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The Active Sessions chart is a key chart, because it shows the extent of performance bottlenecks in your database instance. The chart consists of three components: CPU User I/O Wait The Active Sessions chart shows the time consumed by the three items: CPU, User I/O, and Wait. You can drill down to each of these categories by clicking on the respective links. Note that the Wait category includes all waits in the instance except User I/O, which is shown in a separate category by itself.

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The SQL Response Time chart provides a quick idea about how efficiently the instance is executing SQL statements. If the current SQL response ratio exceeds the baseline response ratio of 100 percent, then the SQL statements are executing slower than normal. If the SQL Response Time shows a small response percentage, then you have inefficient SQL statement processing in the instance.

Note Prior to Oracle 10g, querying DUAL would incur a full table scan of a real table named DUAL stored

If you have a pre-Oracle Database 10g database, you may have to configure certain things for the SQL activity metrics to show up in the SQL Response Time chart. You do this by using the Database Configuration wizard, which you activate by clicking the Configure button in the SQL Activity Monitoring file under the Diagnostic Summary.

Run Handler()

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in the data dictionary. If you set autotrace on and query SELECT DUMMY FROM DUAL, you will observe some I/O in all releases of Oracle (consistent gets). In 9i and before, if you query SELECT SYSDATE FROM DUAL or variable := SYSDATE in PL/SQL, you will also see real I/O occur. However, in Oracle 10g, that SELECT SYSDATE is recognized as not needing to actually query the DUAL table (since you are not asking for the column or rowid from dual) and is done in a manner similar to calling a function. Therefore, DUAL does not undergo a full table scan just SYSDATE is returned to the application. This small change can dramatically decrease the amount of consistent gets a system that uses DUAL heavily performs.

The Performance Analysis section of the Database Control home page summarizes the most recent ADDM analysis. Figure 22-3 shows the Performance Analysis section. From here, you can click any of the findings to analyze any performance issues further. ADDM reports, which use the AWR statistics, provide you with a quick top-down analysis of instance activity.

The Database Performance page is your jump-off point for evaluating instance performance. This page helps you do the following:

So every time we run the following query, we should be hitting the real DUAL table: sys@ORA9IR2> select tch, file#, dbablk, DUMMY 2 from x$bh, (select dummy from dual) 3 where obj = (select data_object_id 4 from dba_objects 5 where object_name = 'DUAL' 6 and data_object_id is not null) 7 / TCH FILE# DBABLK D ---------- ---------- ---------- 1 1 1617 X 0 1 1618 X sys@ORA9IR2> exec dbms_lock.sleep(3.2); PL/SQL procedure successfully completed.

Check for problems both within the database and the system Run the ASH report to get a quick session-sampling data-based performance diagnostic report Quickly see what bottlenecks exist within the system Run ADDM reports For slow or hung systems, access the Memory Access Mode

Invoke Handler()

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