Package org.dom4j.io

Examples of org.dom4j.io.DOMWriter

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        {
            document = DocumentHelper.createDocument();
            document.setRootElement(dom4jElement);
        }

        final DOMWriter writer = new DOMWriter();
        org.w3c.dom.Document w3cDocument = writer.write(document);
        Element w3cElement = w3cDocument.getDocumentElement();


        return w3cElement;
    }
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  }

  public static Source documentToSource(org.dom4j.Document document)
      throws org.dom4j.DocumentException {
      return new DOMSource(new DOMWriter().write(document));
  }
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        {
            dom4jDocument = DocumentHelper.createDocument();
            dom4jDocument.setRootElement(dom4jElement);
        }

        final DOMWriter writer = new DOMWriter();
        Document w3cDocument = writer.write(dom4jDocument);
        Element w3cElement = w3cDocument.getDocumentElement();


        return w3cElement;
    }
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    // Implementation methods
    // -------------------------------------------------------------------------
    protected Document roundTripDOM(Document document) throws Exception {
        // now lets make a DOM object
        DOMWriter domWriter = new DOMWriter();
        org.w3c.dom.Document domDocument = domWriter.write(document);

        // now lets read it back as a DOM4J object
        DOMReader domReader = new DOMReader();
        Document newDocument = domReader.read(domDocument);
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                                            GlobalConfiguration globalCfg, AuditEntitiesConfiguration verEntCfg,
                                            AuditStrategy auditStrategy,
                                            Document revisionInfoXmlMapping, Element revisionInfoRelationMapping) {
        // Creating a name register to capture all audit entity names created.
        AuditEntityNameRegister auditEntityNameRegister = new AuditEntityNameRegister();
        DOMWriter writer = new DOMWriter();

        // Sorting the persistent class topologically - superclass always before subclass
        Iterator<PersistentClass> classes = GraphTopologicalSort.sort(new PersistentClassGraphDefiner(cfg)).iterator();

        ClassesAuditingData classesAuditingData = new ClassesAuditingData();
        Map<PersistentClass, EntityXmlMappingData> xmlMappings = new HashMap<PersistentClass, EntityXmlMappingData>();

        // Reading metadata from annotations
        while (classes.hasNext()) {
            PersistentClass pc = classes.next();

            // Collecting information from annotations on the persistent class pc
            AnnotationsMetadataReader annotationsMetadataReader =
                    new AnnotationsMetadataReader(globalCfg, reflectionManager, pc);
            ClassAuditingData auditData = annotationsMetadataReader.getAuditData();

            classesAuditingData.addClassAuditingData(pc, auditData);
        }

        // Now that all information is read we can update the calculated fields.
        classesAuditingData.updateCalculatedFields();

        AuditMetadataGenerator auditMetaGen = new AuditMetadataGenerator(cfg, globalCfg, verEntCfg, auditStrategy,
                revisionInfoRelationMapping, auditEntityNameRegister);

        // First pass
        for (Map.Entry<PersistentClass, ClassAuditingData> pcDatasEntry : classesAuditingData.getAllClassAuditedData()) {
            PersistentClass pc = pcDatasEntry.getKey();
            ClassAuditingData auditData = pcDatasEntry.getValue();

            EntityXmlMappingData xmlMappingData = new EntityXmlMappingData();
            if (auditData.isAudited()) {
                if (!StringTools.isEmpty(auditData.getAuditTable().value())) {
                    verEntCfg.addCustomAuditTableName(pc.getEntityName(), auditData.getAuditTable().value());
                }

                auditMetaGen.generateFirstPass(pc, auditData, xmlMappingData, true);
      } else {
        auditMetaGen.generateFirstPass(pc, auditData, xmlMappingData, false);
      }

            xmlMappings.put(pc, xmlMappingData);
        }

        // Second pass
        for (Map.Entry<PersistentClass, ClassAuditingData> pcDatasEntry : classesAuditingData.getAllClassAuditedData()) {
            EntityXmlMappingData xmlMappingData = xmlMappings.get(pcDatasEntry.getKey());

            if (pcDatasEntry.getValue().isAudited()) {
                auditMetaGen.generateSecondPass(pcDatasEntry.getKey(), pcDatasEntry.getValue(), xmlMappingData);
                try {
                    cfg.addDocument(writer.write(xmlMappingData.getMainXmlMapping()));
                    //writeDocument(xmlMappingData.getMainXmlMapping());

                    for (Document additionalMapping : xmlMappingData.getAdditionalXmlMappings()) {
                        cfg.addDocument(writer.write(additionalMapping));
                        //writeDocument(additionalMapping);
                    }
                } catch (DocumentException e) {
                    throw new MappingException(e);
                }
            }
        }

        // Only if there are any versioned classes
        if (classesAuditingData.getAllClassAuditedData().size() > 0) {
            try {
                if (revisionInfoXmlMapping !=  null) {
                    //writeDocument(revisionInfoXmlMapping);
                    cfg.addDocument(writer.write(revisionInfoXmlMapping));
                }
            } catch (DocumentException e) {
                throw new MappingException(e);
            }
        }
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  }

  public SessionFactory getSessionFactory(Document configurationDocument) {
    Configuration cfg;
    try {
      cfg = new Configuration().configure(new DOMWriter().write(configurationDocument));
      sessionFactory = cfg.buildSessionFactory();
    } catch (HibernateException e) {
      Logger.log(e);
    } catch (DocumentException e) {
      Logger.log(e);
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        //sessionFactoryElement.addElement("property").addAttribute("name", "hibernate.c3p0.testConnectionOnCheckout").setText("true");
       
        // generate ddl and update database (if configured)
        sessionFactoryElement.addElement("property").addAttribute("name", "hibernate.hbm2ddl.auto").setText(hbm2ddlMode);
        // setup config
        Configuration cfg = new Configuration().configure(new DOMWriter().write(document));
        // add object mappings
        Logger.log(mappingDocument.asXML());
        cfg.addDocument(new DOMWriter().write(mappingDocument));
        sessionFactory = cfg.buildSessionFactory();
      } catch (Exception e) {
        Logger.log(e);
      }
    }
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                                            GlobalConfiguration globalCfg, AuditEntitiesConfiguration verEntCfg,
                                            AuditStrategy auditStrategy,
                                            Document revisionInfoXmlMapping, Element revisionInfoRelationMapping) {
        // Creating a name register to capture all audit entity names created.
        AuditEntityNameRegister auditEntityNameRegister = new AuditEntityNameRegister();
        DOMWriter writer = new DOMWriter();

        // Sorting the persistent class topologically - superclass always before subclass
        Iterator<PersistentClass> classes = GraphTopologicalSort.sort(new PersistentClassGraphDefiner(cfg)).iterator();

        ClassesAuditingData classesAuditingData = new ClassesAuditingData();
        Map<PersistentClass, EntityXmlMappingData> xmlMappings = new HashMap<PersistentClass, EntityXmlMappingData>();

        // Reading metadata from annotations
        while (classes.hasNext()) {
            PersistentClass pc = classes.next();

            // Collecting information from annotations on the persistent class pc
            AnnotationsMetadataReader annotationsMetadataReader =
                    new AnnotationsMetadataReader(globalCfg, reflectionManager, pc);
            ClassAuditingData auditData = annotationsMetadataReader.getAuditData();

            classesAuditingData.addClassAuditingData(pc, auditData);
        }

        // Now that all information is read we can update the calculated fields.
        classesAuditingData.updateCalculatedFields();

        AuditMetadataGenerator auditMetaGen = new AuditMetadataGenerator(cfg, globalCfg, verEntCfg, auditStrategy,
                revisionInfoRelationMapping, auditEntityNameRegister);

        // First pass
        for (Map.Entry<PersistentClass, ClassAuditingData> pcDatasEntry : classesAuditingData.getAllClassAuditedData()) {
            PersistentClass pc = pcDatasEntry.getKey();
            ClassAuditingData auditData = pcDatasEntry.getValue();

            EntityXmlMappingData xmlMappingData = new EntityXmlMappingData();
            if (auditData.isAudited()) {
                if (!StringTools.isEmpty(auditData.getAuditTable().value())) {
                    verEntCfg.addCustomAuditTableName(pc.getEntityName(), auditData.getAuditTable().value());
                }

                auditMetaGen.generateFirstPass(pc, auditData, xmlMappingData, true);
      } else {
        auditMetaGen.generateFirstPass(pc, auditData, xmlMappingData, false);
      }

            xmlMappings.put(pc, xmlMappingData);
        }

        // Second pass
        for (Map.Entry<PersistentClass, ClassAuditingData> pcDatasEntry : classesAuditingData.getAllClassAuditedData()) {
            EntityXmlMappingData xmlMappingData = xmlMappings.get(pcDatasEntry.getKey());

            if (pcDatasEntry.getValue().isAudited()) {
                auditMetaGen.generateSecondPass(pcDatasEntry.getKey(), pcDatasEntry.getValue(), xmlMappingData);
                try {
                    cfg.addDocument(writer.write(xmlMappingData.getMainXmlMapping()));
                    //writeDocument(xmlMappingData.getMainXmlMapping());

                    for (Document additionalMapping : xmlMappingData.getAdditionalXmlMappings()) {
                        cfg.addDocument(writer.write(additionalMapping));
                        //writeDocument(additionalMapping);
                    }
                } catch (DocumentException e) {
                    throw new MappingException(e);
                }
            }
        }

        // Only if there are any versioned classes
        if (classesAuditingData.getAllClassAuditedData().size() > 0) {
            try {
                if (revisionInfoXmlMapping !=  null) {
                    //writeDocument(revisionInfoXmlMapping);
                    cfg.addDocument(writer.write(revisionInfoXmlMapping));
                }
            } catch (DocumentException e) {
                throw new MappingException(e);
            }
        }
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      GlobalConfiguration globalCfg, AuditEntitiesConfiguration verEntCfg,
      AuditStrategy auditStrategy, ClassLoaderService classLoaderService,
      Document revisionInfoXmlMapping, Element revisionInfoRelationMapping) {
    // Creating a name register to capture all audit entity names created.
    final AuditEntityNameRegister auditEntityNameRegister = new AuditEntityNameRegister();
    final DOMWriter writer = new DOMWriter();

    // Sorting the persistent class topologically - superclass always before subclass
    final Iterator<PersistentClass> classes = GraphTopologicalSort.sort( new PersistentClassGraphDefiner( cfg ) )
        .iterator();

    final ClassesAuditingData classesAuditingData = new ClassesAuditingData();
    final Map<PersistentClass, EntityXmlMappingData> xmlMappings = new HashMap<PersistentClass, EntityXmlMappingData>();

    // Reading metadata from annotations
    while ( classes.hasNext() ) {
      final PersistentClass pc = classes.next();

      // Collecting information from annotations on the persistent class pc
      final AnnotationsMetadataReader annotationsMetadataReader =
          new AnnotationsMetadataReader( globalCfg, reflectionManager, pc );
      final ClassAuditingData auditData = annotationsMetadataReader.getAuditData();

      classesAuditingData.addClassAuditingData( pc, auditData );
    }

    // Now that all information is read we can update the calculated fields.
    classesAuditingData.updateCalculatedFields();

    final AuditMetadataGenerator auditMetaGen = new AuditMetadataGenerator(
        cfg, globalCfg, verEntCfg, auditStrategy,
        classLoaderService, revisionInfoRelationMapping, auditEntityNameRegister
    );

    // First pass
    for ( Map.Entry<PersistentClass, ClassAuditingData> pcDatasEntry : classesAuditingData.getAllClassAuditedData() ) {
      final PersistentClass pc = pcDatasEntry.getKey();
      final ClassAuditingData auditData = pcDatasEntry.getValue();

      final EntityXmlMappingData xmlMappingData = new EntityXmlMappingData();
      if ( auditData.isAudited() ) {
        if ( !StringTools.isEmpty( auditData.getAuditTable().value() ) ) {
          verEntCfg.addCustomAuditTableName( pc.getEntityName(), auditData.getAuditTable().value() );
        }

        auditMetaGen.generateFirstPass( pc, auditData, xmlMappingData, true );
      }
      else {
        auditMetaGen.generateFirstPass( pc, auditData, xmlMappingData, false );
      }

      xmlMappings.put( pc, xmlMappingData );
    }

    // Second pass
    for ( Map.Entry<PersistentClass, ClassAuditingData> pcDatasEntry : classesAuditingData.getAllClassAuditedData() ) {
      final EntityXmlMappingData xmlMappingData = xmlMappings.get( pcDatasEntry.getKey() );

      if ( pcDatasEntry.getValue().isAudited() ) {
        auditMetaGen.generateSecondPass( pcDatasEntry.getKey(), pcDatasEntry.getValue(), xmlMappingData );
        try {
          cfg.addDocument( writer.write( xmlMappingData.getMainXmlMapping() ) );
          //writeDocument(xmlMappingData.getMainXmlMapping());

          for ( Document additionalMapping : xmlMappingData.getAdditionalXmlMappings() ) {
            cfg.addDocument( writer.write( additionalMapping ) );
            //writeDocument(additionalMapping);
          }
        }
        catch (DocumentException e) {
          throw new MappingException( e );
        }
      }
    }

    // Only if there are any versioned classes
    if ( auditMetaGen.getEntitiesConfigurations().size() > 0 ) {
      try {
        if ( revisionInfoXmlMapping != null ) {
          //writeDocument(revisionInfoXmlMapping);
          cfg.addDocument( writer.write( revisionInfoXmlMapping ) );
        }
      }
      catch (DocumentException e) {
        throw new MappingException( e );
      }
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                                            GlobalConfiguration globalCfg, AuditEntitiesConfiguration verEntCfg,
                                            AuditStrategy auditStrategy,
                                            Document revisionInfoXmlMapping, Element revisionInfoRelationMapping) {
        // Creating a name register to capture all audit entity names created.
        AuditEntityNameRegister auditEntityNameRegister = new AuditEntityNameRegister();
        DOMWriter writer = new DOMWriter();

        // Sorting the persistent class topologically - superclass always before subclass
        Iterator<PersistentClass> classes = GraphTopologicalSort.sort(new PersistentClassGraphDefiner(cfg)).iterator();

        ClassesAuditingData classesAuditingData = new ClassesAuditingData();
        Map<PersistentClass, EntityXmlMappingData> xmlMappings = new HashMap<PersistentClass, EntityXmlMappingData>();

        // Reading metadata from annotations
        while (classes.hasNext()) {
            PersistentClass pc = classes.next();

            // Collecting information from annotations on the persistent class pc
            AnnotationsMetadataReader annotationsMetadataReader =
                    new AnnotationsMetadataReader(globalCfg, reflectionManager, pc);
            ClassAuditingData auditData = annotationsMetadataReader.getAuditData();

            classesAuditingData.addClassAuditingData(pc, auditData);
        }

        // Now that all information is read we can update the calculated fields.
        classesAuditingData.updateCalculatedFields();

        AuditMetadataGenerator auditMetaGen = new AuditMetadataGenerator(cfg, globalCfg, verEntCfg, auditStrategy,
                revisionInfoRelationMapping, auditEntityNameRegister);

        // First pass
        for (Map.Entry<PersistentClass, ClassAuditingData> pcDatasEntry : classesAuditingData.getAllClassAuditedData()) {
            PersistentClass pc = pcDatasEntry.getKey();
            ClassAuditingData auditData = pcDatasEntry.getValue();

            EntityXmlMappingData xmlMappingData = new EntityXmlMappingData();
            if (auditData.isAudited()) {
                if (!StringTools.isEmpty(auditData.getAuditTable().value())) {
                    verEntCfg.addCustomAuditTableName(pc.getEntityName(), auditData.getAuditTable().value());
                }

                auditMetaGen.generateFirstPass(pc, auditData, xmlMappingData, true);
      } else {
        auditMetaGen.generateFirstPass(pc, auditData, xmlMappingData, false);
      }

            xmlMappings.put(pc, xmlMappingData);
        }

        // Second pass
        for (Map.Entry<PersistentClass, ClassAuditingData> pcDatasEntry : classesAuditingData.getAllClassAuditedData()) {
            EntityXmlMappingData xmlMappingData = xmlMappings.get(pcDatasEntry.getKey());

            if (pcDatasEntry.getValue().isAudited()) {
                auditMetaGen.generateSecondPass(pcDatasEntry.getKey(), pcDatasEntry.getValue(), xmlMappingData);
                try {
                    cfg.addDocument(writer.write(xmlMappingData.getMainXmlMapping()));
                    //writeDocument(xmlMappingData.getMainXmlMapping());

                    for (Document additionalMapping : xmlMappingData.getAdditionalXmlMappings()) {
                        cfg.addDocument(writer.write(additionalMapping));
                        //writeDocument(additionalMapping);
                    }
                } catch (DocumentException e) {
                    throw new MappingException(e);
                }
            }
        }

        // Only if there are any versioned classes
        if (classesAuditingData.getAllClassAuditedData().size() > 0) {
            try {
                if (revisionInfoXmlMapping !=  null) {
                    //writeDocument(revisionInfoXmlMapping);
                    cfg.addDocument(writer.write(revisionInfoXmlMapping));
                }
            } catch (DocumentException e) {
                throw new MappingException(e);
            }
        }
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