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An AWR report is good for viewing the entire system performance and identifying the top resourceconsuming SQL queries. Run the following script to generate an AWR report: SQL> @ /rdbms/admin/awrrpt From the AWR output, identify top resource-consuming statements in the SQL ordered by Elapsed Time or the SQL ordered by CPU Time sections of the report. Here is some sample output: SQL ordered by CPU Time DB/Inst: DWREP/DWREP Snaps: 11384-11407 -> Resources reported for PL/SQL code includes the resources used by all SQL statements called by the code. -> % Total DB Time is the Elapsed Time of the SQL statement divided into the Total Database Time multiplied by 100 CPU Elapsed CPU per % Total Time (s) Time (s) Executions Exec (s) DB Time SQL Id ---------- ---------- ------------ ----------- ------- ------------4,809 13,731 10 480.86 6.2 8wx77jyhdr31c

DATA and FRA (for the flash recovery area), will suit the majority of the technical requirements of most companies. There are site-specific considerations that may need to be considered. For example, if your company utilizes a combination of RAID 1+0 and RAID 5 on the same server, you must create separate diskgroups since you do not want to mix multiple RAID levels in a single diskgroup. In this case, this particular company had terabytes of ASM storage on RAID 5 for BLOBs and RAID 1+0 for relational OLTP data. Additionally, if you have differently sized disks, you have another candidate for additional diskgroups. Another good case for a separate diskgroup is when the disk attributes and speed are different from others.

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Module: JDBC Thin Client SELECT D.DERIVED_COMPANY ,CB.CLUSTER_BUCKET_ID ,CB.CB_NAME ,CB.SOA_ID ,COUNT(*) TOTAL ,NVL(SUM(CASE WHEN F.D_DATE_ID > TO_NUMBER(TO_CHAR(SYSDATE-30,'YYYYMMDD')) THEN 1 END), 0) RECENT ,NVL(D.BLACKLIST_FLG,0) BLACKLIST_FLG FROM F_DOWNLOADS F ,D_DOMAINS D ,D_PRODUCTS P ,PID_DF_ASSOC PDA ,( SELECT * FROM ( SELECT CLUSTER_ As of Oracle Database 10g, Oracle will automatically take a snapshot of your database once an hour and populate the underlying AWR tables that store the statistics. By default, seven days of statistics are retained. You can also generate an AWR report for a specific SQL statement by running the awrsqrpt.sql report. When you run the following script, you will be prompted for the SQL_ID of the query of interest: SQL> @ /rdbms/admin/awrsqrpt.sql

Prior to Oracle Database 11g, the AU size could not be specified at diskgroup creation time. All AUs were 1MB. There is a workaround, but not very many DBAs are aware that you can have multiple au_sizes in Oracle Database 10g. Specifying au_size in Oracle Database 10g means setting an underscore initialization parameter and creating the diskgroup. If you want multiple AU sizes, you must set the initialization parameter and bounce the ASM instance with the new AU size. The following underscore initialization parameters allow a 16MB AU size and 1MB AU stripe size. This is recommended only for VLDB databases or may be suitable for databases that have large objects (BLOBs and CLOBs). _asm_ausize=16777216 _asm_stripesize=1048576 In Oracle Database 11g, the au_size attribute can be specified only at diskgroup creation time. Because it involves storage characteristics, this attribute cannot be modified using the alter diskgroup command. Starting in Oracle Database 11g, you can set the ASM allocation unit (AU) size from 1MB all the way to 64MB in powers of 2. As of Oracle Database 11g, the valid extent sizes are 1, 2, 4, 8, 16, 32, or 64MB. The larger AUs can be beneficial for large VLDB databases or data warehouses that perform large sequential reads. In addition, organizations that store BLOB or SecureFiles inside the database can benefit from larger AUs.

The ADDM report provides useful suggestions on which SQL statements are candidates for tuning. Use the following SQL script to generate an ADDM report: SQL> @ /rdbms/admin/addmrpt Look for the section of the report labeled SQL statements consuming significant database time. Here is some sample output: FINDING 2: 29% impact (65043 seconds) ------------------------------------SQL statements consuming significant database time were found. RECOMMENDATION 1: SQL Tuning, 6.7% benefit (14843 seconds) ACTION: Investigate the SQL statement with SQL_ID "46cc3t7ym5sx0" for possible performance improvements. RELEVANT OBJECT: SQL statement with SQL_ID 46cc3t7ym5sx0 and PLAN_HASH 1234997150 MERGE INTO d_files a USING ( SELECT The ADDM report analyzes data in the AWR tables to identify potential bottlenecks and high resource-consuming SQL queries.

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