String.valueOf( legacyStores.getPropertyStore().getArrayStore().getRecordDataSize() ) ); config.put( GraphDatabaseSettings.string_block_size.name(), String.valueOf( legacyStores.getPropertyStore().getStringStore().getRecordDataSize() ) ); String.valueOf( legacyStores.getNodeStore().getDynamicLabelStore().getRecordDataSize() ) );
public PropertyValueRecordSizeCalculator( PropertyStore propertyStore ) { this( propertyStore.getRecordSize(), propertyStore.getStringStore().getRecordSize(), propertyStore.getStringStore().getRecordDataSize(), propertyStore.getArrayStore().getRecordSize(), propertyStore.getArrayStore().getRecordDataSize() ); }
RecordStorageCommandCreationContext( NeoStores neoStores, int denseNodeThreshold, int idBatchSize ) { this.neoStores = neoStores; this.idBatches = new RenewableBatchIdSequences( neoStores, idBatchSize ); this.loaders = new Loaders( neoStores ); RelationshipGroupGetter relationshipGroupGetter = new RelationshipGroupGetter( idBatches.idGenerator( StoreType.RELATIONSHIP_GROUP ) ); this.relationshipCreator = new RelationshipCreator( relationshipGroupGetter, denseNodeThreshold ); PropertyTraverser propertyTraverser = new PropertyTraverser(); this.propertyDeleter = new PropertyDeleter( propertyTraverser ); this.relationshipDeleter = new RelationshipDeleter( relationshipGroupGetter, propertyDeleter ); this.propertyCreator = new PropertyCreator( new StandardDynamicRecordAllocator( idBatches.idGenerator( StoreType.PROPERTY_STRING ), neoStores.getPropertyStore().getStringStore().getRecordDataSize() ), new StandardDynamicRecordAllocator( idBatches.idGenerator( StoreType.PROPERTY_ARRAY ), neoStores.getPropertyStore().getArrayStore().getRecordDataSize() ), idBatches.idGenerator( StoreType.PROPERTY ), propertyTraverser, neoStores.getPropertyStore().allowStorePointsAndTemporal() ); }
String.valueOf( legacyStores.getPropertyStore().getArrayStore().getRecordDataSize() ) ); config.put( GraphDatabaseSettings.string_block_size.name(), String.valueOf( legacyStores.getPropertyStore().getStringStore().getRecordDataSize() ) ); String.valueOf( legacyStores.getNodeStore().getDynamicLabelStore().getRecordDataSize() ) );
public PropertyValueRecordSizeCalculator( PropertyStore propertyStore ) { this( propertyStore.getRecordSize(), propertyStore.getStringStore().getRecordSize(), propertyStore.getStringStore().getRecordDataSize(), propertyStore.getArrayStore().getRecordSize(), propertyStore.getArrayStore().getRecordDataSize() ); }
RecordStorageCommandCreationContext( NeoStores neoStores, int denseNodeThreshold, int idBatchSize ) { this.neoStores = neoStores; this.idBatches = new RenewableBatchIdSequences( neoStores, idBatchSize ); this.loaders = new Loaders( neoStores ); RelationshipGroupGetter relationshipGroupGetter = new RelationshipGroupGetter( idBatches.idGenerator( StoreType.RELATIONSHIP_GROUP ) ); this.relationshipCreator = new RelationshipCreator( relationshipGroupGetter, denseNodeThreshold ); PropertyTraverser propertyTraverser = new PropertyTraverser(); this.propertyDeleter = new PropertyDeleter( propertyTraverser ); this.relationshipDeleter = new RelationshipDeleter( relationshipGroupGetter, propertyDeleter ); this.propertyCreator = new PropertyCreator( new StandardDynamicRecordAllocator( idBatches.idGenerator( StoreType.PROPERTY_STRING ), neoStores.getPropertyStore().getStringStore().getRecordDataSize() ), new StandardDynamicRecordAllocator( idBatches.idGenerator( StoreType.PROPERTY_ARRAY ), neoStores.getPropertyStore().getArrayStore().getRecordDataSize() ), idBatches.idGenerator( StoreType.PROPERTY ), propertyTraverser, neoStores.getPropertyStore().allowStorePointsAndTemporal() ); }