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Logical I/Os are of two types: Consistent gets: These are logical I/Os that occur typically when you execute a query. Recall that when a query is executed in Oracle, in the default transaction mode, Oracle gets the data as of the time the query started (i.e., the data retrieved is consistent with the time the query started). This mode of retrieval of data is called consistent-read mode. DB block gets or current gets: These are logical I/Os in which the database gets the data as it exists right now (not as of a point of time in the past). This LIO mode is called current mode. During data modification, Oracle reads the database blocks being modified in the current mode before modifying them. Measuring Logical I/O The total number of logical I/Os performed is the sum of consistent gets and DB block gets. For a single SQL statement, you can use the autotrace facility to easily find out the number of database blocks read in consistent-read mode and the number of blocks read in current mode. In the following query, 25 blocks were read in consistent get mode (25 consistent gets) and zero blocks were read in current mode (0 db block gets). There were zero physical reads or PIOs. benchmark@ORA10G> set autotrace traceonly statistics benchmark@ORA10G> select count(*) 2 from all_users; Statistics ---------------------------------------------------------0 recursive calls 0 db block gets 25 consistent gets 0 physical reads 0 redo size 393 bytes sent via SQL*Net to client 508 bytes received via SQL*Net from client 2 SQL*Net roundtrips to/from client 0 sorts (memory) 0 sorts (disk) 1 rows processed

You can also use the performance tool tkprof (discussed in the section tkprof of 1) to find out the LIOs and PIOs of one or more SQL or PL/SQL statements. Note that in a tkprof report, the consistent gets are shown under the total value of the column query, and DB block gets are shown under the total value of the column current, as shown in the following tkprof report for the preceding query: select count(*) from all_users call count ------- -----Parse 1 Execute 1 Fetch 2 ------- -----total 4 cpu elapsed disk query current -------- ---------- ---------- ---------- ---------0.00 0.00 0 0 0 0.00 0.00 0 0 0 0.00 0.00 0 25 0 -------- ---------- ---------- ---------- ---------0.00 0.00 0 25 0 rows ---------0 0 1 ---------1

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Reducing Logical I/O There are many ways to reduce LIOs in your system Eliminate work being done in the system that is not being used by the end user It is amazing how a large portion of your system may not actually be doing anything useful for the end user Get rid of these activities, and you can reduce the burden on the database considerably Cary Millsap, a famous Oracle performance analyst, puts it well when he says, The fastest way to speed up something is to not do it at all! Tune individual queries that are bottleneck in your system.

n the first two chapters, you began to get a sense of the power of AJAX and Microsoft s implementation: ASP.NET AJAX. In addition, you were shown how asynchronous JavaScript and XML can make ordinary web applications more interactive and responsive. 2 provided an overview of ASP.NET 2.0 and, in particular, server controls, which simplify web development by giving developers the ability to drag and drop rich controls such as calendars or data grids into web pages. By integrating AJAX with ASP.NET 2.0 and Visual Studio 2005, Microsoft has greatly simplified the process of developing, deploying, and debugging AJAX web applications. The second chapter also introduced the features of the client-side aspect of ASP.NET AJAX: the Microsoft AJAX Library. This chapter delves more deeply into the AJAX Library, demonstrating the objectoriented programming paradigm it overlays on JavaScript and then providing some examples of the different namespaces it offers.

Tuning queries can appear to be an art or magic if you don t have a full command of SQL, but doing so is vital to the performance of your applications, and it becomes much easier once you understand your basic goals and have knowledge of various tools at your disposal You should always benchmark your tuning results to prove that you ve actually improved the performance of a query (eg, by using runstats or its JDBC equivalent, JRunstats) Don t blindly follow any advice you get from others Myths abound in the SQL tuning area, so ask for proof or examples of where something does or does not work Besides, a piece of advice, even if it is sound, may not directly apply to your application.

For example, a common myth is that full table scans are always bad, and using an index to retrieve data is always good You ll see an example that proves this isn t the case shortly Employ array processing techniques to improve performance Array processing refers to the idea of reducing network round-trips and LIOs by processing more than one row at a time in your SQL statements You ll learn how to do array processing in JDBC in the section Prefetching of 7 In PL/SQL, you can achieve these objectives by using bulk operations, which are covered in the section Using Bulk Operations to Boost Performance of 17..

In the following sections, you ll learn how to program JavaScript using the Microsoft AJAX Library by creating your first ASP.NET AJAX-enabled application.

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