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This histogram points out that the first and last partitions have just half as many rows as the interior partitions. The data is not very evenly distributed at all. We ll see the trend continue for six and seven hash partitions: ops$tkyte@ORA11GR2> exec hash_proc( 6, :x ); PL/SQL procedure successfully completed. PN CNT HG -- ---------- -----------------------------p1 6104 ************** p2 6175 *************** p3 12420 ****************************** p4 12106 ***************************** p5 6040 ************** p6 6009 ************** 6 rows selected. ops$tkyte@ORA11GR2> exec hash_proc( 7, :x ); PL/SQL procedure successfully completed. PN CNT HG -- ---------- -----------------------------p1 6105 *************** p2 6176 *************** p3 6161 *************** p4 12106 ****************************** p5 6041 *************** p6 6010 *************** p7 6263 *************** 7 rows selected. As soon as we get back to a number of hash partitions that is a power of two, we achieve the goal of even distribution once again: ops$tkyte@ORA11GR2> exec hash_proc( 8, :x ); PL/SQL procedure successfully completed. PN CNT HG -- ---------- -----------------------------p1 6106 ***************************** p2 6178 ***************************** p3 6163 ***************************** p4 6019 **************************** p5 6042 **************************** p6 6010 **************************** p7 6264 ****************************** p8 6089 ***************************** 8 rows selected. If we continue this experiment up to 16 partitions, we would see the same effects for the ninth through the fifteenth partitions a skewing of the data to the interior partitions, away from the edges and then upon hitting the sixteenth partition, you would see a flattening-out again. The same would be true again up to 32 partitions, and then 64, and so on. This example just points out the importance of using a power of two as the number of hash partitions.

We take one of the rows and update the value in its RANGE_KEY_COLUMN such that it can remain in PART_1: ops$tkyte@ORA10G> update range_example 2 set range_key_column = trunc(range_key_column) 3 where range_key_column = 4 to_date( '31-dec-2004 23:59:59', 5 'dd-mon-yyyy hh24:mi:ss' ); 1 row updated. As expected, this succeeds: the row remains in partition PART_1. Next, we update the RANGE_KEY_COLUMN to a value that would cause it to belong in PART_2: ops$tkyte@ORA10G> update range_example 2 set range_key_column = to_date('02-jan-2005','dd-mon-yyyy') 3 where range_key_column = to_date('31-dec-2004','dd-mon-yyyy'); update range_example * ERROR at line 1: ORA-14402: updating partition key column would cause a partition change That immediately raises an error, since we did not explicitly enable row movement. In Oracle8i and later releases, we can enable row movement on this table to allow the row to move from partition to partition.

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A loss of an active redo log file could be a single point of failure, which will result in the loss of data To avoid such an event, Oracle strongly recommends that you multiplex the redo log file When you multiplex the redo log file, even if one of the files is corrupted or lost, Oracle will continue writing to its copy A mirrored strategy may not be appropriate here, as both copies might be corrupted at the same time, thus making the extra copy just as useless as the original Even when the database files are mirrored, it s important to use Oracle multiplexing for both archivelogs and control files Take advantage of the archivelog multiplexing option and set the LOG_ARCHIVE_MIN_SUCCEED_ DEST parameter to at least 2 to ensure you have multiple sets of good archived logs After every major structural change, back up the control file.

The control file backup takes so little space that you can schedule a job that will back up the control file every hour or so on a busy production machine without affecting its performance Always make more than one copy of the database when it s being backed up to tape, because the tapes can be defective and you may not be aware of it Make at least two copies of the archived redo logs, and keep one on disk for a short recovery time if there s a media problem Though the datafiles, log files, and control files are indeed the key files needed for recovery, you should back up other Oracle database files on a routine basis and put them away safely These include the server parameter file (SPFILE) or the initora file, the sqlnetora file, the tnsnamesora file, and the password file.

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