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Now, since we defined our parent table originally as permitting row movement, we were forced to define all of our child tables (and their children and so on) as having that capability as well, for if the parent row moves and we are using reference partitioning, we know the child row(s) must move as well For example: ops$tkyte%ORA11GR2> select '2010', count(*) from order_line_items partition(part_2010) 2 union all 3 select '2011', count(*) from order_line_items partition(part_2011); '201 COUNT(*) ---- ---------2010 1 2011 0 We can see that right now our data in the child table ORDER_LINE_ITEMS is in the 2010 partition By performing a simple update against the parent ORDERS table ops$tkyte%ORA11GR2> update orders set order_date = add_months(order_date,12); 1 row updated.

Thus, for every change to the RMAN repository, information is recorded in two places: the control file and the optional recovery catalog The recovery catalog versions of the RMAN repository are stored in database tables The control file version of the repository is stored as records within the control file If you wish, you can manage the RMAN with just the information in the control file The objections you ll hear regarding using the recovery catalog are that it s too complex to maintain and that it needs another database to manage it However, there are some RMAN commands you can use only when you use the recovery catalog You can also use RMAN-stored scripts only if you use the recovery catalog If you use the control file, you run the risk of some of the historical data being overwritten, but the recovery catalog will safeguard all such data.

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ops$tkyte@ORA10G> CREATE TABLE partitioned 2 ( timestamp date, 3 id int 4 ) 5 PARTITION BY RANGE (timestamp) 6 ( 7 PARTITION part_1 VALUES LESS THAN 8 ( to_date('01-jan-2000','dd-mon-yyyy') ) , 9 PARTITION part_2 VALUES LESS THAN 10 ( to_date('01-jan-2001','dd-mon-yyyy') ) 11 ) 12 / Table created. ops$tkyte@ORA10G> create index partitioned_index 2 on partitioned(id) 3 GLOBAL 4 partition by range(id) 5 ( 6 partition part_1 values less than(1000), 7 partition part_2 values less than (MAXVALUE) 8 ) 9 / Index created. Note the use of MAXVALUE in this index. MAXVALUE can be used in any range partitioned table as well as in the index. It represents an infinite upper bound on the range. In our examples so far, we ve used hard upper bounds on the ranges (values less than <some value>). However, a global index has a requirement that the highest partition (the last partition) must have a partition bound whose value is MAXVALUE. This ensures that all rows in the underlying table can be placed in the index. Now, completing this example, we ll add our primary key to the table: ops$tkyte@ORA10G> alter table partitioned add constraint 2 partitioned_pk 3 primary key(id) 4 / Table altered. It is not evident from this code that Oracle is using the index we created to enforce the primary key (it is to me because I know that Oracle is using it), so we can prove it by simply trying to drop that index: ops$tkyte@ORA10G> drop index partitioned_index; drop index partitioned_index * ERROR at line 1: ORA-02429: cannot drop index used for enforcement of unique/primary key

ops$tkyte%ORA11GR2> select '2010', count(*) from order_line_items partition(part_2010) 2 union all 3 select '2011', count(*) from order_line_items partition(part_2011); '201 COUNT(*) ---- ---------2010 0 2011 1 we can see our data moved in the child table An update against the parent was cascaded down to the child table and caused the child table to move a row (or rows as needed) It should be noted that currently there is a restriction on the use of reference partitioning with interval partitioning As of Oracle Database 11g Release 2, the combination of reference and interval partitioning is not supported.

This is because the control file allocates a finite space for backup-related activities, while the recovery catalog has more room for storing backup history One recovery catalog in your system can perform backup, restore, and recovery activities for dozens of Oracle databases Thus, you can centralize and automate backup and recovery operations by using the recovery catalog Oracle recommends that you use a dedicated database for running the recovery catalog, but it isn t absolutely necessary..

Note You re strongly advised to use the recovery catalog so you can take advantage of the full range of features provided by RMAN. The discussion of RMAN s features in this chapter and the next assumes the existence of the recovery catalog.

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