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and have the .NET Micro Framework runtime build and transmit the additional sequence under the hood. However, since Microsoft s developers are of the opinion that nobody needs 10-bit addressing (except in cases with more than 112 devices) and since configuring 10-bit addressing is possible (though not the best option), they did not provide a comfortable way for 10-bit addressing. Therefore, the .NET Micro Framework remains lightweight and free of ballast that the majority of the developers will never require.

Earlier, I wrote that in theory we can use the PGA_AGGREGATE_TARGET to control the overall amount of PGA memory used by the instance. We saw in the last example that this is not a hard limit, however. The instance will attempt to stay within the bounds of the PGA_AGGREGATE_ TARGET, but if it cannot, it will not stop processing; rather, it will just be forced to exceed that threshold. Another reason this limit is in theory is because the work areas, while a large contributor to PGA memory, are not the only contributor to PGA memory. Many things contribute to your PGA memory allocation, and only the work areas are under the control of the database instance. If you create and execute a PL/SQL block of code that fills in a large array with data in dedicated server mode where the UGA is in the PGA, Oracle cannot do anything but allow you to do it. Consider the following quick example. We ll create a package that can hold some persistent (global) data in the server: ops$tkyte@ORA10G> create or replace package demo_pkg 2 as 3 type array is table of char(2000) index by binary_integer; 4 g_data array; 5 end; 6 / Package created.

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96 97 end; 98 / Package body created. And now we are ready to use runstats. By way of example, we ll demonstrate how to use runstats to see which is more efficient, a single bulk INSERT or row-by-row processing. We ll start by setting up two tables into which to insert 1,000,000 rows: ops$tkyte@ORA10GR1> create table t1 2 as 3 select * from big_table.big_table 4 where 1=0; Table created. ops$tkyte@ORA10GR1> create table t2 2 as 3 select * from big_table.big_table 4 where 1=0; Table created. Next, we perform the first method of inserting the records: using a single SQL statement. We start by calling RUNSTATS_PKG.RS_START: ops$tkyte@ORA10GR1> exec runstats_pkg.rs_start; PL/SQL procedure successfully completed. ops$tkyte@ORA10GR1> insert into t1 select * from big_table.big_table; 1000000 rows created. ops$tkyte@ORA10GR1> commit; Commit complete. Now we are ready to perform the second method, which is row-by-row insertion of data: ops$tkyte@ORA10GR1> exec runstats_pkg.rs_middle; PL/SQL procedure successfully completed. ops$tkyte@ORA10GR1> begin 2 for x in ( select * from big_table.big_table ) 3 loop 4 insert into t2 values X; 5 end loop; 6 commit; 7 end; 8 / PL/SQL procedure successfully completed.

The ICloneable interface is implemented as well. The Clone() method for the interface itself is accessible only via the interface. There s also a Public strongly typed method that returns an object of type T. Both of these methods delegate to an Overridable method named GetClone(), which in turn delegates to Csla.Core.ObjectCloner to do the actual work. Again, this is the same code as in BusinessBase and BusinessListBase, so I won t repeat it here. This completes the ReadOnlyBase class. The chapter will wrap up by covering ReadOnlyListBase.

and finally, we generate the report: ops$tkyte@ORA10GR1> exec runstats_pkg.rs_stop(1000000) Run1 ran in 5810 hsecs Run2 ran in 14712 hsecs run 1 ran in 39.49% of the time Name Run1 Run2 Diff STAT...recursive calls 8,089 1,015,451 1,007,362 STAT...db block changes 109,355 2,085,099 1,975,744 LATCH.library cache 9,914 2,006,563 1,996,649 LATCH.library cache pin 5,609 2,003,762 1,998,153 LATCH.cache buffers chains 575,819 5,565,489 4,989,670 STAT...undo change vector size 3,884,940 67,978,932 64,093,992 STAT...redo size 118,854,004 378,741,168 259,887,164 Run1 latches total versus runs -- difference and pct Run1 Run2 Diff Pct 825,530 11,018,773 10,193,243 7.49% PL/SQL procedure successfully completed.

Like the ReadOnlyBase class, ReadOnlyListBase is quite simple to create. It is designed to make it easy for a business developer to create a business collection that doesn t allow items to be added or removed. Presumably, it will be used to contain read-only child objects, but any type of child object is allowed.

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