Examples with PageSorter io.trino.spi.PageSorter used on opensource projects

Example 1 with PageSorter

use of io.trino.spi.PageSorter in project trino by trinodb.

the class ServerMainModule method setup.

@Override
protected void setup(Binder binder) {
    ServerConfig serverConfig = buildConfigObject(ServerConfig.class);
    if (serverConfig.isCoordinator()) {
        install(new CoordinatorModule());
    } else {
        install(new WorkerModule());
    }
    binder.bind(StartupStatus.class).in(Scopes.SINGLETON);
    configBinder(binder).bindConfigDefaults(HttpServerConfig.class, httpServerConfig -> {
        httpServerConfig.setAdminEnabled(false);
    });
    binder.bind(PreparedStatementEncoder.class).in(Scopes.SINGLETON);
    binder.bind(HttpRequestSessionContextFactory.class).in(Scopes.SINGLETON);
    install(new InternalCommunicationModule());
    configBinder(binder).bindConfig(FeaturesConfig.class);
    configBinder(binder).bindConfig(OptimizerConfig.class);
    configBinder(binder).bindConfig(ProtocolConfig.class);
    binder.bind(SqlParser.class).in(Scopes.SINGLETON);
    jaxrsBinder(binder).bind(ThrowableMapper.class);
    configBinder(binder).bindConfig(QueryManagerConfig.class);
    configBinder(binder).bindConfig(SqlEnvironmentConfig.class);
    newOptionalBinder(binder, ExplainAnalyzeContext.class);
    binder.bind(StatementAnalyzerFactory.class).in(Scopes.SINGLETON);
    // GC Monitor
    binder.bind(GcMonitor.class).to(JmxGcMonitor.class).in(Scopes.SINGLETON);
    newExporter(binder).export(GcMonitor.class).withGeneratedName();
    // session properties
    newSetBinder(binder, SystemSessionPropertiesProvider.class).addBinding().to(SystemSessionProperties.class);
    binder.bind(SessionPropertyManager.class).in(Scopes.SINGLETON);
    binder.bind(SystemSessionProperties.class).in(Scopes.SINGLETON);
    binder.bind(SessionPropertyDefaults.class).in(Scopes.SINGLETON);
    // schema properties
    binder.bind(SchemaPropertyManager.class).in(Scopes.SINGLETON);
    // table properties
    binder.bind(TablePropertyManager.class).in(Scopes.SINGLETON);
    // materialized view properties
    binder.bind(MaterializedViewPropertyManager.class).in(Scopes.SINGLETON);
    // column properties
    binder.bind(ColumnPropertyManager.class).in(Scopes.SINGLETON);
    // analyze properties
    binder.bind(AnalyzePropertyManager.class).in(Scopes.SINGLETON);
    // table procedures properties
    binder.bind(TableProceduresPropertyManager.class).in(Scopes.SINGLETON);
    // node manager
    discoveryBinder(binder).bindSelector("trino");
    binder.bind(DiscoveryNodeManager.class).in(Scopes.SINGLETON);
    binder.bind(InternalNodeManager.class).to(DiscoveryNodeManager.class).in(Scopes.SINGLETON);
    newExporter(binder).export(DiscoveryNodeManager.class).withGeneratedName();
    httpClientBinder(binder).bindHttpClient("node-manager", ForNodeManager.class).withTracing().withConfigDefaults(config -> {
        config.setIdleTimeout(new Duration(30, SECONDS));
        config.setRequestTimeout(new Duration(10, SECONDS));
    });
    // node scheduler
    // TODO: remove from NodePartitioningManager and move to CoordinatorModule
    configBinder(binder).bindConfig(NodeSchedulerConfig.class);
    binder.bind(NodeScheduler.class).in(Scopes.SINGLETON);
    binder.bind(NodeTaskMap.class).in(Scopes.SINGLETON);
    newExporter(binder).export(NodeScheduler.class).withGeneratedName();
    // network topology
    // TODO: move to CoordinatorModule when NodeScheduler is moved
    install(conditionalModule(NodeSchedulerConfig.class, config -> UNIFORM == config.getNodeSchedulerPolicy(), new UniformNodeSelectorModule()));
    install(conditionalModule(NodeSchedulerConfig.class, config -> TOPOLOGY == config.getNodeSchedulerPolicy(), new TopologyAwareNodeSelectorModule()));
    // task execution
    configBinder(binder).bindConfig(FailureInjectionConfig.class);
    binder.bind(FailureInjector.class).in(Scopes.SINGLETON);
    jaxrsBinder(binder).bind(TaskResource.class);
    newExporter(binder).export(TaskResource.class).withGeneratedName();
    jaxrsBinder(binder).bind(TaskExecutorResource.class);
    newExporter(binder).export(TaskExecutorResource.class).withGeneratedName();
    binder.bind(TaskManagementExecutor.class).in(Scopes.SINGLETON);
    binder.bind(SqlTaskManager.class).in(Scopes.SINGLETON);
    binder.bind(TableExecuteContextManager.class).in(Scopes.SINGLETON);
    // memory revoking scheduler
    binder.bind(MemoryRevokingScheduler.class).in(Scopes.SINGLETON);
    // Add monitoring for JVM pauses
    binder.bind(PauseMeter.class).in(Scopes.SINGLETON);
    newExporter(binder).export(PauseMeter.class).withGeneratedName();
    configBinder(binder).bindConfig(MemoryManagerConfig.class);
    configBinder(binder).bindConfig(NodeMemoryConfig.class);
    binder.bind(LocalMemoryManager.class).in(Scopes.SINGLETON);
    binder.bind(LocalMemoryManagerExporter.class).in(Scopes.SINGLETON);
    newOptionalBinder(binder, VersionEmbedder.class).setDefault().to(EmbedVersion.class).in(Scopes.SINGLETON);
    newExporter(binder).export(SqlTaskManager.class).withGeneratedName();
    binder.bind(TaskExecutor.class).in(Scopes.SINGLETON);
    newExporter(binder).export(TaskExecutor.class).withGeneratedName();
    binder.bind(MultilevelSplitQueue.class).in(Scopes.SINGLETON);
    newExporter(binder).export(MultilevelSplitQueue.class).withGeneratedName();
    binder.bind(LocalExecutionPlanner.class).in(Scopes.SINGLETON);
    configBinder(binder).bindConfig(CompilerConfig.class);
    binder.bind(ExpressionCompiler.class).in(Scopes.SINGLETON);
    newExporter(binder).export(ExpressionCompiler.class).withGeneratedName();
    binder.bind(PageFunctionCompiler.class).in(Scopes.SINGLETON);
    newExporter(binder).export(PageFunctionCompiler.class).withGeneratedName();
    configBinder(binder).bindConfig(TaskManagerConfig.class);
    binder.bind(IndexJoinLookupStats.class).in(Scopes.SINGLETON);
    newExporter(binder).export(IndexJoinLookupStats.class).withGeneratedName();
    binder.bind(AsyncHttpExecutionMBean.class).in(Scopes.SINGLETON);
    newExporter(binder).export(AsyncHttpExecutionMBean.class).withGeneratedName();
    binder.bind(JoinFilterFunctionCompiler.class).in(Scopes.SINGLETON);
    newExporter(binder).export(JoinFilterFunctionCompiler.class).withGeneratedName();
    binder.bind(JoinCompiler.class).in(Scopes.SINGLETON);
    newExporter(binder).export(JoinCompiler.class).withGeneratedName();
    binder.bind(OrderingCompiler.class).in(Scopes.SINGLETON);
    newExporter(binder).export(OrderingCompiler.class).withGeneratedName();
    binder.bind(PagesIndex.Factory.class).to(PagesIndex.DefaultFactory.class);
    newOptionalBinder(binder, OperatorFactories.class).setDefault().to(TrinoOperatorFactories.class).in(Scopes.SINGLETON);
    jaxrsBinder(binder).bind(PagesResponseWriter.class);
    // exchange client
    binder.bind(DirectExchangeClientSupplier.class).to(DirectExchangeClientFactory.class).in(Scopes.SINGLETON);
    httpClientBinder(binder).bindHttpClient("exchange", ForExchange.class).withTracing().withFilter(GenerateTraceTokenRequestFilter.class).withConfigDefaults(config -> {
        config.setIdleTimeout(new Duration(30, SECONDS));
        config.setRequestTimeout(new Duration(10, SECONDS));
        config.setMaxConnectionsPerServer(250);
        config.setMaxContentLength(DataSize.of(32, MEGABYTE));
    });
    configBinder(binder).bindConfig(DirectExchangeClientConfig.class);
    binder.bind(ExchangeExecutionMBean.class).in(Scopes.SINGLETON);
    newExporter(binder).export(ExchangeExecutionMBean.class).withGeneratedName();
    // execution
    binder.bind(LocationFactory.class).to(HttpLocationFactory.class).in(Scopes.SINGLETON);
    // memory manager
    jaxrsBinder(binder).bind(MemoryResource.class);
    jsonCodecBinder(binder).bindJsonCodec(MemoryInfo.class);
    // transaction manager
    configBinder(binder).bindConfig(TransactionManagerConfig.class);
    // data stream provider
    binder.bind(PageSourceManager.class).in(Scopes.SINGLETON);
    binder.bind(PageSourceProvider.class).to(PageSourceManager.class).in(Scopes.SINGLETON);
    // page sink provider
    binder.bind(PageSinkManager.class).in(Scopes.SINGLETON);
    binder.bind(PageSinkProvider.class).to(PageSinkManager.class).in(Scopes.SINGLETON);
    // metadata
    binder.bind(StaticCatalogStore.class).in(Scopes.SINGLETON);
    configBinder(binder).bindConfig(StaticCatalogStoreConfig.class);
    binder.bind(MetadataManager.class).in(Scopes.SINGLETON);
    binder.bind(Metadata.class).to(MetadataManager.class).in(Scopes.SINGLETON);
    newOptionalBinder(binder, SystemSecurityMetadata.class).setDefault().to(DisabledSystemSecurityMetadata.class).in(Scopes.SINGLETON);
    binder.bind(GlobalFunctionCatalog.class).in(Scopes.SINGLETON);
    binder.bind(TypeOperatorsCache.class).in(Scopes.SINGLETON);
    newExporter(binder).export(TypeOperatorsCache.class).as(factory -> factory.generatedNameOf(TypeOperators.class));
    binder.bind(BlockTypeOperators.class).in(Scopes.SINGLETON);
    newExporter(binder).export(TypeOperatorsCache.class).withGeneratedName();
    binder.bind(ProcedureRegistry.class).in(Scopes.SINGLETON);
    binder.bind(TableProceduresRegistry.class).in(Scopes.SINGLETON);
    binder.bind(PlannerContext.class).in(Scopes.SINGLETON);
    // function
    binder.bind(FunctionManager.class).in(Scopes.SINGLETON);
    newSetBinder(binder, FunctionBundle.class);
    binder.bind(RegisterFunctionBundles.class).asEagerSingleton();
    // type
    binder.bind(TypeAnalyzer.class).in(Scopes.SINGLETON);
    jsonBinder(binder).addDeserializerBinding(Type.class).to(TypeDeserializer.class);
    jsonBinder(binder).addDeserializerBinding(TypeSignature.class).to(TypeSignatureDeserializer.class);
    jsonBinder(binder).addKeyDeserializerBinding(TypeSignature.class).to(TypeSignatureKeyDeserializer.class);
    binder.bind(TypeRegistry.class).in(Scopes.SINGLETON);
    binder.bind(TypeManager.class).to(InternalTypeManager.class).in(Scopes.SINGLETON);
    newSetBinder(binder, Type.class);
    // split manager
    binder.bind(SplitManager.class).in(Scopes.SINGLETON);
    // node partitioning manager
    binder.bind(NodePartitioningManager.class).in(Scopes.SINGLETON);
    // index manager
    binder.bind(IndexManager.class).in(Scopes.SINGLETON);
    // handle resolver
    binder.install(new HandleJsonModule());
    // connector
    binder.bind(ConnectorManager.class).in(Scopes.SINGLETON);
    // system connector
    binder.install(new SystemConnectorModule());
    // slice
    jsonBinder(binder).addSerializerBinding(Slice.class).to(SliceSerializer.class);
    jsonBinder(binder).addDeserializerBinding(Slice.class).to(SliceDeserializer.class);
    // expression
    jsonBinder(binder).addSerializerBinding(Expression.class).to(ExpressionSerializer.class);
    jsonBinder(binder).addDeserializerBinding(Expression.class).to(ExpressionDeserializer.class);
    // split monitor
    binder.bind(SplitMonitor.class).in(Scopes.SINGLETON);
    // version and announcement
    binder.bind(NodeVersion.class).toInstance(new NodeVersion(nodeVersion));
    discoveryBinder(binder).bindHttpAnnouncement("trino").addProperty("node_version", nodeVersion).addProperty("coordinator", String.valueOf(serverConfig.isCoordinator()));
    // server info resource
    jaxrsBinder(binder).bind(ServerInfoResource.class);
    // node status resource
    jaxrsBinder(binder).bind(StatusResource.class);
    // plugin manager
    binder.bind(PluginManager.class).in(Scopes.SINGLETON);
    newOptionalBinder(binder, PluginsProvider.class).setDefault().to(ServerPluginsProvider.class).in(Scopes.SINGLETON);
    configBinder(binder).bindConfig(ServerPluginsProviderConfig.class);
    binder.bind(CatalogManager.class).in(Scopes.SINGLETON);
    // block encodings
    binder.bind(BlockEncodingManager.class).in(Scopes.SINGLETON);
    jsonBinder(binder).addSerializerBinding(Block.class).to(BlockJsonSerde.Serializer.class);
    jsonBinder(binder).addDeserializerBinding(Block.class).to(BlockJsonSerde.Deserializer.class);
    binder.bind(BlockEncodingSerde.class).to(InternalBlockEncodingSerde.class).in(Scopes.SINGLETON);
    // thread visualizer
    jaxrsBinder(binder).bind(ThreadResource.class);
    // PageSorter
    binder.bind(PageSorter.class).to(PagesIndexPageSorter.class).in(Scopes.SINGLETON);
    // PageIndexer
    binder.bind(PageIndexerFactory.class).to(GroupByHashPageIndexerFactory.class).in(Scopes.SINGLETON);
    // Finalizer
    binder.bind(FinalizerService.class).in(Scopes.SINGLETON);
    // Spiller
    binder.bind(SpillerFactory.class).to(GenericSpillerFactory.class).in(Scopes.SINGLETON);
    binder.bind(SingleStreamSpillerFactory.class).to(FileSingleStreamSpillerFactory.class).in(Scopes.SINGLETON);
    binder.bind(PartitioningSpillerFactory.class).to(GenericPartitioningSpillerFactory.class).in(Scopes.SINGLETON);
    binder.bind(SpillerStats.class).in(Scopes.SINGLETON);
    newExporter(binder).export(SpillerFactory.class).withGeneratedName();
    binder.bind(LocalSpillManager.class).in(Scopes.SINGLETON);
    configBinder(binder).bindConfig(NodeSpillConfig.class);
    // Dynamic Filtering
    configBinder(binder).bindConfig(DynamicFilterConfig.class);
    // dispatcher
    // TODO remove dispatcher fromm ServerMainModule, and bind dependent components only on coordinators
    newOptionalBinder(binder, DispatchManager.class);
    // Added for RuleStatsSystemTable
    // TODO: remove this when system tables are bound separately for coordinator and worker
    newOptionalBinder(binder, RuleStatsRecorder.class);
    // cleanup
    binder.bind(ExecutorCleanup.class).in(Scopes.SINGLETON);
}

Example 2 with PageSorter

use of io.trino.spi.PageSorter in project trino by trinodb.

the class BenchmarkPagesIndexPageSorter method runBenchmark.

@Benchmark
public int runBenchmark(BenchmarkData data) {
    PageSorter pageSorter = new PagesIndexPageSorter(new PagesIndex.TestingFactory(false));
    long[] addresses = pageSorter.sort(data.types, data.pages, data.sortChannels, nCopies(data.sortChannels.size(), ASC_NULLS_FIRST), 10_000);
    return addresses.length;
}

Example 3 with PageSorter

use of io.trino.spi.PageSorter in project trino by trinodb.

the class HiveWriterFactory method createWriter.

public HiveWriter createWriter(Page partitionColumns, int position, OptionalInt bucketNumber) {
    if (bucketCount.isPresent()) {
        checkArgument(bucketNumber.isPresent(), "Bucket not provided for bucketed table");
        checkArgument(bucketNumber.getAsInt() < bucketCount.getAsInt(), "Bucket number %s must be less than bucket count %s", bucketNumber, bucketCount);
    } else {
        checkArgument(bucketNumber.isEmpty(), "Bucket number provided by for table that is not bucketed");
    }
    List<String> partitionValues = createPartitionValues(partitionColumnTypes, partitionColumns, position);
    Optional<String> partitionName;
    if (!partitionColumnNames.isEmpty()) {
        partitionName = Optional.of(FileUtils.makePartName(partitionColumnNames, partitionValues));
    } else {
        partitionName = Optional.empty();
    }
    // attempt to get the existing partition (if this is an existing partitioned table)
    Optional<Partition> partition = Optional.empty();
    if (!partitionValues.isEmpty() && table != null) {
        partition = pageSinkMetadataProvider.getPartition(partitionValues);
    }
    UpdateMode updateMode;
    Properties schema;
    WriteInfo writeInfo;
    StorageFormat outputStorageFormat;
    if (partition.isEmpty()) {
        if (table == null) {
            // Write to: a new partition in a new partitioned table,
            // or a new unpartitioned table.
            updateMode = UpdateMode.NEW;
            schema = new Properties();
            schema.setProperty(IOConstants.COLUMNS, dataColumns.stream().map(DataColumn::getName).collect(joining(",")));
            schema.setProperty(IOConstants.COLUMNS_TYPES, dataColumns.stream().map(DataColumn::getHiveType).map(HiveType::getHiveTypeName).map(HiveTypeName::toString).collect(joining(":")));
            if (partitionName.isEmpty()) {
                // new unpartitioned table
                writeInfo = locationService.getTableWriteInfo(locationHandle, false);
            } else {
                // a new partition in a new partitioned table
                writeInfo = locationService.getPartitionWriteInfo(locationHandle, partition, partitionName.get());
                if (!writeInfo.getWriteMode().isWritePathSameAsTargetPath()) {
                    // verify that the target directory for the partition does not already exist
                    if (HiveWriteUtils.pathExists(new HdfsContext(session), hdfsEnvironment, writeInfo.getTargetPath())) {
                        throw new TrinoException(HIVE_PATH_ALREADY_EXISTS, format("Target directory for new partition '%s' of table '%s.%s' already exists: %s", partitionName, schemaName, tableName, writeInfo.getTargetPath()));
                    }
                }
            }
        } else {
            // or an existing unpartitioned table
            if (partitionName.isPresent()) {
                // a new partition in an existing partitioned table
                updateMode = UpdateMode.NEW;
                writeInfo = locationService.getPartitionWriteInfo(locationHandle, partition, partitionName.get());
            } else {
                switch(insertExistingPartitionsBehavior) {
                    case APPEND:
                        updateMode = UpdateMode.APPEND;
                        writeInfo = locationService.getTableWriteInfo(locationHandle, false);
                        break;
                    case OVERWRITE:
                        updateMode = UpdateMode.OVERWRITE;
                        writeInfo = locationService.getTableWriteInfo(locationHandle, true);
                        break;
                    case ERROR:
                        throw new TrinoException(HIVE_TABLE_READ_ONLY, "Unpartitioned Hive tables are immutable");
                    default:
                        throw new IllegalArgumentException("Unsupported insert existing table behavior: " + insertExistingPartitionsBehavior);
                }
            }
            schema = getHiveSchema(table);
        }
        if (partitionName.isPresent()) {
            // Write to a new partition
            outputStorageFormat = fromHiveStorageFormat(partitionStorageFormat);
        } else {
            // Write to a new/existing unpartitioned table
            outputStorageFormat = fromHiveStorageFormat(tableStorageFormat);
        }
    } else {
        switch(insertExistingPartitionsBehavior) {
            // Write to: an existing partition in an existing partitioned table
            case APPEND:
                // Append to an existing partition
                updateMode = UpdateMode.APPEND;
                // Check the column types in partition schema match the column types in table schema
                List<Column> tableColumns = table.getDataColumns();
                List<Column> existingPartitionColumns = partition.get().getColumns();
                for (int i = 0; i < min(existingPartitionColumns.size(), tableColumns.size()); i++) {
                    HiveType tableType = tableColumns.get(i).getType();
                    HiveType partitionType = existingPartitionColumns.get(i).getType();
                    if (!tableType.equals(partitionType)) {
                        throw new TrinoException(HIVE_PARTITION_SCHEMA_MISMATCH, format("" + "You are trying to write into an existing partition in a table. " + "The table schema has changed since the creation of the partition. " + "Inserting rows into such partition is not supported. " + "The column '%s' in table '%s' is declared as type '%s', " + "but partition '%s' declared column '%s' as type '%s'.", tableColumns.get(i).getName(), tableName, tableType, partitionName, existingPartitionColumns.get(i).getName(), partitionType));
                    }
                }
                HiveWriteUtils.checkPartitionIsWritable(partitionName.get(), partition.get());
                outputStorageFormat = partition.get().getStorage().getStorageFormat();
                schema = getHiveSchema(partition.get(), table);
                writeInfo = locationService.getPartitionWriteInfo(locationHandle, partition, partitionName.get());
                break;
            case OVERWRITE:
                // Overwrite an existing partition
                // 
                // The behavior of overwrite considered as if first dropping the partition and inserting a new partition, thus:
                // * No partition writable check is required.
                // * Table schema and storage format is used for the new partition (instead of existing partition schema and storage format).
                updateMode = UpdateMode.OVERWRITE;
                outputStorageFormat = fromHiveStorageFormat(partitionStorageFormat);
                schema = getHiveSchema(table);
                writeInfo = locationService.getPartitionWriteInfo(locationHandle, Optional.empty(), partitionName.get());
                break;
            case ERROR:
                throw new TrinoException(HIVE_PARTITION_READ_ONLY, "Cannot insert into an existing partition of Hive table: " + partitionName.get());
            default:
                throw new IllegalArgumentException(format("Unsupported insert existing partitions behavior: %s", insertExistingPartitionsBehavior));
        }
    }
    additionalTableParameters.forEach(schema::setProperty);
    validateSchema(partitionName, schema);
    int bucketToUse = bucketNumber.isEmpty() ? 0 : bucketNumber.getAsInt();
    Path path;
    String fileNameWithExtension;
    if (transaction.isAcidTransactionRunning()) {
        String subdir = computeAcidSubdir(transaction);
        Path subdirPath = new Path(writeInfo.getWritePath(), subdir);
        path = createHiveBucketPath(subdirPath, bucketToUse, table.getParameters());
        fileNameWithExtension = path.getName();
    } else {
        String fileName = computeFileName(bucketNumber);
        fileNameWithExtension = fileName + getFileExtension(conf, outputStorageFormat);
        path = new Path(writeInfo.getWritePath(), fileNameWithExtension);
    }
    boolean useAcidSchema = isCreateTransactionalTable || (table != null && isFullAcidTable(table.getParameters()));
    FileWriter hiveFileWriter = null;
    for (HiveFileWriterFactory fileWriterFactory : fileWriterFactories) {
        Optional<FileWriter> fileWriter = fileWriterFactory.createFileWriter(path, dataColumns.stream().map(DataColumn::getName).collect(toList()), outputStorageFormat, schema, conf, session, bucketNumber, transaction, useAcidSchema, WriterKind.INSERT);
        if (fileWriter.isPresent()) {
            hiveFileWriter = fileWriter.get();
            break;
        }
    }
    if (hiveFileWriter == null) {
        hiveFileWriter = new RecordFileWriter(path, dataColumns.stream().map(DataColumn::getName).collect(toList()), outputStorageFormat, schema, partitionStorageFormat.getEstimatedWriterMemoryUsage(), conf, typeManager, parquetTimeZone, session);
    }
    String writerImplementation = hiveFileWriter.getClass().getName();
    Consumer<HiveWriter> onCommit = hiveWriter -> {
        Optional<Long> size;
        try {
            size = Optional.of(hiveWriter.getWrittenBytes());
        } catch (RuntimeException e) {
            // Do not fail the query if file system is not available
            size = Optional.empty();
        }
        eventClient.post(new WriteCompletedEvent(session.getQueryId(), path.toString(), schemaName, tableName, partitionName.orElse(null), outputStorageFormat.getOutputFormat(), writerImplementation, nodeManager.getCurrentNode().getVersion(), nodeManager.getCurrentNode().getHost(), session.getIdentity().getPrincipal().map(Principal::getName).orElse(null), nodeManager.getEnvironment(), sessionProperties, size.orElse(null), hiveWriter.getRowCount()));
    };
    if (!sortedBy.isEmpty()) {
        FileSystem fileSystem;
        Path tempFilePath;
        if (sortedWritingTempStagingPathEnabled) {
            String tempPrefix = sortedWritingTempStagingPath.replace("${USER}", new HdfsContext(session).getIdentity().getUser());
            tempFilePath = new Path(tempPrefix, ".tmp-sort." + path.getParent().getName() + "." + path.getName());
        } else {
            tempFilePath = new Path(path.getParent(), ".tmp-sort." + path.getName());
        }
        try {
            Configuration configuration = new Configuration(conf);
            // Explicitly set the default FS to local file system to avoid getting HDFS when sortedWritingTempStagingPath specifies no scheme
            configuration.set(FS_DEFAULT_NAME_KEY, "file:///");
            fileSystem = hdfsEnvironment.getFileSystem(session.getIdentity(), tempFilePath, configuration);
        } catch (IOException e) {
            throw new TrinoException(HIVE_WRITER_OPEN_ERROR, e);
        }
        List<Type> types = dataColumns.stream().map(column -> column.getHiveType().getType(typeManager, getTimestampPrecision(session))).collect(toImmutableList());
        Map<String, Integer> columnIndexes = new HashMap<>();
        for (int i = 0; i < dataColumns.size(); i++) {
            columnIndexes.put(dataColumns.get(i).getName(), i);
        }
        List<Integer> sortFields = new ArrayList<>();
        List<SortOrder> sortOrders = new ArrayList<>();
        for (SortingColumn column : sortedBy) {
            Integer index = columnIndexes.get(column.getColumnName());
            if (index == null) {
                throw new TrinoException(HIVE_INVALID_METADATA, format("Sorting column '%s' does exist in table '%s.%s'", column.getColumnName(), schemaName, tableName));
            }
            sortFields.add(index);
            sortOrders.add(column.getOrder().getSortOrder());
        }
        hiveFileWriter = new SortingFileWriter(fileSystem, tempFilePath, hiveFileWriter, sortBufferSize, maxOpenSortFiles, types, sortFields, sortOrders, pageSorter, typeManager.getTypeOperators(), OrcFileWriterFactory::createOrcDataSink);
    }
    return new HiveWriter(hiveFileWriter, partitionName, updateMode, fileNameWithExtension, writeInfo.getWritePath().toString(), writeInfo.getTargetPath().toString(), onCommit, hiveWriterStats);
}