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This chapter has applied the concepts from 1 to implement about a third of the framework discussed in 2. At this point, the framework provides enough functionality for a business developer to build object-oriented systems that support useful concepts such as the following: N-level undo Validation rules Authorization rules Data binding Change tracking Strongly typed collections Editable and read-only objects Root and child objects

The items reported are as follows: Unformatted Blocks: The number of blocks that are allocated to the table and are below the high-water mark (HWM), but have not been used Add unformatted and unused blocks together to get a total count of blocks allocated to the table but never used to hold data in an ASSM object FS1 Blocks FS4 Blocks: Formatted blocks with data The ranges of numbers after their name represent the emptiness of each block For example, (0 25) is the count of blocks that are between 0 and 25 percent empty Full Blocks: The number of blocks so full that they are no longer candidates for future inserts Total Blocks, Total Bytes, Total MBytes: The total amount of space allocated to the segment measured in database blocks, bytes, and megabytes Unused Blocks, Unused Bytes: These represent a portion of the amount of space never used.

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s 4 and 5 will finish the business framework. 4 will focus on implementing the data portal concept and supporting object persistence. Then 5 will wrap up by implementing a variety of functionality to support a business developer in building an application using mobile objects. From 6 on, the focus will be on designing and building a simple business application that illustrates how the classes in the framework can be used to build applications based on mobile business objects.

These blocks are allocated to the segment but are currently above the HWM of the segment Last Used Ext FileId: The file ID of the file that contains the last extent that contains data..

hapter 3 combined the concepts from 1 with the framework design from 2 to implement much of the CSLA NET framework The focus in 3 was on creating editable and read-only business objects and collections to support the UI developer This chapter will continue the process by adding data access to the framework This will entail making some minor changes to some of the base classes created in 4 1 introduced the concept of mobile objects, including the idea that in an ideal world, business logic would be available both on the client workstation (or web server) and on the application server The implementation of data access in this chapter is specifically designed to leverage the concept of mobile objects by enabling objects to move between client and server.

Now we ll measure the amount of memory our session is currently using in the PGA/UGA (I was using dedicated server in this example, so the UGA is a subset of the PGA memory): ops$tkyte@ORA10G> select a.name, to_char(b.value, '999,999,999') value 2 from v$statname a, v$mystat b 3 where a.statistic# = b.statistic# 4 and a.name like '%ga memory%'; NAME VALUE ------------------------------ -----------session uga memory 1,212,872 session uga memory max 1,212,872 session pga memory 1,677,900 session pga memory max 1,677,900 So, initially we are using about 1.5MB of PGA memory in our session (as a result of compiling a PL/SQL package, running this query, etc.). Now, we ll run our query against BIG_TABLE again using the same 256MB PGA_AGGREGATE_TARGET (this was done in an otherwise idle instance; we are the only session requiring memory right now): ops$tkyte@ORA10GR1> set autotrace traceonly statistics; ops$tkyte@ORA10GR1> select * from big_table order by 1,2,3,4; 50000 rows selected. Statistics ---------------------------------------------------------0 recursive calls 0 db block gets 721 consistent gets 0 physical reads 0 redo size 2644246 bytes sent via SQL*Net to client 37171 bytes received via SQL*Net from client 3335 SQL*Net roundtrips to/from client 1 sorts (memory) 0 sorts (disk) 50000 rows processed ops$tkyte@ORA10GR1> set autotrace off As you can see, the sort was done entirely in memory, and in fact if we peek at our session s PGA/UGA usage, we can see how much we used: ops$tkyte@ORA10GR1> select a.name, to_char(b.value, '999,999,999') value 2 from v$statname a, v$mystat b 3 where a.statistic# = b.statistic# 4 and a.name like '%ga memory%';

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