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On line 6 we have the actual interval specification of NUMTOYMINTERVAL(1,'MONTH'). Our goal was to store monthly partitions a new partition for each month s worth of data a very common goal. By using a date that is safe to add a month to (refer to 12 for why adding a month to a timestamp can be error prone in some cases) the first of the month we can have the database create monthly partitions on the fly, as data arrives, for us. On line 7 we have specifics: store in (users,example). This allows us to tell the database where to create these new partitions what tablespaces to use. As the database figures out what partitions it wants to create, it uses this list to decide what tablespace to create each partition in. This allows the DBA to control the maximum desired tablespace size: they might not want a single 500GB tablespace but they would be comfortable with 10 50GB tablespaces. In that case, they would set up 10 tablespaces and allow the database to use all 10 to create partitions. Let s insert a row of data now and see what happens: ops$tkyte%ORA11GR2> insert into audit_trail (ts,data) values 2 ( to_timestamp('27-feb-2010','dd-mon-yyyy'), 'xx' ); 1 row created. ops$tkyte%ORA11GR2> select a.partition_name, a.tablespace_name, a.high_value, 2 decode( a.interval, 'YES', b.interval ) interval 3 from user_tab_partitions a, user_part_tables b 4 where a.table_name = 'AUDIT_TRAIL' 5 and a.table_name = b.table_name 6 order by a.partition_position; PARTITION_ ---------P0 SYS_P659 TABLESPACE ---------USERS USERS HIGH_VALUE INTERVAL ------------------------------- -----------------------------TIMESTAMP' 1900-01-01 00:00:00' TIMESTAMP' 2010-03-01 00:00:00' NUMTOYMINTERVAL(1,'MONTH')

I have an idea, borne out by first-hand personal experience (meaning I made the mistake myself as I was learning software development), as to why database-backed software development efforts so frequently fail Let me be clear that I m including here those projects that may not be documented as failures, but take much longer to roll out and deploy than originally planned because of the need to perform a major rewrite, re-architecture, or tuning effort Personally, I call these delayed projects failures, as more often than not they could have been completed on schedule (or even faster) The single most common reason for database project failure is insufficient practical knowledge of the database a basic lack of understanding of the fundamental tool that is being used.

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The background process archiver (ARCn) will automatically create a copy of every archived redo log file in the flash recovery area, if you have specified the flash recovery area as the place to save archivelogs. If you configure a flash recovery area, you won t be able to use the older LOG_ARCHIVE_DEST and LOG_ARCHIVE_DUPLEX_DEST parameters; you must use the LOG_ARCHIVE_DEST_n parameter instead. The LOG_ARCHIVE_DEST_10 parameter is implicitly set to the flash recovery area, where the database will save archived redo log files. If you don t set any other local archiving destinations, LOG_ARCHIVE_DEST_10 is, by default, set to USE_DB_RECOVERY_FILE_DEST. This means that the archived redo log files will be automatically sent to the flash recovery area. In addition, if you ve configured other archivelog locations with LOG_ARCHIVE_DEST_n, copies of archived redo logs will also be placed in those other locations.

For example, if you configured a flash recovery area and turned on archiving for a database without setting an explicit archivelog location, and then issued the ARCHIVE LOG LIST command, you would see something like this: SQL> ARCHIVE LOG LIST Database log mode Automatic archival Archive destination Oldest online log sequence Next log sequence to archive Current log sequence SQL> Archive Mode Enabled USE_DB_RECOVERY_FILE_DEST 825 827 827

If you recall from the range partition section above, you would expect that INSERT to fail. However, since we are using interval partitioning, it succeeds and, in fact, creates a new partition SYS_P659. The HIGH_VALUE for this partition is 01-MAR-2010 which, if we were using range partitioning, would imply anything strictly less than 01-MAR-2010 and greater than or equal to 01-JAN-1900 would go into this

The black box approach involves a conscious decision to protect the developers from the database they are actually encouraged to not learn anything about it! In many cases, they are prevented from exploiting it The reasons for this approach appear to be related to FUD (fear, uncertainty, and doubt) The accepted wisdom is that databases are hard, and that SQL, transactions, and data integrity are hard The solution: don t make anyone do anything hard They treat the database as a black box and have some software tool generate all of the code They try to insulate themselves with many layers of protection so that they do not have to touch this hard database This is an approach to database development that I ve never been able to understand, for a couple of reasons.

The USE_DB_RECOVERY_FILE_DEST setting points to the flash recovery area for the database. This is because you configured a flash recovery area and didn t specify a LOG_ARCHIVE_DEST_n destination. Therefore, the LOG_ARCHIVE_DEST_10 destination is implicitly set to the flash recovery area. (You can override this behavior by explicitly setting LOG_ARCHIVE_DEST_10 to an empty string.)

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