How to use

EdifactModel$DependencyTree

in

org.milyn.edisax.model

public List<T> getUniqueValues() {
  List<T> result = new ArrayList<T>();
  return getUniqueValuesForNode(root, result);
}

conflictNode = tree.add(parent, child);
if ( conflictNode != null ) {
  throw new EDIParseException(edimap, "Circular dependency encountered in edi-message-mapping with imported files [" + importUri + "] and [" + conflictNode.getValue() + "]");

conflictNode = tree.add(parent, child);
if ( conflictNode != null ) {
  throw new EDIParseException(edimap, "Circular dependency encountered in edi-message-mapping with imported files [" + importUri + "] and [" + conflictNode.getValue() + "]");

conflictNode = tree.add(parent, child);
if ( conflictNode != null ) {
  throw new EDIParseException(edimap, "Circular dependency encountered in edi-message-mapping with imported files [" + importUri + "] and [" + conflictNode.getValue() + "]");

conflictNode = tree.add(parent, child);
if ( conflictNode != null ) {
  throw new EDIParseException(edimap, "Circular dependency encountered in edi-message-mapping with imported files [" + importUri + "] and [" + conflictNode.getValue() + "]");

/**
 * Set the edifact edimap from the mapping model InputStream.
 * @throws org.milyn.edisax.EDIParseException is thrown when EdifactModel is unable to initialize edimap.
 * @throws org.milyn.edisax.EDIConfigurationException is thrown when edi-message-mapping contains multiple or no namespace declaration.
 * @throws java.io.IOException is thrown when error occurs when parsing edi-message-mapping.
 */
private synchronized void parseSequence() throws EDIConfigurationException, IOException, SAXException {
  if(edimap != null) {
    return;
  }
  //To prevent circular dependency the name/url of all imported urls are stored in a dependency tree.
  //If a name/url already exists in a parent node, we have a circular dependency.
  DependencyTree<String> tree = new DependencyTree<String>();
  EDIConfigDigester digester = new EDIConfigDigester(modelURI, importBaseURI);
  edimap = digester.digestEDIConfig(new StringReader(mappingConfig));
  description = edimap.getDescription();
  importFiles(tree.getRoot(), edimap, tree);
}

/**
 * Set the edifact edimap from the mapping model InputStream.
 * @throws org.milyn.edisax.EDIParseException is thrown when EdifactModel is unable to initialize edimap.
 * @throws org.milyn.edisax.EDIConfigurationException is thrown when edi-message-mapping contains multiple or no namespace declaration.
 * @throws java.io.IOException is thrown when error occurs when parsing edi-message-mapping.
 */
private synchronized void parseSequence() throws EDIConfigurationException, IOException, SAXException {
  if(edimap != null) {
    return;
  }
  //To prevent circular dependency the name/url of all imported urls are stored in a dependency tree.
  //If a name/url already exists in a parent node, we have a circular dependency.
  DependencyTree<String> tree = new DependencyTree<String>();
  EDIConfigDigester digester = new EDIConfigDigester(modelURI, importBaseURI);
  edimap = digester.digestEDIConfig(new StringReader(mappingConfig));
  description = edimap.getDescription();
  importFiles(tree.getRoot(), edimap, tree);
}

/**
 * Set the edifact edimap from the mapping model InputStream.
 * @throws org.milyn.edisax.EDIParseException is thrown when EdifactModel is unable to initialize edimap.
 * @throws org.milyn.edisax.EDIConfigurationException is thrown when edi-message-mapping contains multiple or no namespace declaration.
 * @throws java.io.IOException is thrown when error occurs when parsing edi-message-mapping.
 */
private synchronized void parseSequence() throws EDIConfigurationException, IOException, SAXException {
  if(edimap != null) {
    return;
  }
  //To prevent circular dependency the name/url of all imported urls are stored in a dependency tree.
  //If a name/url already exists in a parent node, we have a circular dependency.
  DependencyTree<String> tree = new DependencyTree<String>();
  EDIConfigDigester digester = new EDIConfigDigester(modelURI, importBaseURI);
  edimap = digester.digestEDIConfig(new StringReader(mappingConfig));
  description = edimap.getDescription();
  importFiles(tree.getRoot(), edimap, tree);
}

/**
 * Set the edifact edimap from the mapping model InputStream.
 * @throws org.milyn.edisax.EDIParseException is thrown when EdifactModel is unable to initialize edimap.
 * @throws org.milyn.edisax.EDIConfigurationException is thrown when edi-message-mapping contains multiple or no namespace declaration.
 * @throws java.io.IOException is thrown when error occurs when parsing edi-message-mapping.
 */
private synchronized void parseSequence() throws EDIConfigurationException, IOException, SAXException {
  if(edimap != null) {
    return;
  }
  //To prevent circular dependency the name/url of all imported urls are stored in a dependency tree.
  //If a name/url already exists in a parent node, we have a circular dependency.
  DependencyTree<String> tree = new DependencyTree<String>();
  EDIConfigDigester digester = new EDIConfigDigester(modelURI, importBaseURI);
  edimap = digester.digestEDIConfig(new StringReader(mappingConfig));
  description = edimap.getDescription();
  importFiles(tree.getRoot(), edimap, tree);
}

public List<T> getUniqueValues() {
  List<T> result = new ArrayList<T>();
  return getUniqueValuesForNode(root, result);
}

public List<T> getUniqueValues() {
  List<T> result = new ArrayList<T>();
  return getUniqueValuesForNode(root, result);
}

public List<T> getUniqueValues() {
  List<T> result = new ArrayList<T>();
  return getUniqueValuesForNode(root, result);
}