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In this chapter I started discussing the implementation of the CSLA .NET framework. This chapter walked through the overall project structure, including the folders and namespaces used to organize the code and types in the framework. It also provided some detail around the types in the Csla and Csla.Core namespaces. You can start to see how the framework supports features such as the following: Data binding Business and validation rules Authorization rules Object status tracking Parent-child object relationships Editable and read-only objects N-level undo Object persistence and the data portal s 7 through 16 provide more detail about the implementation of each major framework feature. From 17 on, the focus is on building the simple business application designed in 3 to illustrate how the classes in the framework can be used to build applications based on business objects.

The last performance test is to evaluate the cost of data retrieval Since the column level encryption stores the information in the buffer cache encrypted, we know that every retrieval will incur the cost of performing a decryption on the data, and we d like to know what that cost might be In order to perform this test, we ll load both columns with data and then retrieve each column one at a time We ll start by truncating the existing data, loading both columns, and gathering statistics on our table: ops$tkyte%ORA11GR2> truncate table t; Table truncated ops$tkyte%ORA11GR2> insert into t select object_name, object_name from stage; 64630 rows created ops$tkyte%ORA11GR2> exec dbms_statsgather_table_stats( user, 'T' ); PL/SQL procedure successfully completed Now we can run our retrieval tests in a manner very similar to the row by row test for insertions we just performed.

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The major differences between this test and the previous one are that we ll be selecting the data, not inserting it, and we will not be truncating the table in the DO_SQL routine: ops$tkyte%ORA11GR2> declare 2 l_sql long := 3 'begin ' || 4 'for x in (select #CNAME# from t) ' || 5 'loop ' || 6 'null; ' || 7 'end loop; ' || 8 'end; '; 9 begin 10 do_sql( replace(l_sql,'#CNAME#','non_encrypted'), FALSE ); 11 do_sql( replace(l_sql,'#CNAME#','encrypted'), FALSE ); 12 end; 13 / begin for x in (select non_encrypted from t) loop null; end loop; end; 7 cpu hsecs 0 mbytes redo begin for x in (select encrypted from t) loop null; end loop; end; 69 cpu hsecs 0 mbytes redo PL/SQL procedure successfully completed As you can see, it took almost 10 times as much CPU to retrieve the encrypted column as the nonencrypted column.

hapter 6 introduced the idea of the PropertyInfo(Of T) class from the Csla namespace. This type allows a business object to declare metadata about the object s properties, and most importantly, it helps eliminate the use of a String literal to reference the property name throughout the business class. Although a business developer could use standard .NET property declaration syntax, it would require him to invoke the authorization, business, and validation rules; processing; and data binding behaviors of CSLA .NET manually in each property. To simplify the code required to utilize all these behaviors, CSLA .NET supports a coding model that is more abstract, allowing the framework to do much of the work automatically. The syntax is similar to that of a dependency property in WPF or WF, but the implementation behind the scenes is quite different. This chapter will focus on how CSLA .NET manages property metadata and helps a business object manage its property values to simplify and standardize business object code.

Again, while this sounds large, you must compare that to the cost associated with the do it yourself approach where the overhead was closer to 50 times!.

The last topic I d like to take a look at in this section concerns performance, but in a more subtle fashion It has to do with statistics on encrypted columns If you remember from the discussion on how column level encryption works, Oracle adds a SALT to the data, some random bytes of data, and pads out the resulting encrypted string to a fixed width string in multiples of 16 bytes You can imagine that would have an impact on the statistics We gather statistics on the existing data, and we store those statistics Hence, the statistics are gathered on the encrypted data in those columns This will have a definite impact on the query optimizer.

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