Examples of org.apache.jackrabbit.spi.QNodeTypeDefinition

org.apache.jackrabbit.spi.QNodeTypeDefinition
QNodeTypeDefinition is the qualified SPI representation of a {@link javax.jcr.nodetype.NodeType node type}. It refers to qualified names only and is therefore independant of session-specific namespace mappings. @see javax.jcr.nodetype.NodeType

            validateNodeTypeDef(ntd, entCache, registeredNTDefs, nsReg, false);


            /**
             * build diff of current and new definition and determine type of change
             */
            QNodeTypeDefinition ntdOld = registeredNTDefs.get(name);
            NodeTypeDefDiff diff = NodeTypeDefDiff.create(ntdOld, ntd);
            if (!diff.isModified()) {
                // the definition has not been modified, there's nothing to do here...
                return getEffectiveNodeType(name);
            }

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     * @throws NoSuchNodeTypeException if a node type with the given name
     *                                 does not exist
     */
    public QNodeTypeDefinition getNodeTypeDef(Name nodeTypeName)
            throws NoSuchNodeTypeException {
        QNodeTypeDefinition def = registeredNTDefs.get(nodeTypeName);
        if (def == null) {
            throw new NoSuchNodeTypeException(nodeTypeName.toString());
        }
        return def;
    }

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        if (ent != null) {
            return ent;
        }


        // 2. make sure we've got the definition of the specified node type
        QNodeTypeDefinition ntd = ntdCache.get(ntName);
        if (ntd == null) {
            throw new NoSuchNodeTypeException(ntName.toString());
        }


        // 3. build effective node type

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                     * no matching sub-aggregates found:
                     * build aggregate of remaining node types through iteration
                     */
                    Name[] remainder = key.getNames();
                    for (Name aRemainder : remainder) {
                        QNodeTypeDefinition ntd = ntdCache.get(aRemainder);
                        EffectiveNodeType ent =
                                EffectiveNodeType.create(ntd, entCache, ntdCache);
                        // store new effective node type
                        entCache.put(ent);
                        if (result == null) {

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                buf.append(nt);
                throw new InvalidNodeTypeDefException("circular inheritance detected: " + buf.toString());
            }


            try {
                QNodeTypeDefinition ntd = ntDefCache.get(nt);
                Name[] sta = ntd.getSupertypes();
                if (sta.length > 0) {
                    // check recursively
                    inheritanceChain.push(nt);
                    checkForCircularInheritance(sta, inheritanceChain, ntDefCache);
                    inheritanceChain.pop();

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            tmpNTDefCache.put(ntd.getName(), ntd);
        }


        // check if all node type defs have proper nt:base subtyping
        for (int i = 0; i < defs.size(); i++) {
            QNodeTypeDefinition ntd = defs.get(i);
            QNodeTypeDefinition mod = checkNtBaseSubtyping(ntd, tmpNTDefCache);
            if (mod != ntd) {
                // check fixed subtyping
                // -> update cache and list of defs
                tmpNTDefCache.put(mod.getName(), mod);
                defs.set(i, mod);
            }
        }


        // create working copies of current ent & ntd caches:

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        // finally add newly created effective node types to entCache
        entCache = tmpENTCache;
    }


    private void internalUnregister(Name name) throws NoSuchNodeTypeException {
        QNodeTypeDefinition ntd = registeredNTDefs.get(name);
        if (ntd == null) {
            throw new NoSuchNodeTypeException(name.toString());
        }
        registeredNTDefs.remove(name);
        entCache.invalidate(name);

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        } else {
            // check if all supertypes (except nt:base) are mixins
            boolean allMixins = true;
            for (Name name: supertypes) {
                if (!name.equals(NameConstants.NT_BASE)) {
                    QNodeTypeDefinition def = ntdCache.get(name);
                    if (def != null && !def.isMixin()) {
                        allMixins = false;
                        break;
                    }
                }
            }

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    public NodeTypeImpl getNodeType(Name name) throws NoSuchNodeTypeException {
        synchronized (ntCache) {
            NodeTypeImpl nt = (NodeTypeImpl) ntCache.get(name);
            if (nt == null) {
                EffectiveNodeType ent = entProvider().getEffectiveNodeType(name);
                QNodeTypeDefinition def = ntReg.getNodeTypeDefinition(name);
                nt = new NodeTypeImpl(ent, def, this, mgrProvider);
                ntCache.put(name, nt);
            }
            return nt;
        }

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     */
    public NodeTypeIterator registerNodeTypes(NodeTypeDefinition[] ntds, boolean allowUpdate)
            throws RepositoryException {
        List<QNodeTypeDefinition> defs = new ArrayList<QNodeTypeDefinition>(ntds.length);
        for (NodeTypeDefinition definition : ntds) {
            QNodeTypeDefinition qdef = new QNodeTypeDefinitionImpl(definition, resolver(), mgrProvider.getQValueFactory());
            if (!allowUpdate && hasNodeType(qdef.getName())) {
                throw new NodeTypeExistsException("NodeType " + definition.getName() + " already exists.");
            }
            defs.add(qdef);
        }

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org.apache.jackrabbit.core.cluster.ClusterNode

org.apache.jackrabbit.core.nodetype.EffectiveNodeType

org.apache.jackrabbit.core.nodetype.NodeTypeManagerImpl

org.apache.jackrabbit.core.nodetype.NodeTypeRegistry

org.apache.jackrabbit.core.nodetype.virtual.VirtualNodeTypeStateProvider

org.apache.jackrabbit.core.nodetype.xml.TestAll

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org.apache.jackrabbit.jcr2spi.nodetype.DefinitionValidator

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