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We can observe these behaviors easily. In the previous example, we inserted a pair of rows into PART_1 of the RANGE_EXAMPLE table: ops$tkyte%ORA11GR2> CREATE TABLE range_example 2 ( range_key_column date , 3 data varchar2(20) 4 ) 5 PARTITION BY RANGE (range_key_column) 6 ( PARTITION part_1 VALUES LESS THAN 7 (to_date('01/01/2010','dd/mm/yyyy')), 8 PARTITION part_2 VALUES LESS THAN 9 (to_date('01/01/2011','dd/mm/yyyy')) 10 ) 11 / Table created. ops$tkyte%ORA11GR2> insert into range_example 2 ( range_key_column, data ) 3 values 4 ( to_date( '15-dec-2009 00:00:00', 5 'dd-mon-yyyy hh24:mi:ss' ), 6 'application data...' ); 1 row created. ops$tkyte%ORA11GR2> insert into range_example 2 ( range_key_column, data ) 3 values

group by id), c2_vw as (select id, sum(q2) c2_sum2 from c2 group by id), c1_c2 as (select c1id, c1c1_sum1, c2c2_sum2 from c1_vw c1, c2_vw c2 where c1id = c2id ) select pid, c1_sum1, c2_sum2 from p, c1_c2 where pid = c1_c2id / Not to mention what they can do with analytic functions like LAG, LEAD, ROW_NUMBER; the ranking functions; and so much more Well, rather than spending the rest of the day trying to figure out how to tune their middle-tier database engine, we spent the day with the SQL Reference Guide projected on the screen (coupled with SQL*Plus to create ad hoc demonstrations of how things worked) The end goal was no longer tuning the middle tier; now it was turning off the middle tier as quickly as possible.

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1. Create a command file (monthly_backup.cmd) that uses substitution variables, as shown here: #monthly_backup.cmd CONNECT TARGET / RUN { ALLOCATE CHANNEL c1 DEVICE TYPE sbt PARMS 'ENV=(OB_MEDIA_FAMILY=&1)'; BACKUP DATABASE TAG &2 FORMAT '/u02/app/oracle/bck/&1%U.bck' RESTORE POINT &3; } EXIT; The command file monthly_backup.cmd uses three substitution variables to name the tape set, to provide the FORMAT string specification, and to name the restore point. 2. Next, create a shell script you ll use to run the monthly_backup.cmd file. The shell script mybackup.sh contains three shell variables, and you can pass the values for those variables at the command line when you execute the script. #!/bin/tcsh # name: mybackup.sh # usage: use the tag name and number of copies as arguments set media_family = $argv[1] set format = $argv[2]set restore_point = $argv[3] rman @'/u01/app/oracle/scripts/monthly_backup.cmd' USING $media_family $format $restore_point Now you have a shell script (mybackup.sh) that you can execute by passing arguments at the command line to specify values for our three substitution variables. 3. Execute the mybackup.sh shell script, as shown here: % mybackup.sh archival_backup bck0906 FY06Q3 Each time you run the mybackup.sh script, you can specify different values for the three substitution variables, right at the command line.

All stored scripts in RMAN are created with the CREATE SCRIPT command, followed by the actual script contents enclosed within a pair of curly brackets, { }. You can use any commands within the brackets of a CREATE SCRIPT command that you can use in a RUN block. The RMAN scripts do look a bit cryptic at first, but they are highly effective and actually easy to write. Here s a simplified nightly backup script that performs a full database backup. Note that by using the keyword SQL, you can include regular SQL commands within your RMAN backup script. RMAN> CREATE SCRIPT nightly_backup { 2> ALLOCATE CHANNEL c1 TYPE DISK; 3> BACKUP DATABASE FORMAT '/u01/app/oracle/%u'; 4> SQL 'ALTER DATABASE BACKUP CONTROLFILE TO TRACE'; 5> } created script nightly_backup RMAN>

4 ( to_date( '01-jan-2010 00:00:00', 5 'dd-mon-yyyy hh24:mi:ss' )-1/24/60/60, 6 'application data...' ); 1 row created. ops$tkyte%ORA11GR2> select * from range_example partition(part_1); RANGE_KEY --------15-DEC-09 31-DEC-09 DATA -------------------application data... application data...

I have seen people set up daemon processes in an Oracle database that read messages off of pipes (a database IPC mechanism) These daemon processes execute the SQL contained within the pipe message and commit the work They did this so that they could execute auditing in a transaction that would not get rolled back if the bigger transaction did Usually, if a trigger or something were used to audit an access to some data, but a statement failed later on, all of the work would be rolled back So, by sending a message to another process, they could have a separate transaction do the work and commit it The audit record would stay around, even if the parent transaction rolled back In versions of Oracle before Oracle8i, this was an appropriate (and pretty much the only) way to implement this functionality.

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