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You should observe the V$SESSION_WAIT view while this wait is occurring to find out exactly what type of block is causing the wait. Two of the common causes of high buffer busy waits are contention on data blocks belonging to tables and indexes, and contention on segment header blocks. If you re using dictionary managed tablespaces or locally managed tablespaces with manual segment space management (see 7), you should proceed as follows: If the waits are primarily on data blocks, try increasing the PCTFREE parameter to lower the number of rows in each data block. You may also want to increase the INITRANS parameter to reduce contention from competing transactions. If the waits are mainly in segment headers, increase the number of freelists or freelist groups for the segment in question, or consider increasing the extent size for the table or index. The best way to reduce buffer busy waits due to segment header contention is to use locally managed tablespaces with ASSM. ASSM also addresses contention for data blocks in tables and indexes. Besides the segment header and data block contention, you could also have contention for rollback segment headers and rollback segment blocks. However, if you re using Automatic Undo Management (AUM), you don t have to do anything other than make sure you have enough space in your undo management tablespace to address the rollback (undo) headers and blocks, leaving table and index data blocks and segment headers as the main problem areas. The following query clearly shows that in this database, the buffer busy waits are in the data blocks: SQL> SELECT class, count FROM V$WAITSTAT 2 WHERE COUNT > 0 3* ORDER BY COUNT DESC; CLASS --------------data block undo block undo header segment header SQL> COUNT ---------519731 5829 2026 25

If data-block buffer waits are a significant problem even with ASSM, this could be caused by poorly chosen indexes that lead to large index range scans. You may try using global hash-partitioned indexes, and you can also tune SQL statements as necessary to fix these waits. Oracle seems to indicate that if you use AUM instead of traditional rollback segments, then two types of buffer busy waits, undo block and undo header, will go away. However, that s not the case in practice, as the following example from a database with AUM shows: CLASS --------------undo header data block segment header COUNT --------29891 52 1

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Occasionally, you may have a situation where the buffer busy waits spike suddenly, seemingly for no reason. The sar utility (use the sar d option) might indicate high request queues and service times. This often happens when the disk controllers get saturated by a high amount of I/O. Usually, you see excessive core dumps during this time, and if core dumps are choking your I/O subsystem, do the following: Move your core dump directory to a less busy file system, where it resides by itself. Use the following init.ora or SPFILE parameters to control core dumps in your system. Setting these parameters values could reduce the size of a core dump to a few megabytes from a gigabyte or more: SHADOW_CORE_DUMP = PARTIAL /* or NONE */ BACKGROUND_CORE_DUMP = PARTIAL /* or NONE */ Investigate the core dumps and see whether you can fix them by applying necessary Oracle and operating-system patch sets.

As of Oracle 10.0.1.0, JPublisher requires you to have SQLJ set up. SQLJ is another standard for accessing data in relational databases. For more information on SQLJ, please see the section Overview of SQLJ Concepts in 1 of Oracle Database JPublisher User s Guide (10g Release 1). You can download and install the SQLJ (with the JPublisher utility) separately from the OTN website (http://otn.oracle.com).

The CHECKPOINT COMPLETED wait event means that a session is waiting for a checkpoint to complete. This could happen when you re shutting the database down or during normal checkpoints.

Peering (think: timeserver redundancy from the topology perspective!) Client/server point-to-point (think: configuring specific IP address of servers on the clients!) Client/server point-to-multipoint and/or multipoint-to-point (think: enabling broadcasting or multicasting on servers and clients!)

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