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In the previous section, you learned how to insert objects using the oracle.sql.STRUCT class methods. You can see that the process is inherently more complex than a simple relational SQL insert. However, more than an insert or a delete, the process of updating an object attribute using STRUCT highlights the difference in usability when you use DML on objects (instead of relational SQL). This is because when you insert or delete a row containing objects, you insert or delete the entire object along with all its attributes. However, when updating an object, more often than not you are interested in modifying only a subset of object attributes. Now, if you use relational SQL, you can update just the required columns of a table (or, equivalently, the attributes of the object) in a table that you need to change, and you are done. If, however, you use the oracle.sql.STRUCT interface to do the same, there are two levels of complexity you need to deal with:

The value of 0 under the WAIT_TIME column indicates that the wait event db file sequential read is occurring for this session. When the wait event is over, you ll see values for the WAIT_TIME and the SECONDS_IN_WAIT columns. You can also use the V$SQLAREA view to find out which SQL statements are responsible for high disk reads. If latch waits predominate, you should be looking at the V$LATCH view to gain more information about the type of latch that s responsible for the high latch wait time: SQL> 2 3 4* SID ---1218 1400 SQL> SELECT sid, blocking_session, username, event, seconds_in_wait siw FROM V$SESSION WHERE blocking_session_status = 'VALID'; BLOCKING_SESS ------------1527 1400 USERNAME -------UCR_USER APPOWNER EVENT ----------------------------enq: TX - row lock contention latch free SIW ----23 0

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The V$SESSION_WAIT_HISTORY view holds information about the last ten wait events for each active session. The other wait-related views, such as the V$SESSION and the V$SESSION_WAIT, show you only the wait information for the most recent wait. This may be a short wait, thus escaping your scrutiny. Here s a sample query using the V$SESSION_WAIT_HISTORY view: SQL> 2 3 4* SELECT seq#, event, wait_time, p1, p2, p3 FROM V$SESSION_WAIT_HISTORY WHERE sid = 988 ORDER BY seq#;

SEQ# EVENT -------------------------1 db file sequential read 2 db file sequential read 3 latch: shared pool 4 db file sequential read 5 db file sequential read 6 db file sequential read 7 db file sequential read 8 db file sequential read 9 db file sequential read 10 db file sequential read 10 rows selected. SQL>

No matter how many attributes you want to modify, you have to select the entire object, materialize it as an oraclesqlSTRUCT object, change the attributes that you need to change, and update the object If an object has ten attributes and you want to change only one of them, you still need to materialize the entire object, change just that one attribute, and perform the update The second level of complexity arises because you need to break your update operation into two steps: the first step selects the original object, and the second updates with the new object values Furthermore, since in Oracle a select does not block an update from another session, you also need to lock the object during your select by using the for update clause Thus, performing an update using an oraclesqlSTRUCT object is fairly complicated.

P2 P3 ----- -----52 21944 50 19262 198 0 205 21605 52 13924 49 29222 52 14591 52 12723 205 11883 205 21604

Note that a zero value under the WAIT_TIME column means that the session is waiting for a specific event. A nonzero value represents the time waited for the last event.

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