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Moreover, Oracle works together with OS/390 Workload Manager (WLM) to establish the execution priority of specific Oracle workloads relative to each other and relative to all other work in the OS/390 system Even though the physical mechanisms used to implement Oracle from platform to platform vary, the architecture is sufficiently generalized that you can get a good understanding of how Oracle works on all platforms In this chapter, I present a broad picture of this architecture We ll take a look at the Oracle server and define some terms such as database and instance (terms that always seem to cause confusion) We ll take a look at what happens when you connect to Oracle and, at a high level, how the server manages memory In the subsequent three chapters, we ll look in detail at the three major components of the Oracle architecture: 3 covers files.

The real power of Silverlight is the robustness of C# and the capability of using XAML to create the interface.

objviewer.TYPE_SIMPLE="simple"; objviewer.TYPE_ARRAY="array"; objviewer.TYPE_FUNCTION="function"; objviewer.TYPE_IMAGE_URL="image url"; objviewer.TYPE_OBJECT="object";

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Here we ll look at the five general categories of files that make up the database: parameter, data, temp, control, and redo log files We ll also cover other types of files, including trace, alert, dump (DMP), data pump, and simple flat files We ll look at the new file area (Oracle 10g and above) called Flashback Recovery, and we ll also discuss the impact that Automatic Storage Management (ASM) has on file storage 4 covers the Oracle memory structures referred to as the System Global Area (SGA), Process Global Area (PGA), and User Global Area (UGA) We ll examine the relationships between these structures, and we ll also discuss the shared pool, large pool, Java pool, and various other SGA components 5 covers Oracle s physical processes or threads.

You can run the following code to ensure that Cat has effectively inherited all the properties from Pet:

// wait for input before exiting Console.WriteLine("Press enter to finish"); Console.ReadLine(); } } In this case, the changes I make to the myCar object affect the upcast reference as well. This is because the two references point to the same object; only the types of the references are different. Compiling and running the code in Listing 6-27 produces the following results: Mileage: 40 Press enter to finish

We ll look at the three different types of processes that will be running on the database: server processes, background processes, and slave processes..

Specifies interceptor @Stateless for method public class BidManagerBean implements BidManager { @Interceptors(actionbazaar.security.SecurityInterceptor.class) public void cancelBid(Bid bid, Item item) { ... }

Figure 6-2. Choose LoginName as an existing member to bind to. Right-click the (ReturnValue) property name and choose Commands if it s not already selected. You should now see a Promote Bindable Properties link at the bottom of the Properties window. Click the Promote Bindable Properties link. A default value is placed in the Return Value property. Click the ellipse next to the Return Value property; this brings up the Bind Property window again. Choose ValueReturned from the list under Workflow1, as shown in Figure 6-3. The Parameters properties for InvokeSimpleWebService look like Figure 6-4.

Figure 6-8. Normals affected by translation in the World matrix A matrix is a table containing 4 4 numbers. You need to transform the normals only with the rotation contained in the World matrix, but not with the translation inside the World matrix. You can do this by stripping out the rotation part of the matrix, which is stored in the upper-left 3 3 numbers of the matrix. By simply casting your 4 4 World matrix to a 3 3 matrix, you have extracted only the rotational information, which is just what you need! Use this matrix to rotate your normal, as shown in this code: float3 normal = normalize(inNormal); float3x3 rotMatrix = (float3x3)xWorld; float3 rotNormal = mul(normal, rotMatrix); Output.LightFactor = dot(rotNormal, -xLightDirection);

When we compile the aspect in listing 8.19 with the rest of classes and run the Test class, we get the following output:

Figure 6-77. Scale down the decorative Rectangles and give them an Opacity of 0. Your Media Player should now look like what I have in Figure 6-78 for the MouseLeave State.

public BrokenRulesCollection GetBrokenRules() { return BrokenRulesList; } The reason the collection is exposed publicly is to allow UI developers to use the list of broken rules as they see fit. Remember that a broken rule includes a human-readable description of the rule, and so it is perfectly reasonable to display this list to the end user in some circumstances.

public class AllTests extends TestSuite { static public Test suite() { TestSuite suite = new TestSuite(); suite.addTestSuite(SimpleTest.class); return suite; } }

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