Examples with RecordMetaDataBuilder com.apple.foundationdb.record.RecordMetaDataBuilder used on opensource projects

Example 1 with RecordMetaDataBuilder

use of com.apple.foundationdb.record.RecordMetaDataBuilder in project fdb-record-layer by FoundationDB.

the class Main method main.

public static void main(String[] args) {
    // Get a database connection.
    FDBDatabase fdb = FDBDatabaseFactory.instance().getDatabase();
    // Create a subspace using the key space API to create a subspace within
    // the cluster used by this record store. The key space API in general
    // allows the user to specify a hierarchical structure of named sub-paths.
    // Each record store can then fill in the named entries within the path
    // with values relevant to that store. If the key space includes a directory
    // layer directory, then the value supplied by the user will be replaced
    // by a short prefix supplied by the the directory layer. The results from
    // the directory layer are cached locally by the Record Layer to avoid excessive
    // database reads.
    // 
    // In this case, the key space implies that there are multiple "applications"
    // that might be defined to run on the same FoundationDB cluster, and then
    // each "application" might have multiple "environments". This could be used,
    // for example, to connect to either the "prod" or "qa" environment for the same
    // application from within the same code base.
    final KeySpace keySpace = new KeySpace(new DirectoryLayerDirectory("application").addSubdirectory(new KeySpaceDirectory("environment", KeySpaceDirectory.KeyType.STRING)));
    // Create a path for the "record-layer-sample" application's demo environment.
    // Clear all existing data and then return the subspace associated with the key space path.
    final KeySpacePath path = keySpace.path("application", "record-layer-sample").add("environment", "demo");
    // Clear out any data that may be in the record store.
    LOGGER.info("Clearing the Record Store ...");
    fdb.run(context -> {
        path.deleteAllData(context);
        return null;
    });
    // Build the metadata. This simple approach only works for primary
    // keys and secondary indexes defined in the Protobuf message types.
    RecordMetaData rmd = RecordMetaData.build(SampleProto.getDescriptor());
    FDBRecordStore.Builder recordStoreBuilder = FDBRecordStore.newBuilder().setMetaDataProvider(rmd).setKeySpacePath(path);
    // Write records for Vendor and Item.
    LOGGER.info("Writing Vendor and Item record ...");
    fdb.run((FDBRecordContext cx) -> {
        FDBRecordStore store = recordStoreBuilder.copyBuilder().setContext(cx).create();
        store.saveRecord(SampleProto.Vendor.newBuilder().setVendorId(9375L).setVendorName("Acme").build());
        store.saveRecord(SampleProto.Vendor.newBuilder().setVendorId(1066L).setVendorName("Buy n Large").build());
        store.saveRecord(SampleProto.Item.newBuilder().setItemId(4836L).setItemName("GPS").setVendorId(9375L).build());
        store.saveRecord(SampleProto.Item.newBuilder().setItemId(9970L).setItemName("Personal Transport").setVendorId(1066L).build());
        store.saveRecord(SampleProto.Item.newBuilder().setItemId(8380L).setItemName("Piles of Garbage").setVendorId(1066L).build());
        return null;
    });
    // Use the primary key declared in the Vendor message type to read a
    // record.
    LOGGER.info("Reading Vendor record with primary key 9375L ...");
    SampleProto.Vendor.Builder readBuilder = fdb.run((FDBRecordContext cx) -> {
        FDBRecordStore store = recordStoreBuilder.copyBuilder().setContext(cx).open();
        return SampleProto.Vendor.newBuilder().mergeFrom(store.loadRecord(Key.Evaluated.scalar(9375L).toTuple()).getRecord());
    });
    LOGGER.info("    Result -> Id: {}, Name: {}", readBuilder.getVendorId(), readBuilder.getVendorName());
    // Using the secondary index declared in the message type, query
    // Item by vendor ID, then look up the item ID.
    LOGGER.info("Looking for item IDs with vendor ID 9375L ...");
    ArrayList<Long> ids = fdb.run((FDBRecordContext cx) -> {
        ArrayList<Long> itemIDs = new ArrayList<>();
        FDBRecordStore store = recordStoreBuilder.copyBuilder().setContext(cx).open();
        RecordQuery query = RecordQuery.newBuilder().setRecordType("Item").setFilter(Query.field("vendor_id").equalsValue(9375L)).build();
        try (RecordCursor<FDBQueriedRecord<Message>> cursor = store.executeQuery(query)) {
            RecordCursorResult<FDBQueriedRecord<Message>> result;
            do {
                result = cursor.getNext();
                if (result.hasNext()) {
                    itemIDs.add(SampleProto.Item.newBuilder().mergeFrom(result.get().getRecord()).getItemId());
                }
            } while (result.hasNext());
        }
        return itemIDs;
    });
    ids.forEach((Long res) -> LOGGER.info("    Result -> Vendor ID: 9375, Item ID: {}", res));
    // A kind of hand-crafted "cross-table join" (in some sense). This returns a list
    // linking the name of each vendor to the names of the products they sell.
    // Note that this query is entirely non-blocking until the end.
    // In SQL, this might look something like:
    // 
    // SELECT Vendor.name, Item.name FROM Item JOIN Vendor ON Vendor.vendor_id = Item.vid
    // 
    // One difference is that the above SQL query will flatten the results out so that there
    // is exactly one returned row per item name (per vendor) where as the map returned by
    // this RecordLayer query will feature exactly one entry per vendor where the key is the
    // vendor name and the value is the vendor's items.
    // 
    // Note that this query is not particularly efficient as is. To make this efficient, one
    // might consider an index on vendor name. This could scan the index to get the vendor
    // name of the Vendor record type and a second index on item by vendor ID, perhaps with
    // the item name in the value portion of the index definition. This would allow the
    // query to be satisfied with one scan of the vendor name index and another scan of the
    // item's vendor ID index (one scan per vendor).
    LOGGER.info("Grouping items by vendor ...");
    Map<String, List<String>> namesToItems = fdb.run((FDBRecordContext cx) -> cx.asyncToSync(FDBStoreTimer.Waits.WAIT_EXECUTE_QUERY, recordStoreBuilder.copyBuilder().setContext(cx).openAsync().thenCompose(store -> {
        // Outer plan gets all of the vendors
        RecordQueryPlan outerPlan = store.planQuery(RecordQuery.newBuilder().setRecordType("Vendor").setRequiredResults(Arrays.asList(field("vendor_id"), field("vendor_name"))).build());
        // Inner plan gets all items for the given vendor ID.
        // Using "equalsParameter" does the plan once and re-uses the plan for each vendor ID.
        RecordQueryPlan innerPlan = store.planQuery(RecordQuery.newBuilder().setRecordType("Item").setRequiredResults(Collections.singletonList(field("item_name"))).setFilter(Query.field("vendor_id").equalsParameter("vid")).build());
        return store.executeQuery(outerPlan).mapPipelined(record -> {
            SampleProto.Vendor vendor = SampleProto.Vendor.newBuilder().mergeFrom(record.getRecord()).build();
            return innerPlan.execute(store, EvaluationContext.forBinding("vid", vendor.getVendorId())).map(innerRecord -> SampleProto.Item.newBuilder().mergeFrom(innerRecord.getRecord()).getItemName()).asList().thenApply(list -> Pair.of(vendor.getVendorName(), list));
        }, 10).asList().thenApply((List<Pair<String, List<String>>> list) -> list.stream().collect(Collectors.toMap(Pair::getKey, Pair::getValue)));
    })));
    namesToItems.forEach((String name, List<String> items) -> LOGGER.info("    Result -> Vendor Name: {}, Item names: {}", name, items));
    // Richer indexes:
    // To build richer primary keys or secondary indexes (than those definable in the protobuf
    // message types), you need to use the more verbose and powerful RecordMetaDataBuilder.
    RecordMetaDataBuilder rmdBuilder = RecordMetaData.newBuilder().setRecords(SampleProto.getDescriptor());
    // Order customers by last name, then first name, then their ID if otherwise equal.
    // NOTE: This operation is dangerous if you have existing data! Existing records are *not*
    // automatically migrated.
    rmdBuilder.getRecordType("Customer").setPrimaryKey(concatenateFields("last_name", "first_name", "customer_id"));
    // Add a global count index. Most record stores should probably add this index as it allows
    // the database to make intelligent decisions based on the current size of the record store.
    rmdBuilder.addUniversalIndex(new Index("globalCount", new GroupingKeyExpression(EmptyKeyExpression.EMPTY, 0), IndexTypes.COUNT));
    // Add a FanType.FanOut secondary index for email_address, so that
    // each value for email_address generates its own key in the index.
    rmdBuilder.addIndex("Customer", new Index("email_address", field("email_address", FanType.FanOut), IndexTypes.VALUE));
    // Add a FanType.Concatenate secondary index for preference_tag, so
    // that all values for preference_tag generate a single key in the index.
    rmdBuilder.addIndex("Customer", new Index("preference_tag", field("preference_tag", FanType.Concatenate), IndexTypes.VALUE));
    // Add an index on the count of each preference tag. This allows us to
    // quickly get the number of users for each preference tag. The key
    // provided will create a separate "count" field for each value of the
    // preference_tag field and keep track of the number of customer
    // records with each value.
    rmdBuilder.addIndex("Customer", new Index("preference_tag_count", new GroupingKeyExpression(field("preference_tag", FanType.FanOut), 0), IndexTypes.COUNT));
    // Add a nested secondary index for order such that each value for
    // quantity in Order generates a single key in the index.
    rmdBuilder.addIndex("Customer", new Index("order", field("order", FanType.FanOut).nest("quantity"), IndexTypes.VALUE));
    // Add an index on the sum of the quantity of each item in each
    // order. This can be used to know how many of each item have been ordered across
    // all customers. The grouping key here is a little hairy, but it
    // specifies that the "item_id" column should be used as a grouping key
    // and the quantity used as the sum value, so it will keep track of the
    // quantity ordered of each item.
    rmdBuilder.addIndex("Customer", new Index("item_quantity_sum", new GroupingKeyExpression(field("order", FanType.FanOut).nest(concatenateFields("item_id", "quantity")), 1), IndexTypes.SUM));
    // Rebuild the metadata for the newly added indexes before reading or
    // writing more data.
    RecordMetaData rmd2 = rmdBuilder.getRecordMetaData();
    recordStoreBuilder.setMetaDataProvider(rmd2);
    // Calling "open" on an existing record store with new meta-data will
    // create the index and place them in a "disabled" mode that means that
    // they cannot yet be used for queries. (In particular, the query planner
    // will ignore this index and any attempt to read from the index will
    // throw an error.) To enable querying, one must invoke the online index
    // builder. This will scan through the record store across multiple
    // transactions and populate the new indexes with data from the existing
    // entries. During the build job, the record store remains available for
    // reading and writing, but there may be additional conflicts if the index
    // build job and normal operations happen to mutate the same records.
    RecordStoreState storeState = fdb.run(cx -> {
        FDBRecordStore store = recordStoreBuilder.copyBuilder().setContext(cx).open();
        return store.getRecordStoreState();
    });
    LOGGER.info("Running index builds of new indexes:");
    // Build all of the indexes in parallel by firing off a future for each and
    // then wait for all of them.
    fdb.asyncToSync(null, FDBStoreTimer.Waits.WAIT_ONLINE_BUILD_INDEX, AsyncUtil.whenAll(storeState.getDisabledIndexNames().stream().map(indexName -> {
        // Build this index. It will begin the background job and return a future
        // that will complete when the index is ready for querying.
        OnlineIndexer indexBuilder = OnlineIndexer.newBuilder().setDatabase(fdb).setRecordStoreBuilder(recordStoreBuilder).setIndex(indexName).build();
        return indexBuilder.buildIndexAsync().thenRun(() -> LOGGER.info("  Index build of {} is complete.", indexName)).whenComplete((vignore, eignore) -> indexBuilder.close());
    }).collect(Collectors.toList())));
    // Write larger records for Customer (and Order).
    LOGGER.info("Adding records with new secondary indexes ...");
    fdb.run((FDBRecordContext cx) -> {
        FDBRecordStore store = recordStoreBuilder.copyBuilder().setContext(cx).open();
        store.saveRecord(SampleProto.Customer.newBuilder().setCustomerId(9264L).setFirstName("John").setLastName("Smith").addEmailAddress("jsmith@example.com").addEmailAddress("john_smith@example.com").addPreferenceTag("books").addPreferenceTag("movies").addOrder(SampleProto.Order.newBuilder().setOrderId(3875L).setItemId(9374L).setQuantity(2)).addOrder(SampleProto.Order.newBuilder().setOrderId(4828L).setItemId(2740L).setQuantity(1)).setPhoneNumber("(703) 555-8255").build());
        store.saveRecord(SampleProto.Customer.newBuilder().setCustomerId(8365L).setFirstName("Jane").setLastName("Doe").addEmailAddress("jdoe@example.com").addEmailAddress("jane_doe@example.com").addPreferenceTag("games").addPreferenceTag("lawn").addPreferenceTag("books").addOrder(SampleProto.Order.newBuilder().setOrderId(9280L).setItemId(2740L).setQuantity(3)).setPhoneNumber("(408) 555-0248").build());
        return null;
    });
    // Get the record count. This uses the global count index to get the
    // full number of records in the store.
    Long recordCount = fdb.run((FDBRecordContext cx) -> cx.asyncToSync(FDBStoreTimer.Waits.WAIT_EXECUTE_QUERY, recordStoreBuilder.copyBuilder().setContext(cx).openAsync().thenCompose(FDBRecordStore::getSnapshotRecordCount)));
    LOGGER.info("Store contains {} records.", recordCount);
    // Query all records with the first name "Jane".
    // Performs a full scan of the primary key index.
    LOGGER.info("Retrieving all customers with first name \"Jane\"...");
    List<String> names = fdb.run((FDBRecordContext cx) -> {
        RecordQuery query = RecordQuery.newBuilder().setRecordType("Customer").setFilter(Query.field("first_name").equalsValue("Jane")).build();
        return readNames(recordStoreBuilder, cx, query);
    });
    names.forEach((String res) -> LOGGER.info("    Result -> {}", res));
    // Query all records with last name "Doe".
    // Scans only the customers from the primary key index.
    LOGGER.info("Retrieving all customers with last name \"Doe\"...");
    names = fdb.run((FDBRecordContext cx) -> {
        RecordQuery query = RecordQuery.newBuilder().setRecordType("Customer").setFilter(Query.field("last_name").equalsValue("Doe")).build();
        return readNames(recordStoreBuilder, cx, query);
    });
    names.forEach((String res) -> LOGGER.info("    Result -> {}", res));
    // Query all records with first_name "Jane" and last_name "Doe"
    // Scans only the customers from the primary key index.
    LOGGER.info("Retrieving all customers with name \"Jane Doe\"...");
    names = fdb.run((FDBRecordContext cx) -> {
        RecordQuery query = RecordQuery.newBuilder().setRecordType("Customer").setFilter(Query.and(Query.field("first_name").equalsValue("Jane"), Query.field("last_name").equalsValue("Doe"))).build();
        return readNames(recordStoreBuilder, cx, query);
    });
    names.forEach((String res) -> LOGGER.info("    Result -> {}", res));
    // Query all records with an email address beginning with "john".
    // Uses FanType.FanOut secondary index.
    LOGGER.info("Retrieving all customers with an email address beginning with \"john\"...");
    Map<String, List<String>> addresses = fdb.run((FDBRecordContext cx) -> {
        RecordQuery query = RecordQuery.newBuilder().setRecordType("Customer").setFilter(Query.field("email_address").oneOfThem().startsWith("john")).build();
        return cx.asyncToSync(FDBStoreTimer.Waits.WAIT_EXECUTE_QUERY, recordStoreBuilder.copyBuilder().setContext(cx).openAsync().thenCompose(store -> {
            Map<String, List<String>> addressMap = new HashMap<>();
            return store.executeQuery(query).forEach((FDBQueriedRecord<Message> record) -> {
                SampleProto.Customer.Builder builder = SampleProto.Customer.newBuilder().mergeFrom(record.getRecord());
                addressMap.put(builder.getFirstName() + " " + builder.getLastName(), builder.getEmailAddressList());
            }).thenApply(v -> addressMap);
        }));
    });
    addresses.forEach((String k, List<String> vals) -> LOGGER.info("    Result -> {} with emails {}", k, vals));
    // Query all records with preference_tags "books" and "movies".
    // Uses FanType.Concatenate secondary index.
    LOGGER.info("Retrieving all customers with preference tags \"books\" and \"movies\"...");
    names = fdb.run((FDBRecordContext cx) -> {
        RecordQuery query = RecordQuery.newBuilder().setRecordType("Customer").setFilter(Query.and(Query.field("preference_tag").oneOfThem().equalsValue("books"), Query.field("preference_tag").oneOfThem().equalsValue("movies"))).build();
        return readNames(recordStoreBuilder, cx, query);
    });
    names.forEach((String res) -> LOGGER.info("    Result -> {}", res));
    // Get the number of customers who have "books" listed as one of their preference tags
    Long bookPreferenceCount = fdb.run((FDBRecordContext cx) -> cx.asyncToSync(FDBStoreTimer.Waits.WAIT_EXECUTE_QUERY, recordStoreBuilder.copyBuilder().setContext(cx).openAsync().thenCompose(store -> {
        Index index = store.getRecordMetaData().getIndex("preference_tag_count");
        IndexAggregateFunction function = new IndexAggregateFunction(FunctionNames.COUNT, index.getRootExpression(), index.getName());
        return store.evaluateAggregateFunction(Collections.singletonList("Customer"), function, Key.Evaluated.scalar("books"), IsolationLevel.SERIALIZABLE).thenApply(tuple -> tuple.getLong(0));
    })));
    LOGGER.info("Number of customers with the \"books\" preference tag: {}", bookPreferenceCount);
    // Query all customers with an order of quantity greater than 2.
    // Uses nested secondary index.
    LOGGER.info("Retrieving all customers with an order of quantity greater than 2 ...");
    names = fdb.run((FDBRecordContext cx) -> {
        RecordQuery query = RecordQuery.newBuilder().setRecordType("Customer").setFilter(Query.field("order").oneOfThem().matches(Query.field("quantity").greaterThan(2))).build();
        return readNames(recordStoreBuilder, cx, query);
    });
    names.forEach((String res) -> LOGGER.info("    Result -> {}", res));
    // Get the sum of the quantity of items ordered for item ID 2740.
    // Using the index, it can determine this by reading a single
    // key in the database.
    Long itemQuantitySum = fdb.run((FDBRecordContext cx) -> cx.asyncToSync(FDBStoreTimer.Waits.WAIT_EXECUTE_QUERY, recordStoreBuilder.copyBuilder().setContext(cx).openAsync().thenCompose(store -> {
        Index index = store.getRecordMetaData().getIndex("item_quantity_sum");
        IndexAggregateFunction function = new IndexAggregateFunction(FunctionNames.SUM, index.getRootExpression(), index.getName());
        return store.evaluateAggregateFunction(Collections.singletonList("Customer"), function, Key.Evaluated.scalar(2740L), IsolationLevel.SERIALIZABLE).thenApply(tuple -> tuple.getLong(0));
    })));
    LOGGER.info("Total quantity ordered of item 2740L: {}", itemQuantitySum);
    // Get the sum of the quantity of all items ordered.
    // Using the index, it will do a scan that will hit one key
    // for each unique item id with a single range scan.
    Long allItemsQuantitySum = fdb.run((FDBRecordContext cx) -> cx.asyncToSync(FDBStoreTimer.Waits.WAIT_EXECUTE_QUERY, recordStoreBuilder.copyBuilder().setContext(cx).openAsync().thenCompose(store -> {
        Index index = store.getRecordMetaData().getIndex("item_quantity_sum");
        IndexAggregateFunction function = new IndexAggregateFunction(FunctionNames.SUM, index.getRootExpression(), index.getName());
        return store.evaluateAggregateFunction(Collections.singletonList("Customer"), function, TupleRange.ALL, IsolationLevel.SERIALIZABLE).thenApply(tuple -> tuple.getLong(0));
    })));
    LOGGER.info("Total quantity ordered of all items: {}", allItemsQuantitySum);
}

Example 2 with RecordMetaDataBuilder

use of com.apple.foundationdb.record.RecordMetaDataBuilder in project fdb-record-layer by FoundationDB.

the class FDBMetaDataStore method addUniversalIndexAsync.

/**
 * Add a new index on all record types.
 * @param index the index to be added
 * @return a future that completes when the index is added
 */
@Nonnull
public CompletableFuture<Void> addUniversalIndexAsync(@Nonnull Index index) {
    return loadCurrentProto().thenCompose(metaDataProto -> {
        RecordMetaDataBuilder recordMetaDataBuilder = createMetaDataBuilder(metaDataProto);
        recordMetaDataBuilder.addUniversalIndex(index);
        return saveAndSetCurrent(recordMetaDataBuilder.getRecordMetaData().toProto());
    });
}

Example 3 with RecordMetaDataBuilder

use of com.apple.foundationdb.record.RecordMetaDataBuilder in project fdb-record-layer by FoundationDB.

the class FDBMetaDataStore method updateRecordsAsync.

/**
 * Update the meta-data records descriptor asynchronously.
 * This adds any new record types to the meta-data and replaces all of the current descriptors with the new descriptors.
 *
 * <p>
 *  It is important to note that if a local file descriptor is set using {@link #setLocalFileDescriptor(Descriptors.FileDescriptor)},
 *  the local file descriptor must be at least as evolved as the records descriptor passed to this method.
 *  Otherwise, {@code updateRecordsAsync} will fail.
 * </p>
 *
 * <p>
 * If the given file descriptor is missing a union message, this method will add one before updating the meta-data.
 * The generated union descriptor is constructed by adding any non-{@code NESTED} types in the file descriptor to the
 * union descriptor from the currently stored meta-data. A new field is not added if a field of the given type already
 * exists, and the order of any existing fields is preserved. Note that types are identified by name, so renaming
 * top-level message types may result in validation errors when trying to update the record descriptor.
 * </p>
 *
 * @param recordsDescriptor the new recordsDescriptor
 * @return a future that completes when the records descriptor is updated
 */
@Nonnull
@API(API.Status.MAINTAINED)
public CompletableFuture<Void> updateRecordsAsync(@Nonnull Descriptors.FileDescriptor recordsDescriptor) {
    return loadCurrentProto().thenCompose(metaDataProto -> {
        // Update the records without using its local file descriptor. Let saveAndSetCurrent use the local file descriptor when saving the meta-data.
        RecordMetaDataBuilder recordMetaDataBuilder = createMetaDataBuilder(metaDataProto, false);
        // If union is missing, first add a default union.
        recordMetaDataBuilder.updateRecords(MetaDataProtoEditor.addDefaultUnionIfMissing(recordsDescriptor, recordMetaDataBuilder.getUnionDescriptor()));
        return saveAndSetCurrent(recordMetaDataBuilder.getRecordMetaData().toProto());
    });
}

Example 4 with RecordMetaDataBuilder

use of com.apple.foundationdb.record.RecordMetaDataBuilder in project fdb-record-layer by FoundationDB.

the class MetaDataEvolutionValidatorTest method rankLevelsChanged.

@Test
public void rankLevelsChanged() {
    final String indexName = "MySimpleRecord$rank(num_value_2)";
    RecordMetaDataBuilder metaDataBuilder = RecordMetaData.newBuilder().setRecords(TestRecords1Proto.getDescriptor());
    metaDataBuilder.addIndex("MySimpleRecord", new Index(indexName, Key.Expressions.field("num_value_2").ungrouped(), IndexTypes.RANK));
    RecordMetaData metaData1 = metaDataBuilder.getRecordMetaData();
    validateIndexMutation("rank levels changed", metaData1, indexName, indexProto -> changeOption(indexProto, IndexOptions.RANK_NLEVELS, "4"));
    validateIndexMutation("rank levels changed", metaData1, indexName, indexProto -> changeOption(indexProto, IndexOptions.RANK_NLEVELS, "" + RankedSet.MAX_LEVELS));
    // Setting the default explicitly is fine
    RecordMetaData metaData2 = replaceIndex(metaData1, indexName, indexProto -> changeOption(indexProto, IndexOptions.RANK_NLEVELS, "" + RankedSet.DEFAULT_LEVELS));
    validator.validate(metaData1, metaData2);
    RecordMetaData metaData3 = replaceIndex(metaData2, indexName, this::clearOptions);
    validator.validate(metaData2, metaData3);
}

Example 5 with RecordMetaDataBuilder

use of com.apple.foundationdb.record.RecordMetaDataBuilder in project fdb-record-layer by FoundationDB.

the class MetaDataEvolutionValidatorTest method changeRecordTypeName.

@Test
public void changeRecordTypeName() {
    final MetaDataEvolutionValidator renameDisallowingValidator = MetaDataEvolutionValidator.newBuilder().setDisallowTypeRenames(true).build();
    // Update the record type name, but don't update any references in indexes
    FileDescriptor updatedFile = mutateFile(fileBuilder -> fileBuilder.getMessageTypeBuilderList().forEach(messageType -> {
        if (messageType.getName().equals("MyOtherRecord")) {
            messageType.setName("MyOtherOtherRecord");
        } else if (messageType.getName().equals(RecordMetaDataBuilder.DEFAULT_UNION_NAME)) {
            messageType.getFieldBuilderList().forEach(field -> {
                if (field.getName().equals("_MyOtherRecord")) {
                    field.setName("_MyOtherOtherRecord");
                    field.setTypeName("MyOtherOtherRecord");
                }
            });
        }
    }));
    RecordMetaDataBuilder metaDataBuilder = RecordMetaData.newBuilder().setRecords(TestRecords1Proto.getDescriptor());
    metaDataBuilder.addIndex("MyOtherRecord", "num_value_3_indexed");
    RecordMetaData metaData1 = metaDataBuilder.getRecordMetaData();
    MetaDataException e = assertThrows(MetaDataException.class, () -> replaceRecordsDescriptor(metaData1, updatedFile));
    assertThat(e.getMessage(), containsString("Unknown record type MyOtherRecord"));
    validator.validateUnion(metaData1.getUnionDescriptor(), updatedFile.findMessageTypeByName(RecordMetaDataBuilder.DEFAULT_UNION_NAME));
    // Changes the record type definition but not the indexes
    e = assertThrows(MetaDataException.class, () -> replaceRecordsDescriptor(metaData1, updatedFile, protoBuilder -> protoBuilder.getRecordTypesBuilderList().forEach(recordType -> {
        if (recordType.getName().equals("MyOtherRecord")) {
            recordType.setName("MyOtherOtherRecord");
        }
    })));
    assertThat(e.getMessage(), containsString("Unknown record type MyOtherRecord"));
    // This should be allowed because it replaces all index definitions with the new record type as well
    RecordMetaData metaData3 = replaceRecordsDescriptor(metaData1, updatedFile, protoBuilder -> {
        protoBuilder.getRecordTypesBuilderList().forEach(recordType -> {
            if (recordType.getName().equals("MyOtherRecord")) {
                recordType.setName("MyOtherOtherRecord");
            }
        });
        protoBuilder.getIndexesBuilderList().forEach(index -> {
            List<String> recordTypes = new ArrayList<>(index.getRecordTypeList());
            recordTypes.replaceAll(recordType -> recordType.equals("MyOtherRecord") ? "MyOtherOtherRecord" : recordType);
            index.clearRecordType();
            index.addAllRecordType(recordTypes);
        });
    });
    assertEquals(Collections.singletonList(metaData3.getRecordType("MyOtherOtherRecord")), metaData3.recordTypesForIndex(metaData3.getIndex("MyOtherRecord$num_value_3_indexed")));
    validator.validate(metaData1, metaData3);
    assertInvalid("record type name changed", renameDisallowingValidator, metaData1, metaData3);
    // Validate that calling update records with the new file descriptor produces a valid evolution
    RecordMetaDataBuilder metaDataBuilder4 = RecordMetaData.newBuilder().setRecords(metaData1.toProto());
    metaDataBuilder4.updateRecords(updatedFile);
    RecordMetaData metaData4 = metaDataBuilder4.getRecordMetaData();
    assertEquals(Collections.singletonList(metaData4.getRecordType("MyOtherOtherRecord")), metaData4.recordTypesForIndex(metaData4.getIndex("MyOtherRecord$num_value_3_indexed")));
    validator.validate(metaData1, metaData4);
    assertInvalid("record type name changed", renameDisallowingValidator, metaData1, metaData4);
}