Examples with AbstractClassMetaData org.datanucleus.metadata.AbstractClassMetaData used on opensource projects

Example 81 with AbstractClassMetaData

use of org.datanucleus.metadata.AbstractClassMetaData in project datanucleus-core by datanucleus.

the class IdentityUtils method getObjectFromIdString.

/**
 * Convenience method to find an object given a string form of its identity, and the metadata for the member.
 * @param idStr The id string
 * @param mmd Metadata for the member
 * @param fieldRole Role of this field (see org.datanucleus.metadata.FieldRole)
 * @param ec Execution Context
 * @param checkInheritance Whether to check the inheritance level of this object
 * @return The object
 */
public static Object getObjectFromIdString(String idStr, AbstractMemberMetaData mmd, FieldRole fieldRole, ExecutionContext ec, boolean checkInheritance) {
    ClassLoaderResolver clr = ec.getClassLoaderResolver();
    if (fieldRole == FieldRole.ROLE_FIELD && mmd.getType().isInterface()) {
        // Interface field, so use information about possible implementation types
        String[] implNames = MetaDataUtils.getInstance().getImplementationNamesForReferenceField(mmd, fieldRole, clr, ec.getMetaDataManager());
        if (implNames == null || implNames.length == 0) {
            // No known implementations so no way of knowing the type
            return null;
        }
        AbstractClassMetaData cmd = ec.getMetaDataManager().getMetaDataForClass(implNames[0], clr);
        if (cmd.getIdentityType() == IdentityType.DATASTORE) {
            Object id = ec.getNucleusContext().getIdentityManager().getDatastoreId(idStr);
            return ec.findObject(id, true, checkInheritance, null);
        } else if (cmd.getIdentityType() == IdentityType.APPLICATION) {
            Object id = null;
            for (int i = 0; i < implNames.length; i++) {
                if (i != 0) {
                    cmd = ec.getMetaDataManager().getMetaDataForClass(implNames[i], clr);
                }
                if (cmd.usesSingleFieldIdentityClass()) {
                    id = ec.getNucleusContext().getIdentityManager().getApplicationId(clr, cmd, idStr);
                } else {
                    id = ec.newObjectId(clr.classForName(cmd.getFullClassName()), idStr);
                }
                try {
                    return ec.findObject(id, true, checkInheritance, null);
                } catch (NucleusObjectNotFoundException nonfe) {
                // Presumably not this implementation
                }
            }
        }
    } else // TODO Allow for collection<interface>, map<interface, ?>, map<?, interface>, interface[]
    {
        AbstractClassMetaData cmd = null;
        if (fieldRole == FieldRole.ROLE_COLLECTION_ELEMENT) {
            cmd = mmd.getCollection().getElementClassMetaData(clr);
        } else if (fieldRole == FieldRole.ROLE_ARRAY_ELEMENT) {
            cmd = mmd.getArray().getElementClassMetaData(clr);
        } else if (fieldRole == FieldRole.ROLE_MAP_KEY) {
            cmd = mmd.getMap().getKeyClassMetaData(clr);
        } else if (fieldRole == FieldRole.ROLE_MAP_KEY) {
            cmd = mmd.getMap().getKeyClassMetaData(clr);
        } else {
            cmd = ec.getMetaDataManager().getMetaDataForClass(mmd.getType(), clr);
        }
        Object id = null;
        if (cmd.getIdentityType() == IdentityType.DATASTORE) {
            id = ec.getNucleusContext().getIdentityManager().getDatastoreId(idStr);
        } else if (cmd.getIdentityType() == IdentityType.APPLICATION) {
            if (cmd.usesSingleFieldIdentityClass()) {
                // Single-Field identity doesn't have the class name in the string, so cater for the root being abstract
                Class cls = clr.classForName(cmd.getFullClassName());
                if (Modifier.isAbstract(cls.getModifiers())) {
                    // Try to find a non-abstract subclass candidate
                    // TODO Allow for all possibilities rather than just first non-abstract branch
                    String[] subclasses = ec.getMetaDataManager().getSubclassesForClass(cmd.getFullClassName(), false);
                    if (subclasses != null) {
                        for (int i = 0; i < subclasses.length; i++) {
                            cls = clr.classForName(subclasses[i]);
                            if (!Modifier.isAbstract(cls.getModifiers())) {
                                cmd = ec.getMetaDataManager().getMetaDataForClass(cls, clr);
                                break;
                            }
                        }
                    }
                }
                id = ec.getNucleusContext().getIdentityManager().getApplicationId(clr, cmd, idStr);
            } else {
                Class cls = clr.classForName(cmd.getFullClassName());
                id = ec.newObjectId(cls, idStr);
            }
        }
        return ec.findObject(id, true, checkInheritance, null);
    }
    return null;
}

Example 82 with AbstractClassMetaData

use of org.datanucleus.metadata.AbstractClassMetaData in project datanucleus-api-jdo by datanucleus.

the class JDOAnnotationReader method processClassAnnotations.

/**
 * Method to process the "class" level annotations and create the outline ClassMetaData object.
 * Supports classes annotated with @PersistenceCapable, classes annotated with @PersistenceAware, and classes which have neither of those but have @Queries or @Query.
 * @param pmd Parent PackageMetaData
 * @param cls The class
 * @param annotations Annotations for this class
 * @param clr ClassLoader resolver
 * @return The ClassMetaData/InterfaceMetaData (or null if no annotations)
 */
protected AbstractClassMetaData processClassAnnotations(PackageMetaData pmd, Class cls, AnnotationObject[] annotations, ClassLoaderResolver clr) {
    if (annotations == null || annotations.length == 0) {
        return null;
    }
    AbstractClassMetaData cmd = null;
    AnnotationObject pcAnnotation = isClassPersistable(annotations);
    if (pcAnnotation != null) {
        // PersistenceCapable class
        cmd = (cls.isInterface()) ? pmd.newInterfaceMetadata(ClassUtils.getClassNameForClass(cls)) : pmd.newClassMetadata(ClassUtils.getClassNameForClass(cls));
        cmd.setPersistenceModifier(ClassPersistenceModifier.PERSISTENCE_CAPABLE);
        // Process all attributes here in case needed for other annotations
        processPersistenceCapableAnnotation(cls, cmd, pcAnnotation.getNameValueMap());
    } else if (isClassPersistenceAware(annotations)) {
        // PersistenceAware class
        cmd = pmd.newClassMetadata(ClassUtils.getClassNameForClass(cls));
        cmd.setPersistenceModifier(ClassPersistenceModifier.PERSISTENCE_AWARE);
    } else if (doesClassHaveNamedQueries(annotations)) {
        // Class with named query specified
        cmd = pmd.newClassMetadata(ClassUtils.getClassNameForClass(cls));
        cmd.setPersistenceModifier(ClassPersistenceModifier.NON_PERSISTENT);
    } else {
        // Not involved in the persistence process
        return null;
    }
    // Cater for named queries being specified on a persistence aware, or other class
    processNamedQueries(cmd, cls, annotations);
    if (cmd.getPersistenceModifier() != ClassPersistenceModifier.PERSISTENCE_CAPABLE) {
        // Not persistable, so no further information needed
        return cmd;
    }
    // Class is persistable so process annotations
    for (AnnotationObject annotation : annotations) {
        String annName = annotation.getName();
        if (annName.equals(JDOAnnotationUtils.PERSISTENCE_CAPABLE)) {
            // @PersistenceCapable is merged and processed above
            continue;
        }
        Map<String, Object> annotationValues = annotation.getNameValueMap();
        if (annName.equals(JDOAnnotationUtils.EMBEDDED_ONLY)) {
            cmd.setEmbeddedOnly(true);
        } else if (annName.equals(JDOAnnotationUtils.VERSION)) {
            VersionStrategy versionStrategy = (VersionStrategy) annotationValues.get("strategy");
            String strategy = JDOAnnotationUtils.getVersionStrategyString(versionStrategy);
            String indexed = (String) annotationValues.get("indexed");
            String column = (String) annotationValues.get("column");
            Column[] columns = (Column[]) annotationValues.get("columns");
            VersionMetaData vermd = new VersionMetaData();
            vermd.setStrategy(strategy);
            vermd.setColumnName(column);
            vermd.setIndexed(IndexedValue.getIndexedValue(indexed));
            if (columns != null && columns.length > 0) {
                // Only use the first column
                ColumnMetaData colmd = JDOAnnotationUtils.getColumnMetaDataForColumnAnnotation(columns[0]);
                vermd.setColumnMetaData(colmd);
            }
            JDOAnnotationUtils.addExtensionsToMetaData(vermd, (Extension[]) annotationValues.get("extensions"));
            vermd.setParent(cmd);
            cmd.setVersionMetaData(vermd);
        } else if (annName.equals(JDOAnnotationUtils.DATASTORE_IDENTITY)) {
            String strategy = JDOAnnotationUtils.getValueGenerationStrategyString((IdGeneratorStrategy) annotationValues.get("strategy"));
            String customStrategy = (String) annotationValues.get("customStrategy");
            if (!StringUtils.isWhitespace(customStrategy)) {
                // User has provided an extension strategy
                strategy = customStrategy;
            }
            String sequence = (String) annotationValues.get("sequence");
            String column = (String) annotationValues.get("column");
            Column[] columns = (Column[]) annotationValues.get("columns");
            IdentityMetaData idmd = new IdentityMetaData();
            idmd.setColumnName(column);
            idmd.setValueStrategy(ValueGenerationStrategy.getIdentityStrategy(strategy));
            idmd.setSequence(sequence);
            if (columns != null && columns.length > 0) {
                // Only use the first column
                ColumnMetaData colmd = JDOAnnotationUtils.getColumnMetaDataForColumnAnnotation(columns[0]);
                idmd.setColumnMetaData(colmd);
            }
            JDOAnnotationUtils.addExtensionsToMetaData(idmd, (Extension[]) annotationValues.get("extensions"));
            idmd.setParent(cmd);
            cmd.setIdentityMetaData(idmd);
        } else if (annName.equals(JDOAnnotationUtils.PRIMARY_KEY)) {
            String pkName = (String) annotationValues.get("name");
            String pkColumn = (String) annotationValues.get("column");
            Column[] columns = (Column[]) annotationValues.get("columns");
            PrimaryKeyMetaData pkmd = new PrimaryKeyMetaData();
            pkmd.setName(pkName);
            pkmd.setColumnName(pkColumn);
            if (columns != null && columns.length > 0) {
                for (Column column : columns) {
                    pkmd.addColumn(JDOAnnotationUtils.getColumnMetaDataForColumnAnnotation(column));
                }
            }
            JDOAnnotationUtils.addExtensionsToMetaData(pkmd, (Extension[]) annotationValues.get("extensions"));
            pkmd.setParent(cmd);
            cmd.setPrimaryKeyMetaData(pkmd);
        } else if (annName.equals(JDOAnnotationUtils.JOINS)) {
            Join[] js = (Join[]) annotationValues.get("value");
            if (js != null && js.length > 0) {
                for (Join join : js) {
                    JoinMetaData joinmd = cmd.newJoinMetaData();
                    joinmd.setTable(join.table());
                    joinmd.setColumnName(join.column());
                    joinmd.setIndexed(IndexedValue.getIndexedValue(join.indexed()));
                    joinmd.setOuter(MetaDataUtils.getBooleanForString(join.outer(), false));
                    joinmd.setUnique(join.unique());
                    joinmd.setDeleteAction(JDOAnnotationUtils.getForeignKeyActionString(join.deleteAction()));
                    JDOAnnotationUtils.addExtensionsToMetaData(joinmd, join.extensions());
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.JOIN)) {
            JoinMetaData joinmd = cmd.newJoinMetaData();
            joinmd.setTable((String) annotationValues.get("table"));
            joinmd.setColumnName((String) annotationValues.get("column"));
            joinmd.setIndexed(IndexedValue.getIndexedValue((String) annotationValues.get("indexed")));
            joinmd.setOuter(MetaDataUtils.getBooleanForString((String) annotationValues.get("outer"), false));
            joinmd.setUnique((String) annotationValues.get("unique"));
            joinmd.setDeleteAction(((ForeignKeyAction) annotationValues.get("deleteAction")).toString());
            JDOAnnotationUtils.addExtensionsToMetaData(joinmd, (Extension[]) annotationValues.get("extensions"));
        } else if (annName.equals(JDOAnnotationUtils.INHERITANCE)) {
            String strategy = JDOAnnotationUtils.getInheritanceStrategyString((InheritanceStrategy) annotationValues.get("strategy"));
            String customStrategy = (String) annotationValues.get("customStrategy");
            if (!StringUtils.isWhitespace(customStrategy)) {
                // User has provided an extension strategy
                strategy = customStrategy;
            }
            InheritanceMetaData inhmd = cmd.getInheritanceMetaData();
            if (inhmd == null) {
                inhmd = cmd.newInheritanceMetadata();
            }
            inhmd.setStrategy(strategy);
        } else if (annName.equals(JDOAnnotationUtils.DISCRIMINATOR)) {
            DiscriminatorStrategy discriminatorStrategy = (DiscriminatorStrategy) annotationValues.get("strategy");
            String strategy = JDOAnnotationUtils.getDiscriminatorStrategyString(discriminatorStrategy);
            String column = (String) annotationValues.get("column");
            String indexed = (String) annotationValues.get("indexed");
            String value = (String) annotationValues.get("value");
            Column[] columns = (Column[]) annotationValues.get("columns");
            InheritanceMetaData inhmd = cmd.getInheritanceMetaData();
            if (inhmd == null) {
                inhmd = cmd.newInheritanceMetadata();
            }
            DiscriminatorMetaData dismd = inhmd.newDiscriminatorMetadata();
            dismd.setColumnName(column);
            dismd.setValue(value);
            dismd.setStrategy(strategy);
            dismd.setIndexed(indexed);
            if (columns != null && columns.length > 0) {
                // Only use the first column
                ColumnMetaData colmd = JDOAnnotationUtils.getColumnMetaDataForColumnAnnotation(columns[0]);
                dismd.setColumnMetaData(colmd);
            }
        } else if (annName.equals(JDOAnnotationUtils.FETCHPLANS)) {
            FileMetaData filemd = (FileMetaData) pmd.getParent();
            FetchPlan[] plans = (FetchPlan[]) annotationValues.get("value");
            for (FetchPlan plan : plans) {
                FetchPlanMetaData fpmd = filemd.newFetchPlanMetadata(plan.name());
                fpmd.setFetchSize(plan.fetchSize());
                fpmd.setMaxFetchDepth(plan.maxFetchDepth());
                int numGroups = plan.fetchGroups().length;
                for (int k = 0; k < numGroups; k++) {
                    fpmd.addFetchGroup(new FetchGroupMetaData(plan.fetchGroups()[k]));
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.FETCHPLAN)) {
            FileMetaData filemd = (FileMetaData) pmd.getParent();
            FetchPlanMetaData fpmd = filemd.newFetchPlanMetadata((String) annotationValues.get("name"));
            fpmd.setFetchSize(((Integer) annotationValues.get("fetchSize")).intValue());
            fpmd.setMaxFetchDepth(((Integer) annotationValues.get("maxFetchDepth")).intValue());
            String[] fpFetchGroups = (String[]) annotationValues.get("fetchGroups");
            for (String fpFetchGroup : fpFetchGroups) {
                fpmd.addFetchGroup(new FetchGroupMetaData(fpFetchGroup));
            }
        } else if (annName.equals(JDOAnnotationUtils.FETCHGROUPS)) {
            FetchGroup[] groups = (FetchGroup[]) annotationValues.get("value");
            for (FetchGroup group : groups) {
                FetchGroupMetaData fgmd = cmd.newFetchGroupMetaData(group.name());
                if (!StringUtils.isWhitespace(group.postLoad())) {
                    fgmd.setPostLoad(Boolean.valueOf(group.postLoad()));
                }
                int numFields = group.members().length;
                for (int k = 0; k < numFields; k++) {
                    FetchGroupMemberMetaData fgmmd = new FetchGroupMemberMetaData(fgmd, group.members()[k].name());
                    fgmmd.setRecursionDepth(group.members()[k].recursionDepth());
                    fgmd.addMember(fgmmd);
                }
                int numGroups = group.fetchGroups().length;
                for (int k = 0; k < numGroups; k++) {
                    fgmd.addFetchGroup(new FetchGroupMetaData(group.fetchGroups()[k]));
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.FETCHGROUP)) {
            FetchGroupMetaData fgmd = cmd.newFetchGroupMetaData((String) annotationValues.get("name"));
            String postLoadStr = (String) annotationValues.get("postLoad");
            if (!StringUtils.isWhitespace(postLoadStr)) {
                fgmd.setPostLoad(Boolean.valueOf(postLoadStr));
            }
            Persistent[] fields = (Persistent[]) annotationValues.get("members");
            if (fields != null) {
                for (Persistent field : fields) {
                    FetchGroupMemberMetaData fgmmd = new FetchGroupMemberMetaData(fgmd, field.name());
                    fgmmd.setRecursionDepth(field.recursionDepth());
                    fgmd.addMember(fgmmd);
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.SEQUENCE)) {
            String seqName = (String) annotationValues.get("name");
            String seqStrategy = JDOAnnotationUtils.getSequenceStrategyString((SequenceStrategy) annotationValues.get("strategy"));
            String seqSeq = (String) annotationValues.get("datastoreSequence");
            Class seqFactory = (Class) annotationValues.get("factoryClass");
            String seqFactoryClassName = null;
            if (seqFactory != null && seqFactory != void.class) {
                seqFactoryClassName = seqFactory.getName();
            }
            Integer seqSize = (Integer) annotationValues.get("allocationSize");
            Integer seqStart = (Integer) annotationValues.get("initialValue");
            if (StringUtils.isWhitespace(seqName)) {
                throw new InvalidClassMetaDataException("044155", cmd.getFullClassName());
            }
            SequenceMetaData seqmd = new SequenceMetaData(seqName, seqStrategy);
            seqmd.setFactoryClass(seqFactoryClassName);
            seqmd.setDatastoreSequence(seqSeq);
            if (seqSize != null) {
                seqmd.setAllocationSize(seqSize);
            }
            if (seqStart != null) {
                seqmd.setInitialValue(seqStart);
            }
            JDOAnnotationUtils.addExtensionsToMetaData(seqmd, (Extension[]) annotationValues.get("extensions"));
            // Sequence - currently only allowing 1 per class (should really be on the package)
            cmd.getPackageMetaData().addSequence(seqmd);
        } else if (annName.equals(JDOAnnotationUtils.INDICES)) {
            // Multiple Indices for the class
            Index[] values = (Index[]) annotationValues.get("value");
            if (values != null && values.length > 0) {
                for (Index idx : values) {
                    IndexMetaData idxmd = JDOAnnotationUtils.getIndexMetaData(idx.name(), idx.table(), "" + idx.unique(), idx.members(), idx.columns());
                    if (idxmd.getNumberOfColumns() == 0 && idxmd.getNumberOfMembers() == 0) {
                        NucleusLogger.METADATA.warn(Localiser.msg("044204", cls.getName()));
                    } else {
                        cmd.addIndex(idxmd);
                        idxmd.setParent(cmd);
                    }
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.INDEX)) {
            // Single Index for the class
            String name = (String) annotationValues.get("name");
            String table = (String) annotationValues.get("table");
            String unique = (String) annotationValues.get("unique");
            String[] members = (String[]) annotationValues.get("members");
            Column[] columns = (Column[]) annotationValues.get("columns");
            IndexMetaData idxmd = JDOAnnotationUtils.getIndexMetaData(name, table, unique, members, columns);
            JDOAnnotationUtils.addExtensionsToMetaData(idxmd, (Extension[]) annotationValues.get("extensions"));
            if (idxmd.getNumberOfColumns() == 0 && idxmd.getNumberOfMembers() == 0) {
                NucleusLogger.METADATA.warn(Localiser.msg("044204", cls.getName()));
            } else {
                cmd.addIndex(idxmd);
                idxmd.setParent(cmd);
            }
        } else if (annName.equals(JDOAnnotationUtils.UNIQUES)) {
            // Multiple Unique Constraints for the class
            Unique[] values = (Unique[]) annotationValues.get("value");
            if (values != null && values.length > 0) {
                for (Unique uni : values) {
                    UniqueMetaData unimd = JDOAnnotationUtils.getUniqueMetaData(uni.name(), uni.table(), "" + uni.deferred(), uni.members(), uni.columns());
                    if (unimd.getNumberOfColumns() == 0 && unimd.getNumberOfMembers() == 0) {
                        NucleusLogger.METADATA.warn(Localiser.msg("044205", cls.getName()));
                    } else {
                        cmd.addUniqueConstraint(unimd);
                        unimd.setParent(cmd);
                    }
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.UNIQUE)) {
            // Single Unique constraint for the class
            String name = (String) annotationValues.get("name");
            String table = (String) annotationValues.get("table");
            String deferred = (String) annotationValues.get("deferred");
            String[] members = (String[]) annotationValues.get("members");
            Column[] columns = (Column[]) annotationValues.get("columns");
            UniqueMetaData unimd = JDOAnnotationUtils.getUniqueMetaData(name, table, deferred, members, columns);
            JDOAnnotationUtils.addExtensionsToMetaData(unimd, (Extension[]) annotationValues.get("extensions"));
            if (unimd.getNumberOfColumns() == 0 && unimd.getNumberOfMembers() == 0) {
                NucleusLogger.METADATA.warn(Localiser.msg("044205", cls.getName()));
            } else {
                cmd.addUniqueConstraint(unimd);
                unimd.setParent(cmd);
            }
        } else if (annName.equals(JDOAnnotationUtils.FOREIGNKEYS)) {
            // Multiple FKs for the class
            ForeignKey[] values = (ForeignKey[]) annotationValues.get("value");
            if (values != null && values.length > 0) {
                for (ForeignKey fk : values) {
                    String deleteAction = JDOAnnotationUtils.getForeignKeyActionString(fk.deleteAction());
                    String updateAction = JDOAnnotationUtils.getForeignKeyActionString(fk.updateAction());
                    ForeignKeyMetaData fkmd = JDOAnnotationUtils.getFKMetaData(fk.name(), fk.table(), fk.unique(), "" + fk.deferred(), deleteAction, updateAction, fk.members(), fk.columns());
                    if (fkmd.getNumberOfColumns() == 0 && fkmd.getNumberOfMembers() == 0) {
                        NucleusLogger.METADATA.warn(Localiser.msg("044206", cls.getName()));
                    } else {
                        cmd.addForeignKey(fkmd);
                        fkmd.setParent(cmd);
                    }
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.FOREIGNKEY)) {
            // Single FK constraint for the class
            String name = (String) annotationValues.get("name");
            String table = (String) annotationValues.get("table");
            String unique = (String) annotationValues.get("unique");
            String deferred = (String) annotationValues.get("deferred");
            String deleteAction = JDOAnnotationUtils.getForeignKeyActionString((ForeignKeyAction) annotationValues.get("deleteAction"));
            String updateAction = JDOAnnotationUtils.getForeignKeyActionString((ForeignKeyAction) annotationValues.get("updateAction"));
            String[] members = (String[]) annotationValues.get("members");
            Column[] columns = (Column[]) annotationValues.get("columns");
            ForeignKeyMetaData fkmd = JDOAnnotationUtils.getFKMetaData(name, table, unique, deferred, deleteAction, updateAction, members, columns);
            JDOAnnotationUtils.addExtensionsToMetaData(fkmd, (Extension[]) annotationValues.get("extensions"));
            if (fkmd.getNumberOfColumns() == 0 && fkmd.getNumberOfMembers() == 0) {
                NucleusLogger.METADATA.warn(Localiser.msg("044206", cls.getName()));
            } else {
                cmd.addForeignKey(fkmd);
                fkmd.setParent(cmd);
            }
        } else if (annName.equals(JDOAnnotationUtils.COLUMNS)) {
            // Unmapped column specification
            Column[] cols = (Column[]) annotationValues.get("value");
            if (cols != null && cols.length > 0) {
                for (Column col : cols) {
                    ColumnMetaData colmd = JDOAnnotationUtils.getColumnMetaDataForColumnAnnotation(col);
                    JDOAnnotationUtils.addExtensionsToMetaData(colmd, col.extensions());
                    colmd.setParent(cmd);
                    cmd.addUnmappedColumn(colmd);
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.CACHEABLE)) {
            String cache = (String) annotationValues.get("value");
            if (cache != null && cache.equalsIgnoreCase("false")) {
                cmd.setCacheable(false);
            }
        } else if (annName.equals(JDOAnnotationUtils.EXTENSIONS)) {
            Extension[] values = (Extension[]) annotationValues.get("value");
            if (values != null && values.length > 0) {
                for (Extension ext : values) {
                    String vendorName = ext.vendorName();
                    if (StringUtils.isWhitespace(vendorName)) {
                        throw new InvalidMetaDataException("044160", vendorName, ext.key().toString(), ext.value().toString());
                    } else if (vendorName.equalsIgnoreCase(MetaData.VENDOR_NAME)) {
                        cmd.addExtension(ext.key().toString(), ext.value().toString());
                    }
                }
            }
        } else if (annName.equals(JDOAnnotationUtils.EXTENSION)) {
            String vendorName = (String) annotationValues.get("vendorName");
            if (StringUtils.isWhitespace(vendorName)) {
                throw new InvalidMetaDataException("044160", vendorName, annotationValues.get("key"), annotationValues.get("value"));
            } else if (vendorName.equalsIgnoreCase(MetaData.VENDOR_NAME)) {
                cmd.addExtension((String) annotationValues.get("key"), (String) annotationValues.get("value"));
            }
        } else {
            if (!annName.equals(JDOAnnotationUtils.PERSISTENCE_AWARE) && !annName.equals(JDOAnnotationUtils.QUERIES) && !annName.equals(JDOAnnotationUtils.QUERY)) {
                NucleusLogger.METADATA.debug(Localiser.msg("044203", cls.getName(), annotation.getName()));
            }
        }
    }
    NucleusLogger.METADATA.debug(Localiser.msg("044200", cls.getName(), "JDO"));
    return cmd;
}

Example 83 with AbstractClassMetaData

use of org.datanucleus.metadata.AbstractClassMetaData in project datanucleus-api-jdo by datanucleus.

the class JDOMetaDataManager method loadMetaDataForClass.

/**
 * Load the metadata for the specified class (if available).
 * With JDO we check for XML metadata for the class (in one of the standard locations), or annotations on the class itself.
 * @param c The class
 * @param clr ClassLoader resolver
 * @return The metadata for this class (if found)
 */
protected AbstractClassMetaData loadMetaDataForClass(Class c, ClassLoaderResolver clr) {
    if (!allowMetaDataLoad) {
        // Not allowing further metadata load so just return
        return null;
    }
    String className = c.getName();
    try {
        // TODO What if a different thread starts loading this class just before we do? it will load then we do too
        updateLock.lock();
        if (allowXML) {
            // Search valid location for a JDO XML definition (package.jdo etc) for this class and load all classes specified in the file
            FileMetaData filemd = loadXMLMetaDataForClass(c, clr, null, getJDOFileSuffix(), MetadataFileType.JDO_FILE, true);
            if (filemd != null) {
                // Class has had its metadata loaded
                utilisedFileMetaData.add(filemd);
                // If not MetaData complete will also merge in annotations in populate()
                // Retrieve the MetaData for the requested class
                AbstractClassMetaData the_md = classMetaDataByClass.get(className);
                return the_md;
            }
        }
        if (allowAnnotations) {
            // No JDO XML definition (package.jdo), so check for annotations. Note package-{mapping}.orm will be added later in populate().
            FileMetaData annFilemd = loadAnnotationsForClass(c, clr, true, true);
            if (annFilemd != null) {
                // No MetaData but annotations present so use that
                if (c.isInterface()) {
                    return annFilemd.getPackage(0).getInterface(0);
                }
                return annFilemd.getPackage(0).getClass(0);
            }
        }
        // Not found, so add to known classes/interfaces without MetaData
        if (NucleusLogger.METADATA.isDebugEnabled()) {
            NucleusLogger.METADATA.debug(Localiser.msg("044043", className));
        }
        classesWithoutPersistenceInfo.add(className);
        return null;
    } finally {
        updateLock.unlock();
    }
}

Example 84 with AbstractClassMetaData

use of org.datanucleus.metadata.AbstractClassMetaData in project datanucleus-api-jdo by datanucleus.

the class JDOMetaDataManager method addORMDataToClass.

/**
 * Load up and add the O/R mapping info for the specified class to the stored JDO ClassMetaData.
 * @param c The class
 * @param clr the ClassLoaderResolver
 */
public void addORMDataToClass(Class c, ClassLoaderResolver clr) {
    if (getNucleusContext() instanceof EnhancementNucleusContextImpl) {
        // We don't need ORM data when enhancing
        return;
    }
    if (!allowORM) {
        // StoreManager doesn't "map" to the datastore so don't use ORM info
        return;
    }
    // Get the JDO MetaData for this class/interface
    AbstractClassMetaData cmd = classMetaDataByClass.get(c.getName());
    // See if we already have a file registered with the ORM metadata for this class
    AbstractClassMetaData ormCmd = ormClassMetaDataByClass.get(c.getName());
    if (ormCmd != null) {
        // Merge the ORM class into the JDO class
        MetaDataMerger.mergeClassORMData(cmd, ormCmd, this);
        // Remove it from the map since no longer needed
        ormClassMetaDataByClass.remove(c.getName());
        return;
    }
    if (allowXML) {
        // No ORM loaded for this class, so find if there is any ORM metadata available
        FileMetaData filemdORM = loadXMLMetaDataForClass(c, clr, getORMMappingName(), getORMFileSuffix(), MetadataFileType.JDO_ORM_FILE, false);
        if (filemdORM != null) {
            // The ORM file has now been registered, so find the class and merge it into the JDO definition
            ormCmd = ormClassMetaDataByClass.get(c.getName());
            if (ormCmd != null) {
                // Merge the ORM file into the JDO file
                MetaDataMerger.mergeFileORMData((FileMetaData) cmd.getPackageMetaData().getParent(), (FileMetaData) ormCmd.getPackageMetaData().getParent());
                // Merge the ORM class into the JDO class
                MetaDataMerger.mergeClassORMData(cmd, ormCmd, this);
                // Remove it from the map since no longer needed
                ormClassMetaDataByClass.remove(c.getName());
            }
        }
    }
}

Example 85 with AbstractClassMetaData

use of org.datanucleus.metadata.AbstractClassMetaData in project datanucleus-api-jdo by datanucleus.

the class JDOPersistenceManager method getObjectIdClass.

/**
 * Accessor for the class of the object id given the class of object.
 * @param cls The class name of the object
 * @return The class name of the object id
 */
public Class getObjectIdClass(Class cls) {
    assertIsOpen();
    if (!ec.getNucleusContext().getApiAdapter().isPersistable(cls) || !hasPersistenceInformationForClass(cls)) {
        return null;
    }
    ClassLoaderResolver clr = ec.getClassLoaderResolver();
    AbstractClassMetaData cmd = ec.getMetaDataManager().getMetaDataForClass(cls, clr);
    if (cmd.getIdentityType() == IdentityType.DATASTORE) {
        return ec.getNucleusContext().getIdentityManager().getDatastoreIdClass();
    } else if (cmd.getIdentityType() == IdentityType.APPLICATION) {
        try {
            return this.ec.getClassLoaderResolver().classForName(ec.getMetaDataManager().getMetaDataForClass(cls, clr).getObjectidClass(), null);
        } catch (ClassNotResolvedException e) {
            String msg = Localiser.msg("011009", cls.getName());
            LOGGER.error(msg);
            throw new JDOException(msg);
        }
    } else {
        if (cmd.isRequiresExtent()) {
            return ec.getNucleusContext().getIdentityManager().getDatastoreIdClass();
        }
        return SCOID.class;
    }
}