return the # of s-map vectors in the bucket . concode_field_sep byte[] key1 concode_elem_sep byte[] key2 concode_elem_sep B b concode_elem_sep Index<O> index concode_elem_sep int secondaryIndexPivot concode_elem_sep OBStore<TupleBytes> storage concode_elem_sep int pivots concode_elem_sep B ByteBuffer concode_elem_sep byte[] Statistics concode_elem_sep Filter<O> filter concode_elem_sep int TUPLE_SIZE concode_elem_sep B current concode_elem_sep B Filter concode_elem_sep Statistics stats concode_elem_sep int OBStore concode_elem_sep byte[] key concode_field_sep void updateTupleSize concode_elem_sep int calculateBufferSize concode_elem_sep OperationStatus insertBulk concode_elem_sep byte[] buildKey concode_elem_sep byte[] buildKey concode_elem_sep B instantiateBucketObject concode_elem_sep OperationStatus insert concode_elem_sep OperationStatus delete concode_elem_sep byte[] serialize concode_elem_sep void search concode_elem_sep void search concode_elem_sep void search concode_elem_sep void search concode_elem_sep int getPivots concode_elem_sep boolean isModified concode_elem_sep void setPivots concode_elem_sep OperationStatus exists concode_elem_sep List<B> getObjects concode_elem_sep void setKey
int function ( ) { CloseIterator < TupleBytes > loc0 = storage . processRange ( key , key ) ; int loc1 = 0 ; try { while ( loc0 . hasNext ( ) ) { TupleBytes loc2 = loc0 . next ( ) ; loc1 ++ ; } } finally { loc0 . closeCursor ( ) ; } return loc1 ; }