Package org.apache.jackrabbit.core.nodetype

Examples of org.apache.jackrabbit.core.nodetype.NodeTypeDef

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                true, def.isProtected());
    }

    /** Test for node type property definitions. */
    public void testPropertyNodeType() {
        NodeTypeDef def = getNodeType("propertyNodeType");
        assertEquals("propertyNodeType propertyDefs",
                11, def.getPropertyDefs().length);
    }
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                true, def.isMultiple());
    }

    /** Test for node type child node definitions. */
    public void testChildNodeType() {
        NodeTypeDef def = getNodeType("childNodeType");
        assertEquals("childNodeType childNodeDefs",
                4, def.getChildNodeDefs().length);
    }
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    public static void write(List l, NamespaceResolver r, NamePathResolver npResolver, Writer out)
            throws IOException {
        CompactNodeTypeDefWriter w = new CompactNodeTypeDefWriter(out, r, npResolver);
        Iterator iter = l.iterator();
        while (iter.hasNext()) {
            NodeTypeDef def = (NodeTypeDef) iter.next();
            w.write(def);
        }
        w.close();
    }
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     * @throws NameException               if the definition contains an
     *                                     illegal name
     */
    private NodeTypeDef getNodeTypeDef()
            throws InvalidNodeTypeDefException, NameException, NamespaceException {
        NodeTypeDef type = new NodeTypeDef();

        type.setName(resolver.getQName(
                walker.getAttribute(Constants.NAME_ATTRIBUTE)));
        type.setMixin(Boolean.valueOf(
                walker.getAttribute(Constants.ISMIXIN_ATTRIBUTE))
                .booleanValue());
        type.setOrderableChildNodes(Boolean.valueOf(
                walker.getAttribute(Constants.HASORDERABLECHILDNODES_ATTRIBUTE))
                .booleanValue());
        type.setAbstract(Boolean.valueOf(
                walker.getAttribute(Constants.ISABSTRACT_ATTRIBUTE))
                .booleanValue());
        type.setQueryable(Boolean.valueOf(
                walker.getAttribute(Constants.ISQUERYABLE_ATTRIBUTE))
                .booleanValue());
        String primaryItemName =
            walker.getAttribute(Constants.PRIMARYITEMNAME_ATTRIBUTE);
        if (primaryItemName != null && primaryItemName.length() > 0) {
            type.setPrimaryItemName(
                    resolver.getQName(primaryItemName));
        }

        // supertype declarations
        if (walker.enterElement(Constants.SUPERTYPES_ELEMENT)) {
            List supertypes = new ArrayList();
            while (walker.iterateElements(Constants.SUPERTYPE_ELEMENT)) {
                supertypes.add(
                        resolver.getQName(walker.getContent()));
            }
            type.setSupertypes((Name[])
                    supertypes.toArray(new Name[supertypes.size()]));
            walker.leaveElement();
        }

        // property definitions
        List properties = new ArrayList();
        while (walker.iterateElements(Constants.PROPERTYDEFINITION_ELEMENT)) {
            PropDefImpl def = getPropDef();
            def.setDeclaringNodeType(type.getName());
            properties.add(def);
        }
        type.setPropertyDefs((PropDef[])
                properties.toArray(new PropDef[properties.size()]));

        // child node definitions
        List nodes = new ArrayList();
        while (walker.iterateElements(Constants.CHILDNODEDEFINITION_ELEMENT)) {
            NodeDefImpl def = getChildNodeDef();
            def.setDeclaringNodeType(type.getName());
            nodes.add(def);
        }
        type.setChildNodeDefs((NodeDef[])
                nodes.toArray(new NodeDef[nodes.size()]));

        return type;
    }
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                break;
            case NodeTypeRecord.UNREGISTER:
                nodeTypeListener.externalUnregistered(coll);
                break;
            case NodeTypeRecord.REREGISTER:
                NodeTypeDef ntd = (NodeTypeDef) coll.iterator().next();
                nodeTypeListener.externalReregistered(ntd);
                break;
            }
        } catch (InvalidNodeTypeDefException e) {
            String msg = "Unable to deliver node type operation: " + e.getMessage();
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                break;
            case NodeTypeRecord.UNREGISTER:
                nodeTypeListener.externalUnregistered(coll);
                break;
            case NodeTypeRecord.REREGISTER:
                NodeTypeDef ntd = (NodeTypeDef) coll.iterator().next();
                nodeTypeListener.externalReregistered(ntd);
                break;
            }
        } catch (InvalidNodeTypeDefException e) {
            String msg = "Unable to deliver node type operation: " + e.getMessage();
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            if (!doNameSpace()) {
                break;
            }
        }
        while (!currentTokenEquals(Lexer.EOF)) {
            NodeTypeDef ntd = new NodeTypeDef();
            ntd.setOrderableChildNodes(false);
            ntd.setMixin(false);
            ntd.setAbstract(false);
            ntd.setQueryable(true);
            ntd.setPrimaryItemName(null);
            doNodeTypeName(ntd);
            doSuperTypes(ntd);
            doOptions(ntd);
            doItemDefs(ntd);
            nodeTypeDefs.add(ntd);
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     * @throws NameException               if the definition contains an
     *                                     illegal name
     */
    private NodeTypeDef getNodeTypeDef()
            throws InvalidNodeTypeDefException, NameException, NamespaceException {
        NodeTypeDef type = new NodeTypeDef();

        type.setName(resolver.getQName(
                walker.getAttribute(Constants.NAME_ATTRIBUTE)));
        type.setMixin(Boolean.valueOf(
                walker.getAttribute(Constants.ISMIXIN_ATTRIBUTE))
                .booleanValue());
        type.setOrderableChildNodes(Boolean.valueOf(
                walker.getAttribute(Constants.HASORDERABLECHILDNODES_ATTRIBUTE))
                .booleanValue());
        type.setAbstract(Boolean.valueOf(
                walker.getAttribute(Constants.ISABSTRACT_ATTRIBUTE))
                .booleanValue());
        type.setQueryable(Boolean.valueOf(
                walker.getAttribute(Constants.ISQUERYABLE_ATTRIBUTE))
                .booleanValue());
        String primaryItemName =
            walker.getAttribute(Constants.PRIMARYITEMNAME_ATTRIBUTE);
        if (primaryItemName != null && primaryItemName.length() > 0) {
            type.setPrimaryItemName(
                    resolver.getQName(primaryItemName));
        }

        // supertype declarations
        if (walker.enterElement(Constants.SUPERTYPES_ELEMENT)) {
            List supertypes = new ArrayList();
            while (walker.iterateElements(Constants.SUPERTYPE_ELEMENT)) {
                supertypes.add(
                        resolver.getQName(walker.getContent()));
            }
            type.setSupertypes((Name[])
                    supertypes.toArray(new Name[supertypes.size()]));
            walker.leaveElement();
        }

        // property definitions
        List properties = new ArrayList();
        while (walker.iterateElements(Constants.PROPERTYDEFINITION_ELEMENT)) {
            PropDefImpl def = getPropDef();
            def.setDeclaringNodeType(type.getName());
            properties.add(def);
        }
        type.setPropertyDefs((PropDef[])
                properties.toArray(new PropDef[properties.size()]));

        // child node definitions
        List nodes = new ArrayList();
        while (walker.iterateElements(Constants.CHILDNODEDEFINITION_ELEMENT)) {
            NodeDefImpl def = getChildNodeDef();
            def.setDeclaringNodeType(type.getName());
            nodes.add(def);
        }
        type.setChildNodeDefs((NodeDef[])
                nodes.toArray(new NodeDef[nodes.size()]));

        return type;
    }
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        nd.setProtected(true);
        nd.setAllowsSameNameSiblings(true);
        nd.setOnParentVersion(OnParentVersionAction.VERSION);
        nd.setDeclaringNodeType(NODE_TYPE_NAME);

        modelNodeTypeDef = new NodeTypeDef();
        modelNodeTypeDef.setName(NODE_TYPE_NAME);
        modelNodeTypeDef.setSupertypes(SUPERTYPES);
        modelNodeTypeDef.setOrderableChildNodes(true);
        modelNodeTypeDef.setMixin(true);
        modelNodeTypeDef.setAbstract(true);
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            getClass().getClassLoader().getResourceAsStream(TEST_FILE));
        CompactNodeTypeDefReader cndReader =
            new CompactNodeTypeDefReader(reader, TEST_FILE);
        List ntdList = cndReader.getNodeTypeDefs();
        NamespaceMapping nsm = cndReader.getNamespaceMapping();
        NodeTypeDef ntd = (NodeTypeDef)ntdList.get(0);

        // Test CND Reader by comparing imported NTD with model NTD.
        NodeTypeDefDiff diff = NodeTypeDefDiff.create(modelNodeTypeDef, ntd);
        if (diff.isModified()){
            fail("Imported node type definition is not identical to model definition");
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