private void processDescendantCondition(Object sdt, String xpathBase, int index, Tag tag) {
Condition c = null;
HashMap<String, String> map = QueryString.parseQueryString(tag.getVal(), true);
String conditionId = map.get(BINDING_ROLE_CONDITIONAL);
if (conditionId != null) {
c = ConditionsPart.getConditionById(conditions, conditionId);
if (c == null) {
log.error("Missing condition " + conditionId);
throw new InputIntegrityException("Required condition '" + conditionId + "' is missing");
}
// TODO: this code assumes the condition contains
// a simple xpath
log.debug("Using condition" + XmlUtils.marshaltoString(c, true, true));
Condition newCondition = c.repeat(xpathBase, index, conditions, xPaths);
// set sdt to use it
map.put(BINDING_ROLE_CONDITIONAL, newCondition.getId());
tag.setVal(QueryString.create(map));
}
}
@Override
public void apply(SdtElement element, Object parent, List<Object> siblings) {
System.out.println();
SdtPr sdtPr = element.getSdtPr();
if (sdtPr == null) {
System.out.println(
callback.indent
+ element.getClass().getSimpleName()
+ " [no sdtPr!]"
+ " (having parent "
+ parent.getClass().getSimpleName()
+ ")");
} else {
System.out.println(
callback.indent
+ element.getClass().getSimpleName()
+ " (having parent "
+ parent.getClass().getSimpleName()
+ ")");
CTDataBinding binding = (CTDataBinding) XmlUtils.unwrap(sdtPr.getDataBinding());
if (binding != null) {
System.out.println(callback.indent + " binding: " + binding.getXpath());
}
Tag tag = sdtPr.getTag();
if (tag == null) return;
System.out.println(callback.indent + " " + tag.getVal());
HashMap<String, String> map = QueryString.parseQueryString(tag.getVal(), true);
String conditionId = map.get(OpenDoPEHandler.BINDING_ROLE_CONDITIONAL);
String repeatId = map.get(OpenDoPEHandler.BINDING_ROLE_REPEAT);
String xp = map.get(OpenDoPEHandler.BINDING_ROLE_XPATH);
if (conditionId != null) {
Condition c = ConditionsPart.getConditionById(conditions, conditionId);
if (c == null) {
System.out.println(callback.indent + " " + "Missing condition " + conditionId);
}
if (c.getParticle() instanceof org.opendope.conditions.Xpathref) {
org.opendope.conditions.Xpathref xpathRef = (Xpathref) c.getParticle();
if (xpathRef == null) {
System.out.println(
callback.indent
+ " "
+ "Condition "
+ c.getId()
+ " references a missing xpath!");
}
org.opendope.xpaths.Xpaths.Xpath xpath =
XPathsPart.getXPathById(xPaths, xpathRef.getId());
if (xpath == null) {
System.out.println(
callback.indent
+ " "
+ "XPath specified in condition '"
+ c.getId()
+ "' is missing!");
} else {
System.out.println(
callback.indent
+ " "
+ xpath.getId()
+ ": "
+ xpath.getDataBinding().getXpath());
}
} else {
System.out.println("Complex condition: " + XmlUtils.marshaltoString(c, true, true));
}
} else if (repeatId != null) {
org.opendope.xpaths.Xpaths.Xpath xpath = XPathsPart.getXPathById(xPaths, repeatId);
if (xpath == null) {
System.out.println(
callback.indent
+ " "
+ "XPath specified in repeat '"
+ repeatId
+ "' is missing!");
} else {
System.out.println(
callback.indent + " " + xpath.getId() + ": " + xpath.getDataBinding().getXpath());
}
} else if (xp != null) {
org.opendope.xpaths.Xpaths.Xpath xpath = XPathsPart.getXPathById(xPaths, xp);
if (xpath == null) {
System.out.println(
callback.indent + " " + "XPath specified with id '" + xp + "' is missing!");
} else {
System.out.println(
callback.indent + " " + xpath.getId() + ": " + xpath.getDataBinding().getXpath());
}
}
}
}
private List<Object> processRepeat(
Object sdt, Map<String, CustomXmlPart> customXmlDataStorageParts, XPathsPart xPathsPart) {
Tag tag = getSdtPr(sdt).getTag();
HashMap<String, String> map = QueryString.parseQueryString(tag.getVal(), true);
String repeatId = map.get(BINDING_ROLE_REPEAT);
// Check, whether we are in an old repeat case. These can be removed.
if (StringUtils.isEmpty(repeatId)) return new ArrayList<Object>();
org.opendope.xpaths.Xpaths.Xpath xpathObj = XPathsPart.getXPathById(xPaths, repeatId);
String storeItemId = xpathObj.getDataBinding().getStoreItemID();
String xpath = xpathObj.getDataBinding().getXpath();
String prefixMappings = xpathObj.getDataBinding().getPrefixMappings();
// Get the bound XML
String xpathBase;
// if (xpath.endsWith("/*")) {
// xpathBase = xpath.substring(0, xpath.length()-2);
// } else
if (xpath.endsWith("/")) {
xpathBase = xpath.substring(0, xpath.length() - 1);
// Check, whether the xpath ends with a [1]. If so, guess it comes
// from a round-tripped path and strip it
} else if (xpath.endsWith("[1]")) {
xpathBase = xpath.substring(0, xpath.length() - 3);
} else {
xpathBase = xpath;
}
// DON'T Drop any trailing position! That breaks nested repeats
// if (xpathBase.endsWith("]"))
// xpathBase = xpathBase.substring(0, xpathBase.lastIndexOf("["));
log.info("/n/n Repeat: using xpath: " + xpathBase);
List<Node> repeatedSiblings =
xpathGetNodes(customXmlDataStorageParts, storeItemId, xpathBase, prefixMappings);
// storeItemId, xpathBase+"/*", prefixMappings);
// Count siblings
int numRepeats = repeatedSiblings.size();
log.debug("yields REPEATS: " + numRepeats);
if (numRepeats == 0) {
// return new ArrayList<Object>(); // effectively, delete
// Change tag to od:resultRepeatZero=id
return repeatZero(sdt);
}
// duplicate content here ...
List<Object> repeated = cloneRepeatSdt(sdt, xpathBase, numRepeats);
// deep traverse to fix binding
DeepTraversor dt = new DeepTraversor();
dt.xpathBase = xpathBase;
for (int i = 0; i < repeated.size(); i++) {
log.info("\n Traversing clone " + i);
dt.index = i;
new TraversalUtil(repeated.get(i), dt);
}
log.info(".. deep traversals done ");
// make bookmarks (if any) unique
for (int i = 0; i < repeated.size(); i++) {
try {
// Use the sdt id for uniqueness
long global = ((SdtElement) repeated.get(i)).getSdtPr().getId().getVal().longValue();
BookmarkRenumber.fixRange(
((SdtElement) repeated.get(i)).getSdtContent().getContent(),
"CTBookmark",
"CTMarkupRange",
null,
global,
i);
} catch (Exception e) {
// Shouldn't happen .. TODO remove reflection?
log.error(e.getMessage(), e);
}
}
return repeated;
}
/**
* This applies to any sdt which might be a conditional|repeat
*
* @param wordMLPackage
* @param sdtParent
* @param sdt
* @param tag
* @param sdtContent
* @return
* @throws Exception
*/
private List<Object> processBindingRoleIfAny(WordprocessingMLPackage wordMLPackage, Object sdt) {
log.debug("Processing " + getSdtPr(sdt).getId().getVal());
Tag tag = getSdtPr(sdt).getTag();
if (tag == null) {
List<Object> newContent = new ArrayList<Object>();
newContent.add(sdt);
return newContent;
}
log.info(tag.getVal());
HashMap<String, String> map = QueryString.parseQueryString(tag.getVal(), true);
String conditionId = map.get(BINDING_ROLE_CONDITIONAL);
String repeatId = map.get(BINDING_ROLE_REPEAT);
String xp = map.get(BINDING_ROLE_XPATH);
if (conditionId == null && repeatId == null && xp == null) {
List<Object> newContent = new ArrayList<Object>();
newContent.add(sdt);
return newContent;
}
Map<String, CustomXmlPart> customXmlDataStorageParts =
wordMLPackage.getCustomXmlDataStorageParts();
if (conditionId != null) {
log.info("Processing Conditional: " + tag.getVal());
// At present, this only handles simple conditions
Condition c = ConditionsPart.getConditionById(conditions, conditionId);
if (c == null) {
log.error("Missing condition " + conditionId);
}
if (c.evaluate(wordMLPackage, customXmlDataStorageParts, conditions, xPaths)) {
log.debug("so keeping");
List<Object> newContent = new ArrayList<Object>();
newContent.add(sdt);
return newContent;
} else {
return conditionFalse(sdt);
}
} else if (repeatId != null) {
log.info("Processing Repeat: " + tag.getVal());
return processRepeat(
sdt, customXmlDataStorageParts, wordMLPackage.getMainDocumentPart().getXPathsPart());
} else if (xp != null) {
// Word can't handle an XPath that returns something
// other than an element
// eg string or boolean or number, so we'll need to work this out.
// In principal, we could do this in this pre-processing step,
// or via bind.xslt.
// Doing it here means the bind.xslt step can be restricted to pure
// Word-like processing.
// Doing it there means we can take advantage of the multiline
// processing we have there, and less code.
// So as from 13 Sept 2011 (what will be 2.7.1), do it there.
List<Object> newContent = new ArrayList<Object>();
newContent.add(sdt);
return newContent;
}
// shouldn't happen
return null;
}
private WordprocessingMLPackage fetchComponents(
WordprocessingMLPackage srcPackage, ContentAccessor contentAccessor) throws Docx4JException {
// convert components to altChunk
Map<Integer, CTAltChunk> replacements = new HashMap<Integer, CTAltChunk>();
Integer index = 0;
justGotAComponent = false;
LinkedList<Integer> continuousBeforeIndex = new LinkedList<Integer>();
List<Boolean> continuousBefore = new ArrayList<Boolean>();
List<Boolean> continuousAfter = new ArrayList<Boolean>();
for (Object block : contentAccessor.getContent()) {
// Object ublock = XmlUtils.unwrap(block);
if (block instanceof org.docx4j.wml.SdtBlock) {
org.docx4j.wml.SdtBlock sdt = (org.docx4j.wml.SdtBlock) block;
Tag tag = getSdtPr(sdt).getTag();
if (tag == null) {
List<Object> newContent = new ArrayList<Object>();
newContent.add(sdt);
continue;
}
log.info(tag.getVal());
HashMap<String, String> map = QueryString.parseQueryString(tag.getVal(), true);
String componentId = map.get(BINDING_ROLE_COMPONENT);
if (componentId == null) continue;
// Convert the sdt to a w:altChunk
// .. get the IRI
String iri = ComponentsPart.getComponentById(components, componentId).getIri();
log.debug("Fetching " + iri);
if (docxFetcher == null) {
log.error("You need a docxFetcher (and the MergeDocx extension) to fetch components");
return srcPackage;
}
// .. create the part
AlternativeFormatInputPart afiPart =
new AlternativeFormatInputPart(
getNewPartName(
"/chunk", ".docx", srcPackage.getMainDocumentPart().getRelationshipsPart()));
afiPart.setBinaryData(docxFetcher.getDocxFromIRI(iri));
afiPart.setContentType(
new ContentType(
"application/vnd.openxmlformats-officedocument.wordprocessingml.document.main+xml")); // docx
Relationship altChunkRel = srcPackage.getMainDocumentPart().addTargetPart(afiPart);
CTAltChunk ac = Context.getWmlObjectFactory().createCTAltChunk();
ac.setId(altChunkRel.getId());
replacements.put(index, ac);
/*
* 2011 12 11 TODO. Rethink support for
* od:continuousBefore and od:continuousAfter.
*/
// This is handled in this class
if (map.get(BINDING_ROLE_COMPONENT_BEFORE) != null
&& map.get(BINDING_ROLE_COMPONENT_BEFORE).equals("true")) {
continuousBefore.add(Boolean.TRUE);
continuousBeforeIndex.addFirst(index);
log.info("ctsBefore index: " + index);
} else {
continuousBefore.add(Boolean.FALSE);
continuousBeforeIndex.addFirst(index);
}
// The following is handled in ProcessAltChunk
if (map.get(BINDING_ROLE_COMPONENT_AFTER) != null
&& map.get(BINDING_ROLE_COMPONENT_AFTER).equals("true")) {
continuousAfter.add(Boolean.TRUE);
} else {
continuousAfter.add(Boolean.TRUE);
}
justGotAComponent = true;
}
index++;
}
if (!justGotAComponent) {
return srcPackage;
}
// Now replace in list
for (Integer key : replacements.keySet()) {
contentAccessor.getContent().set(key, replacements.get(key));
}
// Go through docx in reverse order
List<Object> bodyChildren = contentAccessor.getContent();
int i = 0;
for (Integer indexIntoBody : continuousBeforeIndex) {
if (continuousBefore.get(i)) {
// Element before the w:altChunk
if (indexIntoBody == 0) {
// // Insert a sectPr right at the beginning of the docx?
// // TODO check this isn't necessary
// SectPr newSectPr =
// Context.getWmlObjectFactory().createSectPr();
// SectPr.Type type =
// Context.getWmlObjectFactory().createSectPrType();
// type.setVal("continuous");
// newSectPr.setType( type );
//
// bodyChildren.add(0, newSectPr);
} else {
Object block = bodyChildren.get(indexIntoBody.intValue() - 1);
if (block instanceof P
&& ((P) block).getPPr() != null
&& ((P) block).getPPr().getSectPr() != null) {
makeContinuous(((P) block).getPPr().getSectPr());
} else if (block instanceof P) {
// More likely
PPr ppr = ((P) block).getPPr();
if (ppr == null) {
ppr = Context.getWmlObjectFactory().createPPr();
((P) block).setPPr(ppr);
}
SectPr newSectPr = Context.getWmlObjectFactory().createSectPr();
SectPr.Type type = Context.getWmlObjectFactory().createSectPrType();
type.setVal("continuous");
newSectPr.setType(type);
ppr.setSectPr(newSectPr);
} else {
// Equally likely - its a table or something, so add a p
P newP = Context.getWmlObjectFactory().createP();
PPr ppr = Context.getWmlObjectFactory().createPPr();
newP.setPPr(ppr);
SectPr newSectPr = Context.getWmlObjectFactory().createSectPr();
SectPr.Type type = Context.getWmlObjectFactory().createSectPrType();
type.setVal("continuous");
newSectPr.setType(type);
ppr.setSectPr(newSectPr);
bodyChildren.add(indexIntoBody.intValue(), newP); // add
// before
// altChunk
}
}
}
// else nothing specified, so go with normal MergeDocx behaviour
i++;
}
// process altChunk
try {
// Use reflection, so docx4j can be built
// by users who don't have the MergeDocx utility
Class<?> documentBuilder = Class.forName("com.plutext.merge.ProcessAltChunk");
// Method method = documentBuilder.getMethod("merge",
// wmlPkgList.getClass());
Method[] methods = documentBuilder.getMethods();
Method processMethod = null;
for (int j = 0; j < methods.length; j++) {
log.debug(methods[j].getName());
if (methods[j].getName().equals("process")) {
processMethod = methods[j];
}
}
if (processMethod == null) throw new NoSuchMethodException();
return (WordprocessingMLPackage) processMethod.invoke(null, srcPackage);
} catch (ClassNotFoundException e) {
extensionMissing(e);
justGotAComponent = false;
return srcPackage;
// throw new Docx4JException("Problem processing w:altChunk", e);
} catch (NoSuchMethodException e) {
// Degrade gracefully
extensionMissing(e);
justGotAComponent = false;
return srcPackage;
// throw new Docx4JException("Problem processing w:altChunk", e);
} catch (Exception e) {
throw new Docx4JException("Problem processing w:altChunk", e);
}
}
private void processDescendantBindings(Object sdt, String xpathBase, int index) {
SdtPr sdtPr = getSdtPr(sdt);
// log.debug(XmlUtils.marshaltoString(sdtPr, true, true));
// Give it a unique ID (supersedes above?)
sdtPr.setId();
// log.debug(XmlUtils.marshaltoString(sdtPr, true, true));
CTDataBinding binding = (CTDataBinding) XmlUtils.unwrap(sdtPr.getDataBinding());
String thisXPath = null;
// It'll have one of these three...
String conditionId = null;
String repeatId = null;
String bindingId = null;
org.opendope.xpaths.Xpaths.Xpath xpathObj = null;
Tag tag = sdtPr.getTag();
if (tag == null) return;
HashMap<String, String> map = QueryString.parseQueryString(tag.getVal(), true);
if (binding == null) {
conditionId = map.get(BINDING_ROLE_CONDITIONAL);
repeatId = map.get(BINDING_ROLE_REPEAT);
if (conditionId != null) {
// c = ConditionsPart.getConditionById(conditions, conditionId);
// if (c == null) {
// log.error("Missing condition " + conditionId);
// throw new InputIntegrityException("Required condition '" + conditionId + "' is
// missing");
// }
//
// // TODO: this code assumes the condition contains
// // a simple xpath
// log.debug("Using condition"
// + XmlUtils.marshaltoString(c, true, true));
// xpathObj = getXPathFromCondition(c);
// thisXPath = xpathObj.getDataBinding().getXpath();
processDescendantCondition(sdt, xpathBase, index, tag);
return;
} else if (repeatId != null) {
xpathObj = XPathsPart.getXPathById(xPaths, repeatId);
thisXPath = xpathObj.getDataBinding().getXpath();
} else if (map.containsKey(BINDING_CONTENTTYPE)
|| map.containsKey(BINDING_HANDLER)
|| map.containsKey(BINDING_PROGID)) {
xpathObj = XPathsPart.getXPathById(xPaths, map.get(BINDING_ROLE_XPATH));
thisXPath = xpathObj.getDataBinding().getXpath();
} else {
log.warn("couldn't find binding or bindingrole!");
// not all sdt's need have a binding;
// they could be present in the docx for other purposes
return;
// NB an OpenDoPE xpath tag (with no w:binding element)
// eg as created by authoring tool for a "count(" XPath
// ends up here.
}
} else {
thisXPath = binding.getXpath();
// Set this stuff up now
bindingId = map.get(BINDING_ROLE_XPATH);
xpathObj = XPathsPart.getXPathById(xPaths, bindingId);
// Sanity test
if (!thisXPath.equals(xpathObj.getDataBinding().getXpath())) {
log.error(
"XPaths didn't match for id "
+ bindingId
+ ": \n\r "
+ thisXPath
+ "\n\rcf. "
+ xpathObj.getDataBinding().getXpath());
}
// 2012 09 20 - when did this break?
// thisXPath = xpathObj.getDataBinding().getXpath();
}
// System.out.println("xpathBase: " + xpathBase);
// System.out.println("index: " + index);
// System.out.println("thisXPath: " + thisXPath);
final String newPath = enhanceXPath(xpathBase, index + 1, thisXPath);
// System.out.println("newPath: " + newPath);
if (log.isDebugEnabled() && !thisXPath.equals(newPath)) {
log.debug("xpath prefix enhanced " + thisXPath + " to " + newPath);
}
if (binding == null) {
if (repeatId != null) {
// Create the new xpath object
org.opendope.xpaths.Xpaths.Xpath newXPathObj =
createNewXPathObject(newPath, xpathObj, index);
// set sdt to use it
map.put(BINDING_ROLE_REPEAT, newXPathObj.getId());
tag.setVal(QueryString.create(map));
} else if (map.containsKey(BINDING_CONTENTTYPE)
|| map.containsKey(BINDING_HANDLER)
|| map.containsKey(BINDING_PROGID)) {
// Also need to create new xpath id, and add that
org.opendope.xpaths.Xpaths.Xpath newXPathObj =
createNewXPathObject(newPath, xpathObj, index);
// set sdt to use it
map.put(BINDING_ROLE_XPATH, newXPathObj.getId());
tag.setVal(QueryString.create(map));
}
} else {
binding.setXpath(newPath);
// Also need to create new xpath id, and add that
org.opendope.xpaths.Xpaths.Xpath newXPathObj = createNewXPathObject(newPath, xpathObj, index);
// set sdt to use it
map.put(BINDING_ROLE_XPATH, newXPathObj.getId());
tag.setVal(QueryString.create(map));
}
}