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Vista and Windows Server 2008 offer a new concept called stacking A stack is collection of related les that have some common criteria, such as author, le type, or size range In the same manner as grouping, right-click the Content pane and select criteria by which to stack (Or select Stack when you select a column heading by which to stack) However, stacking also places the content from subfolders into the relevant stacks instead of just stacking the currently displayed data This allows you to view data by the criteria you specify, no matter where it physically resides If you open a stack, Windows fetches the matching results from all the locations that were used for the stack calculation (see Figure 2-37)

enum BindingType { nobject, ncontext }; struct Binding { Name binding_name; BindingType binding_type; }; typedef sequence<Binding> BindingList;

declarative code or con guration, but miscon guration creates defects that are dif cult to diagnose We use round-trip tests so we can quickly identify the cause of such defects

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Each binding in the sequence is a pair The binding_name member of the Binding structure provides the name of the binding, and the binding_type member indicates the type of object denoted by the binding If the type is ncontext, the object bound with the name is a naming context If the type is nobject, the object is an ordinary application object (and therefore a leaf in the naming graph) A binding list contains only names for the bindings immediately contained in the context; it does not contain bindings in subcontexts For example, listing the app2 context in Figure 187 returns only the bindings devices and collections As a result, the binding_name member of the Binding structure is always a sequence of length 1

Respond to only known client computers that have been prestaged in the Active Directory via the Active Directory Users and Computers MMC snap-in with the computer s GUID or Media Access Control (MAC) address Respond to all computers (known and unknown) with the option of asking for administrator approval in an unknown computer case

In many organizations, the option to only respond to known client computers is preferred in order to avoid the chance of a random computer connecting to the network and being given a potentially sensitive OS image However, this does require a good provisioning process in place for organizations, so new computers are added to the Active Directory prior to their OS installation

The following code example prints all bindings in a context The logic to iterate over the context is contained in list_context, which prints the bindings contained in the context passed as the nc parameter show_chunk is a simple helper function that prints the contents of a binding list:

We can use a list of test data builders (page 257) to represent the persistent entity types This makes it easy for the test to instantiate each instance We can also use builder types more than once, with differing set-ups, to create entities for round-tripping in different states or with different relationships to other entities This test loops through a list of builders (we ll show how we create the list in a moment) For each builder, it creates and persists an entity in one transaction, and retrieves and compares the result in another As in the last test, we have two transactor methods that perform transactions The setup method is persistedObjectFrom() and the query method is assertReloadsWithSameStateAs()

After these options are con gured, the full WDS con guration will be completed and the required services started At this point, the WDS con guration wizard gives the option of adding some images to WDS to get you up and running as quickly as possible, as shown in Figure 16-7

for (CORBA::ULong i = 0; i < bllength(); i++) { cout << bl[i]binding_name[0]id; if (bl[i]binding_name[0]kind[0] != '\0') cout << "(" << bl[i]binding_name[0]kind << ")"; if (bl[i]binding_type == CosNaming::ncontext) cout << ": context" << endl; else } } void list_context(CosNaming::NamingContext_ptr nc) { CosNaming::BindingIterator_var it; // Iterator reference CosNaming::BindingList_var bl; // Binding list const CORBA::ULong CHUNK = 100; // Chunk size nc->list(CHUNK, bl, it); show_chunk(bl); // Get first chunk // Print first chunk cout << ": reference" << endl;

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