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as the basis for controlling what objects in the AD LDS instance a requesting user can access With AD, be careful about modifying the schema due to the scope of the change and the possible implications With AD LDS you need not have the same concern; the AD LDS is a separate directory instance For example, an application might want to store a large amount of information that is not globally of interest or that you might not want replicated to every domain controller AD LDS uses a totally separate database from AD, which means you can have a separate schema for each ADAM instance That can be useful for testing In this arrangement, all your user accounts, computer accounts, policies, and so on reside in AD You could create an AD LDS instance and import a schema de nition that describes the attributes and object classes used by the application Then the application can communicate with the AD LDS for application-speci c information This is why the original name of AD LDS was AD Application Mode; it s for use by applications Figure 13-1 shows an example with a domain for a company that sells many different clothing items This company has just branched out into a special custom hat solution, so it purchased a hat application that has to store details about the various hat con gurations and the clients in a directory service The application has a special hat object class and user objects for its customers The central IT team had no desire to add the hat object to the AD used globally or to store customer details for one part of the company So, it created an AD LDS instance to hold information related to the application However, there can still be integration, and you can create links between AD users and objects in AD LDS.

The client code begins by including some essential header files:

FIGURE 13-1 Poor AD LDS usage example involving hats Other services and applications use ADAM/AD LDS as a way to store information from AD without having access to a domain controller For example, Exchange 2007 Edge servers are placed in the demilitarized zone (DMZ) of the network and are not members of the domain However, they

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The interesting file here is CCShh This is the header file generated by the IDL compiler for the client side from the CCSidl definition file It contains all the type definitions and proxy class declarations required by the C++ mapping The exact name of this file is not specified by CORBA and therefore is vendor-specific However, it is still easy to write vendor-independent code because most IDL compilers allow you to control the names of the generated files with a command-line option If you need to write ORB-independent code and if some of your IDL compilers do not provide such an option, all is not lost: you can achieve the same thing by making a generic include file For example, assume that the generated file name is CCShh for one vendor and is CCSTypeshh for another vendor; also assume that you cannot influence the choice of names In this case, you can create a generic include file with a fixed name that conditionally includes the vendor-specific header:

@RunWith(JMockclass) 1 public class AuctionMessageTranslatorTest { private final Mockery context = new JUnit4Mockery(); 2 private final AuctionEventListener listener = contextmock(AuctionEventListenerclass); 3 private final AuctionMessageTranslator translator = new AuctionMessageTranslator(listener); 4 @Test public void notifiesAuctionClosedWhenCloseMessageReceived() { Message message = new Message(); messagesetBody("SOLVersion: 11; Event: CLOSE;"); 5 contextchecking(new Expectations() {{ 6 oneOf(listener)auctionClosed(); 7 }}); translatorprocessMessage(UNUSED_CHAT, message); 8 } 9 }

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