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On my four-CPU system, these CREATE TABLE statements executed with eight parallel execution servers and one coordinator. I verified this by querying one of the dynamic performance views related to parallel execution, V$PX_SESSION, while these statements were running: ops$tkyte%ORA11GR2> select sid, serial#, qcsid, qcserial#, degree 2 from v$px_session 3 / SID SERIAL# QCSID QCSERIAL# DEGREE ---------- ---------- ---------- ---------- ---------8 3109 7 3646 8 243 168 7 3646 8 473 420 7 3646 8 703 3353 7 3646 8 11 28 7 3646 8 245 17 7 3646 8 470 5945 7 3646 8 704 3396 7 3646 8 7 3646 7 9 rows selected.

Note In creating the UNIFORM_TEST and AUTOALLOCATE_TEST tables, we simply specified parallel on each

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Like the ReadOnlyBase class, ReadOnlyListBase is quite simple. 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. Read-only collections do support data binding, authorization, and persistence. The ReadOnlyListBase class is defined like this: <Serializable()> _ Public MustInherit Class ReadOnlyListBase(Of T As ReadOnlyListBase(Of T, C), C) Inherits Core.ReadOnlyBindingList(Of C) Implements Csla.Core.IReadOnlyCollection Implements ICloneable Implements Server.IDataPortalTarget End Class Like BusinessListBase, it accepts two generic type parameters. Type T is constrained to be a subclass of this base class and refers to the type of the collection being created. Type C is the type of the child object to be contained within the collection, and it can be any type. Again, it would make the most sense for the child type to be some form of read-only object, but that s not required by the collection class. A business collection would be declared like this:

table, with Oracle choosing the degree of parallelism. In this case, I was the sole user of the machine (all resources available) and Oracle defaulted it to 8 based on the number of CPUs (four) and the PARALLEL_THREADS_PER_CPU parameter setting, which defaults to 2.

The level of granularity in access control will vary between vendors and as a function of the type of devices on which NTP is implemented For example, the operating systems on Cisco, Juniper, or Nortel routers and switches all have extensive access control capabilities that can be employed in support of NTP security In contrast, operating systems for end-user devices offer minimal if any access control support In the context of implementing antidotes against the security threats of disclosure, corruption, and DoS, the role of access control is to minimize the potential for NTP data corruption by restricting the flow of communication and services to specific devices But, while the role of access control is important, it is well understood among network security personnel that it must be complemented with other security measures in order to be fully effective.

The SID,SERIAL# are the identifiers of the parallel execution sessions, and the QCSID,QCSERIAL# is the identifier of the query coordinator of the parallel execution. So, with eight parallel execution sessions running, we would like to see how the space was used. A quick query against USER_SEGMENTS gives us a good idea: ops$tkyte%ORA11GR2> select segment_name, blocks, extents 2 from user_segments 3 where segment_name in ( 'UNIFORM_TEST', 'AUTOALLOCATE_TEST' ); SEGMENT_NAME BLOCKS EXTENTS ------------------------------ ---------- ---------AUTOALLOCATE_TEST 150800 717 UNIFORM_TEST 230400 18 Since we were using an 8KB blocksize, this shows a difference of about 622MB; looking at it from a ratio perspective, AUTOALLOCATE_TEST is about 65 percent the size of UNIFORM_TEST as far as allocated space goes. The actual used space results are as follows: ops$tkyte%ORA11GR2> exec show_space('UNIFORM_TEST' ); Unformatted Blocks ..................... 80,146 FS1 Blocks (0-25) ..................... 0

custom authentication of a user s credentials. Assuming the user is valid, the user s roles will be loaded into the business object so they can be used for authorization as the application is used. The PTPrincipal and PTIdentity objects will be implemented in 17. In most cases, you ll be creating similar custom security objects but designed to use your preexisting security database tables. The database created in this chapter and the objects created in s 17 and 18 exist primarily to demonstrate the basic process required for creating your own objects. Figure 3-26 shows the two tables in the database, along with their relationship.

FS2 Blocks (25-50) ..................... FS3 Blocks (50-75) ..................... FS4 Blocks (75-100)..................... Full Blocks ..................... Total Blocks............................ Total Bytes............................. Total MBytes............................ Unused Blocks........................... Unused Bytes............................ Last Used Ext FileId.................... Last Used Ext BlockId................... Last Used Block......................... PL/SQL procedure successfully completed.

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