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In the case of an IOT, step 2 is not required, since the index and table are in the same structure. We require less storage in an IOT because the primary key values are stored only once in an IOT (in the index structure). In the case of a heap table, primary key values are stored as part of the table and again as part of the index structure. Inserts, deletes, and updates on an IOT may be slower since the data has to be inserted in the correct place in the IOT index structure. For more details on IOTs (and all the other types of tables Oracle provides), please see the section Overview of Tables in Oracle Database Concepts Guide (10g Release 1). Let s compare the performance of queries on these two types of tables for our design case using tkprof. First, we create a heap-organized table called heap: benchmark@ORA10G> create table heap 2 ( 3 a varchar2(30), 4 b varchar2(30), 5 c varchar2(30), 6 constraint heap_pk primary key (a, b ) 7 ); Table created. Next, we create another table, iot, with same column information, but we create it with the organization index (as shown by the highlighted organization clause): benchmark@ORA10G> create table iot 2 ( 3 a varchar2(30), 4 b varchar2(30), 5 c varchar2(30), 6 constraint iot_pk primary key (a, b ) 7 ) 8 organization index; Table created. We then create the procedures insert_heap and insert_iot to insert data into the heap and the IOT tables, respectively: benchmark@ORA10G> create or replace procedure insert_heap 2 is 5 begin 6 for i in 1 .. 100 loop 7 for j in 1 .. 1000 loop 8 insert into heap values ( 'a'||i, 'a'||i||j, 'cccc' ); 9 end loop; 10 end loop;

CHAPTER 7 USING THE ASP.NET AJAX CONTROL TOOLKIT (PART 1)

11 12 13

commit; end; /

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The DragPanelExtender control is without a doubt one of the coolest controls in the ASP.NET AJAX Control Toolkit; it allows the user to drag around a panel on a web page. As you can imagine, manually implementing this type of functionality with client-side JavaScript is a grand endeavor. In addition to that, this control has only two properties and is extremely easy to use. Other than the TargetControlID property, which you know all too well by now, the DragPanelExtender control has another property called DragHandleID. This property specifies the subpanel with which the user can drag the overall panel. In the SampleWebSite project that you saw earlier, there is also an excellent example for the DragPanelExtender control found in DragPanel.aspx. Before looking at the code, run the page, and drag the panel around to see how nicely it works (see Figure 7-18).

Procedure created. benchmark@ORA10G> create or replace procedure insert_iot 2 is 3 begin 4 for i in 1 .. 100 loop 5 for j in 1 .. 1000 loop 6 insert into iot values ( 'a'||i, 'a'||i||j, 'cccc' ); 7 end loop; 8 end loop; 9 commit; 10 end; 11 / Procedure created. Finally, we create the procedures select_heap and select_iot: benchmark@ORA10G> create or replace procedure select_heap 2 is 3 l_a heap.a%type; 4 begin 5 for i in 1 .. 100 loop 6 l_a := 'a'||i; 7 for x in (select * from heap where a=l_a) loop 8 null; 9 end loop; 10 end loop; 11 end; 12 / Procedure created. benchmark@ORA10G> create or replace procedure select_iot 2 is 3 l_a iot.a%type; 4 begin 5 for i in 1 .. 100 loop 6 l_a := 'a'||i; 7 for x in (select * from iot where a=l_a) loop 8 null; 9 end loop; 10 end loop; 11 end; 12 / Procedure created.

We now populate both tables by invoking the procedures insert_heap and insert_iot: benchmark@ORA10G> show errors; No errors. benchmark@ORA10G> benchmark@ORA10G> begin 2 insert_heap; 3 insert_iot; 4 end; 5 / PL/SQL procedure successfully completed. I compared invocation of select_heap and select_iot from a JDBC program using JRunstats. In my benchmark runs, the heap table based solution took almost twice the amount of time and, more important perhaps, consumed more than five times the latches as compared to the IOT-based solution. We can further improve our IOT solution by using the compress option available in IOT to reduce space consumption (I leave this as an exercise for the reader). In this section we demonstrated how a single aspect of database table design, when combined with our knowledge of the different database types offered by Oracle, allowed us to significantly improve our application s performance. This chapter concludes by summarizing some general guidelines for writing highperformance code in the next section.

CHAPTER 7 USING THE ASP.NET AJAX CONTROL TOOLKIT (PART 1)

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