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In the previous section, you saw how you can make a soft parse softer by using session cursor cache. Before 10g, the PL/SQL language cached only static cursors (excluding ref cursors), thus allowing you to avoid subsequent soft parses completely in such cases. Starting with 10g, PL/SQL also caches native dynamic SQL (which uses execute immediate syntax) in a loop, assuming that the exact same statement is being executed for each iteration in the loop (i.e., the statement is not changing for different iterations) and the compiler can determine this at compile time. PL/SQL avoids soft parses by performing a soft close on the cursor. In other words, when you close a cursor explicitly (e.g., by using the close command) or implicitly (e.g., when the cursor goes out of scope in the for loop in which it was defined), PL/SQL does not actually close the cursor it caches it in its own separate cursor cache, hoping that your application will reuse the cursor in its next attempt. Of course, if the maximum limit for opened cursors is about to be reached, then it closes the cursor for real. The beauty of this feature is that for the class of cursors for which it is applicable, you can avoid soft parses completely!

The root Sys namespace includes classes and interfaces used throughout the ASP.NET AJAX Client Library by all other namespaces. One such interface is IDisposable, which much like its cousin interface in the .NET Framework, provides a consistent interface for proper deletion of objects in the ASP.NET AJAX Client Library. The root Sys namespace also includes the all-important Sys.Application class, which plays a major role in the page life cycle of an ASP.NET AJAX page. You can see the list of classes included in the root Sys namespace in Table 4-10.

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Note As of Oracle 10g Release 1, the PL/SQL cursor cache does not cache ref cursors. Ref cursors can be tricky to cache, since they can point to a different cursor during the same execution, as presented earlier. They can also escape to a client such as a JDBC program, in which case you no longer control the cursor (the JDBC client controls it). Recall, however, that ref cursors are cached by session cursor cache. Session cursor caches go through a softer soft parse during which they validate their cursor anyway; hence, it makes sense for ref cursors to be cached in session cache.

Let s now look at the PL/SQL cursor in action. We will, in fact, compare it to a loop similar to the one we executed earlier while benchmarking session cached cursors. We will use the same schema that we created: the one consisting of table t1 with one number column containing 10,000 rows, each a number from 1 to 10,000. This time, we will use the runstats package and PL/SQL code to demonstrate the concept. First, we set session_cached_cursors to a value of 500 and execute the runstats_pkg.rs_ start() method, followed by the same loop that we executed in our tests for demonstrating session cached cursors. In this case, the PL/SQL cache does not come into the picture because we use a ref cursor. benchmark@ORA10G> alter session set session_cached_cursors=500; Session altered. benchmark@ORA10G> exec runstats_pkg.rs_start PL/SQL procedure successfully completed. benchmark@ORA10G> benchmark@ORA10G> declare 2 l_cursor sys_refcursor; 3 begin 4 for i in 1..10000 5 loop 6 open l_cursor for 7 select x 8 from t1 9 where x = i; 10 close l_cursor; 11 end loop; 12 end; 13 / PL/SQL procedure successfully completed.

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R.M. MENON has worked with the Oracle database for over nine years, the last six of which have been at Oracle Corporation, where he is currently Project Lead in the Server Technologies division. For the past five years, he has used JDBC and other J2EE technologies extensively as part of his work. When he is not doing research on Oracle, Menon learns Indian classical vocal music and performs at local cultural events as a singer. Occasionally, he also dabbles in sketching portraits, and drawing paintings and cartoons.

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