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NAME LENGTH -------------------- --------NESTED_TABLE_ID 16 SYS_NC_ROWINFO$ 1 COMPONENT_ID 22 PART_ID 22 PART_NAME 50 PART_DESC 500 As shown, the nested table itself has two hidden internal columns: nested_table_id and sys_nc_rowinfo$. A quick select reveals the values in these two columns as follows: benchmark@ORA10G> select /*+ nested_table_get_refs */ nested_table_id, 2 sys_nc_rowinfo$ 3 from parts_nt; NESTED_TABLE_ID -------------------------------450F0E036B3D4AD39F1026235CDBA8C6 FE2F3FD8316A4EAA949A1D90A1286CFB FE2F3FD8316A4EAA949A1D90A1286CFB SYS_NC_ROWINFO$(COMPONENT_ID, PART_ID, PART_NAME, -------------------------------------------------PART_TYPE(1, 2, 'part2', 'part2 description') PART_TYPE(2, 3, 'part1', 'part1 description') PART_TYPE(2, 3, 'part2', 'part2 description') PART_TYPE(1, 4, 'part3', 'part3 description updated')

=> 'test01_copy.dbf');

You use the GET_FILE procedure to copy binary files from a remote server to the local server. First, log into the remote server and create the source directory object, as shown here: SQL> CONNECT system/system_passwd@remote_db Connected. SQL> CREATE OR REPLACE DIRECTORY source_dir as '/u01/app/oracle/source'; Next, you log into the local server and create a destination directory object, as shown here: SQL> CONNECT system/system_passwd@local_db Connected. SQL> CREATE OR REPLACE DIRECTORY dest_dir as /'u01/app/oracle/dest'; Once you create the source and destination directories, ensure that you have a database link between the two databases, or create one if one doesn t exist: SQL> CREATE DATABASE LINK prod1 CONNECT TO system IDENTIFIED BY system_passwd USING 'prod1'; SQL> You must make sure that you ve set up the connection to the prod1 database using a tnsnames.ora file, for example, before you can create the database link. Now you execute the GET_FILE procedure to transfer the file from the remote server to the local server, as shown here: SQL> BEGIN DBMS_FILE_TRANSFER.GET_FILE( source_directory_object source_file_name source_database destination_directory_object destination_file_name END; / SQL>

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'SOURCE_DIR', 'test01.dbf', 'remote_db', 'DEST_DIR', 'test01.dbf');

From the preceding select we can see that the hidden column sys_nc0000300004$ in the parent table components_nt has the same key values that the hidden column nested_table_id in the child table parts_nt. Thus the hidden column sys_nc0000300004$ in the parent table is the foreign key to the column nested_table_id in the nested child table. Also, as shown in the preceding select, the column sys_nc_rowinfo$ is another hidden column in the nested table that Oracle uses to internally reference the entire nested table row as a single object. We can see that behind the scenes Oracle internally works on two different tables (a parent table and a child table) with an internally generated foreign key that connects the two tables. This mitigates the shortcoming of not being able to create a referential integrity constraint on nested tables that we encountered earlier. Let s look at the constraints and indexes that Oracle creates for us internally on the parent table components_nt and the child table parts_nt: benchmark@ORA10G> select c.table_name, 2 c.constraint_name, 3 case 4 when c.constraint_type = 'P' 5 then 'Primary Key' 6 when c.constraint_type = 'U' 7 then 'Unique Key' 8 end constraint_type_desc, 9 i.index_name, i.column_name 10 from all_ind_columns i, user_constraints c 11 where i.index_name = c.index_name 12 and c.table_name in( 'COMPONENTS_NT', 'PARTS_NT' );

Note that for the SOURCE_DATABASE attribute, you provide the name of the database link to the remote database.

You use the PUT_FILE procedure to transfer a binary file from the local server to a remote server. As in the case of the previous two procedures, you must first create the source and destination directory objects, as shown here (in addition, you must ensure the existence of a database link from the local to the remote database): SQL> CONNECT system/system_passwd@remote_db Connected. SQL> CREATE OR REPLACE DIRECTORY source_dir as '/u01/app/oracle/source';

As you can see, Oracle created a unique index, sys_c006272, on the hidden column sys_nc0000300004$ (shown as being against the column parts in the result of the first query). However, as of Oracle 10.1.0.2.0, Oracle does not create the index on the corresponding child table column nested_table_id. As discussed earlier, it is imperative to create an index on this column in most cases. If you do use nested tables in your schema for storing data, you must remember to create an index on the nested_table_id column yourself. For example, in our case, we create an index as follows: benchmark@ORA10G> create index parts_nt_idx on parts_nt(nested_table_id); Index created. Thus you can see that behind the scenes Oracle works in terms of relational tables, which adds to code complexity as well. In the next section, we summarize these and other reasons that we have uncovered so far justifying the recommendation to avoid objects as a way to store data in tables.

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