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6 on encrypted(object_id) 7 tablespace encrypted ); Table altered. Lastly, we ll use a slightly modified version of DO_SQL. The following just highlights the modifications from the copy we used in the column encryption section. The modifications allow us to pass in a table name since we are using two tables instead of two columns in this simulation. The rest of the code remains unchanged from before: ops$tkyte%ORA11GR2> create or replace 2 procedure do_sql( p_sql in varchar2, 3 p_tname in varchar2, 4 p_truncate in boolean default true ) 5 authid current_user 6 as 7 l_start_cpu number; 8 l_start_redo number; 9 l_total_redo number; 10 begin 11 if (p_truncate) 12 then 13 execute immediate 'truncate table ' || p_tname; 14 end if; 15 16 dbms_output.put_line( replace( p_sql, '#TNAME#', p_tname ) ); 17 18 l_start_cpu := dbms_utility.get_cpu_time; 19 l_start_redo := get_stat_val( 'redo size' ); 20 21 execute immediate replace(p_sql,'#TNAME#', p_tname); 22 commit work write batch wait; 23 24 dbms_output.put_line 25 ( (dbms_utility.get_cpu_time-l_start_cpu) || ' cpu hsecs' ); 26 27 l_total_redo := 28 round((get_stat_val('redo size')-l_start_redo)/1024/1024,1); 29 dbms_output.put_line 30 ( to_char(l_total_redo,'999,999,999.9') || ' mbytes redo' ); 31 end; 32 / Procedure created. And now we are ready to go! We ll start with a bulk load using a conventional path load of the tables: ops$tkyte%ORA11GR2> begin 2 do_sql( 'insert into #TNAME# select * from stage', 'nonencrypted' ); 3 do_sql( 'insert into #TNAME# select * from stage', 'encrypted' ); 4 end; 5 / insert into nonencrypted select * from stage 203 cpu hsecs

238 mbytes redo insert into encrypted select * from stage 225 cpu hsecs 238 mbytes redo PL/SQL procedure successfully completed As you can see, there was hardly any impact on the CPU utilization and no impact on redo generated as a result of this Since our work was primarily done in the buffer cache, we didn t have to wait for physical IOs to take place, so we didn t see a measurable difference between the two What if we introduce a direct path load, however, bypassing the buffer cache and writing directly to disk It would look like this: ops$tkyte%ORA11GR2> begin 2 do_sql( 'insert /*+ APPEND */ into #TNAME# select * from stage', 'nonencrypted' ); 3 do_sql( 'insert /*+ APPEND */ into #TNAME# select * from stage', 'encrypted' ); 4 end; 5 / insert /*+ APPEND */ into nonencrypted select * from stage 135 cpu hsecs 15.

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You must initialize String fields to a non-Null value. Other fields may be optionally initialized, but I recommend initializing all fields as shown.

9 mbytes redo insert /*+ APPEND */ into encrypted select * from stage 184 cpu hsecs 159 mbytes redo PL/SQL procedure successfully completed Here we noticed a small but noticeable increase in CPU utilization nothing on the order of the do it yourself encryption or even the column level encryption, however Remember, your mileage may vary widely; it will be very specific to your hardware capabilities Now we d like to see single row (slow by slow) insert performance.

Using a simple for loop, we can see: ops$tkyte%ORA11GR2> declare 2 l_sql long := 3 'begin ' || 4 'for x in (select * from stage) ' || 5 'loop ' || 6 'insert into #TNAME# values X; ' || 7 'end loop; ' || 8 'end; '; 9 begin 10 do_sql( l_sql, 'nonencrypted' ); 11 do_sql( l_sql, 'encrypted' ); 12 end; 13 / begin for x in (select * from stage) loop insert into nonencrypted values X; end loop; end; 951 cpu hsecs 400 mbytes redo begin for x in (select * from stage) loop insert into.

Also notice how the field is passed as a parameter to GetProperty(). As you can imagine, GetProperty() simply returns the value as a result, but only after checking authorization rules. The SetProperty() method is more interesting, because the field is passed as a parameter using the ByRef qualifier in the method signature in BusinessBase. This means the field is passed by reference, so any changes you make to the field inside the SetProperty() method will actually change the value of the field itself. In this case, SetProperty() still performs the steps shown in Figures 7-1 and 7-2, but if the property s value is ultimately changed, the new value will be put directly into that field, which is passed by reference.

encrypted values X; end loop; end; 1055 cpu hsecs 400 mbytes redo PL/SQL procedure successfully completed There is no real measurable difference between the two again, due to the fact that most of the work takes place in the buffer cache itself Lastly, what about retrieval performance We ll read each row out of each table by its primary key value, which will make use of the buffer cache whenever possible: ops$tkyte%ORA11GR2> declare 2 l_sql long := 3 'begin ' || 4 'for x in (select object_id from stage) ' || 5 'loop ' || 6 'for y in (select * from #TNAME# where object_id = x.

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