Examples of org.apache.jackrabbit.name.QName

org.apache.jackrabbit.name.QName

Qualified name. A qualified name is a combination of a namespace URI and a local part. Instances of this class are used to internally represent the names of JCR content items and other objects within a content repository.

A qualified name is immutable once created, although the prefixed JCR name representation of the qualified name can change depending on the namespace mappings in effect.

This class also contains a number of common namespace and qualified name constants for the namespaces and names specified by the JCR specification.

String representations

The prefixed JCR name format of a qualified name is specified by section 4.6 of the the JCR 1.0 specification (JSR 170) as follows:

 name                ::= simplename | prefixedname simplename          ::= onecharsimplename | twocharsimplename | threeormorecharname prefixedname        ::= prefix ':' localname localname           ::= onecharlocalname | twocharlocalname | threeormorecharname onecharsimplename   ::= (* Any Unicode character except: '.', '/', ':', '[', ']', '*', ''', '"', '|' or any whitespace character *) twocharsimplename   ::= '.' onecharsimplename | onecharsimplename '.' | onecharsimplename onecharsimplename onecharlocalname    ::= nonspace twocharlocalname    ::= nonspace nonspace threeormorecharname ::= nonspace string nonspace prefix              ::= (* Any valid XML Name *) string              ::= char | string char char                ::= nonspace | ' ' nonspace            ::= (* Any Unicode character except: '/', ':', '[', ']', '*', ''', '"', '|' or any whitespace character *)

In addition to the prefixed JCR name format, a qualified name can also be represented using the format "{namespaceURI}localPart".

        OrderQueryNode.OrderSpec[] specs = node.getOrderSpecs();
        String comma = "";
        try {
            for (int i = 0; i < specs.length; i++) {
                sb.append(comma);
                QName prop = ISO9075.encode(specs[i].getProperty());
                sb.append(" @");
                NameFormat.format(prop, resolver, sb);
                if (!specs[i].isAscending()) {
                    sb.append(" descending");
                }

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            // unknown uri<->prefix mappings
        }


        Set props = node.getPropertyNames();
        for (Iterator it = props.iterator(); it.hasNext();) {
            QName propName = (QName) it.next();
            PropertyId id = new PropertyId(node.getNodeId(), propName);
            try {
                PropertyState propState = (PropertyState) stateProvider.getItemState(id);
                InternalValue[] values = propState.getValues();
                for (int i = 0; i < values.length; i++) {

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     * @param doc           The document to which to add the field
     * @param fieldName     The name of the field to add
     * @param internalValue The value for the field to add to the document.
     */
    protected void addNameValue(Document doc, String fieldName, Object internalValue) {
        QName qualiName = (QName) internalValue;
        String normValue = internalValue.toString();
        try {
            normValue = mappings.getPrefix(qualiName.getNamespaceURI())
                    + ":" + qualiName.getLocalName();
        } catch (NamespaceException e) {
            // will never happen
        }
        doc.add(new Field(FieldNames.PROPERTIES,
                FieldNames.createNamedValue(fieldName, normValue),

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                            }
                        }
                    }
                }
            }, data);
            QName identifier = tmp[0];


            if (identifier.equals(QName.JCR_PATH)) {
                if (tmp[1] != null) {
                    // simply ignore, this is a join of a mixin node type
                } else {
                    createPathQuery(value[0].getValue(), parent.getType());
                }

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                        name = null;
                    } else {
                        index = 1;
                    }
                }
                QName qName = null;
                if (name != null) {
                    try {
                        qName = NameFormat.parse(name, resolver);
                    } catch (IllegalNameException e) {
                        throw new IllegalArgumentException("Illegal name: " + name);

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            if (relPath == null || !node.getReferencesProperty()) {
                // fulltext on node
                fieldname = FieldNames.FULLTEXT;
            } else {
                // final path element is a property name
                QName propName = relPath.getNameElement().getName();
                StringBuffer tmp = new StringBuffer();
                tmp.append(nsMappings.getPrefix(propName.getNamespaceURI()));
                tmp.append(":").append(FieldNames.FULLTEXT_PREFIX);
                tmp.append(propName.getLocalName());
                fieldname = tmp.toString();
            }
            QueryParser parser = new QueryParser(fieldname, analyzer);
            parser.setOperator(QueryParser.DEFAULT_OPERATOR_AND);
            // replace unescaped ' with " and escaped ' with just '

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        Query context = null;
        LocationStepQueryNode[] steps = node.getPathSteps();
        if (steps.length > 0) {
            if (node.isAbsolute() && !steps[0].getIncludeDescendants()) {
                // eat up first step
                QName nameTest = steps[0].getNameTest();
                if (nameTest == null) {
                    // this is equivalent to the root node
                    context = new TermQuery(new Term(FieldNames.PARENT, ""));
                } else if (nameTest.getLocalName().length() == 0) {
                    // root node
                    context = new TermQuery(new Term(FieldNames.PARENT, ""));
                } else {
                    // then this is a node != the root node
                    // will never match anything!

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                if (node.getOperation() == QueryConstants.OPERATION_EQ_GENERAL
                        || node.getOperation() == QueryConstants.OPERATION_EQ_VALUE
                        || node.getOperation() == QueryConstants.OPERATION_NE_GENERAL
                        || node.getOperation() == QueryConstants.OPERATION_NE_VALUE) {
                    // only use coercing on non-range operations
                    QName propertyName = node.getRelativePath().getNameElement().getName();
                    stringValues = getStringValues(propertyName, node.getStringValue());
                } else {
                    stringValues[0] = node.getStringValue();
                }
                break;

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            // node types have been collected by now
            String comma = "";
            int ntCount = 0;
            for (Iterator it = nodeTypes.iterator(); it.hasNext(); ntCount++) {
                QName nt = (QName) it.next();
                sb.append(comma).append(" ");
                appendName(nt, resolver, sb);
                comma = ",";
            }

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  final public void Predicate() throws ParseException {
 /*@bgen(jjtree) Predicate */
  ASTPredicate jjtn000 = new ASTPredicate(JJTPREDICATE);
  boolean jjtc000 = true;
  jjtree.openNodeScope(jjtn000);int operationType;
  QName identifier;
  String value;
  String escapeString;
    try {
      switch ((jj_ntk==-1)?jj_ntk():jj_ntk) {
      case BY:

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net.sf.archimede.jsf.view.workspace.MetadataDefBean

net.sf.archimede.NodesTypes

net.sf.archimede.schema.SchemaConverter

net.sf.archimede.util.ISO9075

net.sf.archimede.util.JcrUtil

net.sf.archimede.util.Test

org.apache.jackrabbit.core.BatchedItemOperations

org.apache.jackrabbit.core.CachingNamespaceResolver

org.apache.jackrabbit.core.cluster.AbstractJournal

org.apache.jackrabbit.core.cluster.ClusterNode

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