offset < bytes.length
&& (numRead = fis.read(bytes, offset, bytes.length - offset)) >= 0) {
offset += numRead;
}
if (offset < bytes.length) {
log.error("Could not completely read file " + img.getName());
}
fis.close();
// Generate ImagePart
BinaryPartAbstractImage imagePart =
BinaryPartAbstractImage.createImagePart(doc, bytes);
Inline inline = imagePart.createImageInline("", "", 0, 1, false);
// Add image to paragraph
P p = objectFactory.createP();
R run = objectFactory.createR();
p.getContent().add(run);
Drawing drawing = objectFactory.createDrawing();
run.getContent().add(drawing);
drawing.getAnchorOrInline().add(inline);
content.getContent().add(p);
}
}
}
addPageBreak(content);
}
doc.save(ous);
} catch (Docx4JException | FileNotFoundException ex) {
log.error("Error creating DOCX document", ex);
} catch (IOException ex) {
log.error("Error creating DOCX document", ex);
} catch (Exception ex) {
log.error("Error creating DOCX document", ex);
}
}
/* (non-Javadoc)
* @see org.docx4j.model.Model#toJAXB()
*/
@Override
public Object toJAXB() {
ObjectFactory factory = Context.getWmlObjectFactory();
Tbl tbl = factory.createTbl();
// <w:tblPr>
TblPr tblPr = null;
if (tblPr == null) {
log.warn("tblPr is null");
tblPr = factory.createTblPr();
// Default to page width
TblWidth tblWidth = factory.createTblWidth();
tblWidth.setW(BigInteger.valueOf(DEFAULT_PAGE_WIDTH_TWIPS));
// TODO: shouldn't hard code that. Pass it in?
tblWidth.setType("dxa"); // twips
tblPr.setTblW(tblWidth);
}
tbl.setTblPr(tblPr);
// <w:tblGrid>
// This specifies the number of columns,
// and also their width
if (tblGrid == null) {
log.warn("tblGrid is null");
tblGrid = factory.createTblGrid();
// Default to equal width
int width = Math.round(tbl.getTblPr().getTblW().getW().floatValue() / getColCount());
for (int i = 0; i < getColCount(); i++) {
TblGridCol tblGridCol = factory.createTblGridCol();
tblGridCol.setW(BigInteger.valueOf(width)); // twips
tblGrid.getGridCol().add(tblGridCol);
}
}
tbl.setTblGrid(tblGrid);
// <w:tr>
// we need a table row, even if every entry is just a vertical span,
// so that is easy
for (int i = 0; i < cells.size(); i++) {
Tr tr = factory.createTr();
tbl.getEGContentRowContent().add(tr);
// populate the row
for (int j = 0; j < getColCount(); j++) {
Tc tc = factory.createTc();
Cell cell = cells.get(i).get(j);
if (cell == null) {
// easy, nothing to do.
// this is just an empty tc
tr.getEGContentCellContent().add(tc);
} else {
if (cell.isDummy()) {
// we need to determine whether this is a result of
// a vertical merge or a horizontal merge
if (j > 0
&& (cells.get(i).get(j - 1).isDummy() || cells.get(i).get(j - 1).colspan > 1)) {
// Its a horizontal merge, so
// just leave it out
} else if (i > 0
&& (cells.get(i - 1).get(j).isDummy() || cells.get(i - 1).get(j).rowspan > 1)) {
// Its a vertical merge
TcPr tcPr = factory.createTcPr();
VMerge vm = factory.createTcPrInnerVMerge();
tcPr.setVMerge(vm);
tc.setTcPr(tcPr);
tr.getEGContentCellContent().add(tc);
// Must have an empty paragraph
P p = factory.createP();
tc.getEGBlockLevelElts().add(p);
} else {
log.error("Encountered phantom dummy cell at (" + i + "," + j + ") ");
log.debug(debugStr());
}
} else { // a real cell
TcPr tcPr = factory.createTcPr();
if (cell.colspan > 1) {
// add <w:gridSpan>
GridSpan gridSpan = factory.createTcPrInnerGridSpan();
gridSpan.setVal(BigInteger.valueOf(cell.colspan));
tcPr.setGridSpan(gridSpan);
tc.setTcPr(tcPr);
}
if (cell.rowspan > 1) {
// Its a vertical merge
VMerge vm = factory.createTcPrInnerVMerge();
vm.setVal("restart");
tcPr.setVMerge(vm);
tc.setTcPr(tcPr);
}
if (cell.colspan > 1 && cell.rowspan > 1) {
log.warn("Both rowspan & colspan set; that will be interesting..");
}
tr.getEGContentCellContent().add(tc);
// Add the cell content, if we have it.
// We won't have compatible content if this model has
// been created via XSLT for an outward bound conversion.
// But in that case, this method isn't needed
// because the developer started with the JAXB model.
Node foreign = cell.getContent(); // eg a <td>
for (int n = 0; n < foreign.getChildNodes().getLength(); n++) {
Object o;
try {
o = XmlUtils.unmarshal(foreign.getChildNodes().item(n));
tc.getEGBlockLevelElts().add(o);
} catch (JAXBException e) {
e.printStackTrace();
}
}
}
}
}
}
return tbl;
}