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The Oracle instance is made up of two things: the SGA and a set of background processes. The background processes perform the mundane maintenance tasks needed to keep the database running. For example, there is a process that maintains the block buffer cache for us, writing blocks out to the data files as needed. Another process is responsible for copying an online redo log file to an archive destination as it fills up. Yet another process is responsible for cleaning up after aborted processes, and so on. Each of these processes is pretty focused on its job, but works in concert with all of the others. For example, when the process responsible for writing to the log files fills one log and goes to the next, it will notify the process responsible for archiving that full log file that there is work to be done. There is a V$ view you can use to see all of the possible Oracle background processes and determine which ones are in use in your system currently: ops$tkyte%ORA11GR2> select paddr, name, description 2 from v$bgprocess 3 order by paddr desc 4 / PADDR -------32BC8D1C 32BC8244 32BC4C0C 32BC365C ... 00 00 00 NAME ---VKRM SMCO CJQ0 QMNC DESCRIPTION ---------------------------------------------------------------Virtual sKeduler for Resource Manager Space Manager Process Job Queue Coordinator AQ Coordinator

IIndexSet needs to have a reference to the IEnumerable collection that it is indexing, such as BusinessListBase and other CSLA .NET collection classes. When you write a class that supports IIndexSet, you are typically managing the set of IIndex objects (individual indices, described in the following sections) that constitute the index set, and providing the logic for performing the search to determine whether the query can use an index. You can think of the classes that implement this interface as coordinators for all indexing activity. Classes should evaluate the expression tree passed to Search(), determine the correct index to use (if applicable), and then either use the index (if it is an indexed property) or perform the search on the original collection (if there is no available index).

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Rows in this view with a PADDR other than 00 are processes (threads) configured and running on your system. There are two classes of background processes: those that have a focused job to do (as just described) and those that do a variety of other jobs (i.e., utility processes). For example, there is a utility background process for the internal job queues accessible via the DBMS_JOB/DBMS_SCHEDULER packages. This process monitors the job queues and runs whatever is inside them. In many respects, it resembles a dedicated server process, but without a client connection. Let s examine each of these background processes, starting with the ones that have a focused job, and then look into the utility processes.

The number, names, and types of focused background processes varies by release. Figure 5-4 depicts a typical set of Oracle background processes that have a focused purpose:

The IndexSet concrete class represents the default index provider implementation for CSLA .NET. The class maintains a set of indices appropriate for the property types that it is indexing. It provides an implementation of Search() that determines the IComparable status of the property being searched, determines the operation being used (such as equality and less-than operations), and assures that the appropriate operation is called on the index. This class provides an example of most of the expression evaluation techniques I have talked about previously in this chapter. For example, the following method in the IndexSet class determines the value on the right side of the expression passed to Search(): Private Function GetRightValue(ByVal rightSide As Expression) As Object 'rightside is where I get the value... Select Case rightSide.NodeType 'shortcut constants, don't eval these, it will be faster Case ExpressionType.Constant Dim constExp = DirectCast(rightSide, ConstantExpression) Return (constExp.Value) Case Else ' convert back to lambda and eval to get the value. 'Lambdas can be created from expressions... Dim evalRight As LambdaExpression = Expression.Lambda(rightSide, Nothing) 'Compile it, invoke it, and get the resulting value Return (evalRight.Compile().DynamicInvoke(Nothing)) End Select End Function The key to this code is looking at the type of node you re dealing with. All Expression objects implement the NodeType property, which gives you clues about the nature of the Expression you re dealing with. You now care about only two real cases: whether you have a ConstantExpression, allowing you to bypass a more expensive call to Compile() and DynamicInvoke(), or whether you do not have a constant, in which case you ll have to compile the expression, invoke it, and get the value that it will ultimately return. In either case, you get back an object that boxes the value you want to use in the Search() operation.

Figure 5-4. Focused background processes For example, in Oracle Database 11g Release 2, a database started using a minimum number of init.ora parameters ops$tkyte%ORA11GR2> !cat /tmp/pfile *.compatible='11.2.0.0.0' *.control_files='/home/ora11gr2/app/ora11gr2/oradata/orcl/control01.ctl', '/home/ora11gr2/app/ora11gr2/flash_recovery_area/orcl/control02.ctl' *.db_block_size=8192 *.db_name='orcl' *.memory_target=314572800 *.undo_tablespace='UNDOTBS1'

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