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The predicate created by the first line of code would tell a fetch request that, instead of retrieving all managed objects for the specified entity, retrieves just those where the name property is set to the value currently stored in the nameString variable. So, if nameString were an NSString that held the value @ Bob , we would be telling the fetch request to only bring back managed objects that have a name property set to Bob . This is a simple example, but predicates can be considerably more complex and can use Boolean logic to specify the precise criteria you might need in most any situation. After you ve created your fetch request, provided it with an entity description, and optionally given it a predicate, you execute the fetch request using an instance method on NSManagedObjectContext:

Defines interfaces required to process messages from duplex session channels Defines interfaces required to process messages from request-reply channels Defines interfaces required to process messages from simplex datagrams Defines interfaces required to process messages from simplex session channels

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This chapter demonstrated two different methods of building aggregations: one where we had to serialize the data ourselves, and another where the serialization could be completed without any manual intervention. The building of aggregations is normally a straightforward process, but if you need to serialize any of the accumulative data that has to be passed as each row is processed, then this adds complexity. The main point to keep in mind is that what goes in must come out. In other words the data type you write out must be the same data type you read in, and the order in which the data is placed out is the order in which you read it back.

NSError *error; NSArray *objects = [context executeFetchRequest:request error:&error]; if (objects == nil) { // handle error } executeFetchRequest:error: will load the specified objects from the persistent store and return them in an array. If an error is encountered, you will get a nil array, and the error pointer you provided will point to an NSError object that describes the specific problem. If there was no error, you will get a valid array, though it may not have any objects in it, since it is possible that there are none that meet the specified criteria. From this point on, any changes you make to the managed objects returned in that array will be tracked by the managed object context you executed the request against and saved when you send that context a save: message.

Figure 8-31. The way things are working now, the search bar cancel button is overlapped by the index.

The second step to initiating the routing service is to include it in the service behavior. So, apart from specifying the endpoint of the routing service, the preceding snippet also specifies the use of behaviorConfiguration as a QuickReturnRoutedBehavior that is defined in the application configuration file, as follows: <behaviors> <serviceBehaviors> <behavior name=" QuickReturnRoutedBehavior "> <serviceMetadata httpGetEnabled="True"/> <serviceDebug includeExceptionDetailInFaults="True"/> <routing routingTableName="ServiceRouterTable"/> </behavior> </serviceBehaviors> </behaviors> In order to host a routing service, you need to add a routing behavior, as shown in the preceding snippet, by specifying the routingTableName, which is a filter table you would use with RoutingServiceInstance. When a message comes into the routing service, RoutingService needs to know where it should route it. Another step is to configure destination endpoints to which the routing service may redirect the request, as shown in the following snippet. For this example, I would like RoutingService to redirect to the WCF service exchangeService (which we will create in 5). <client> <endpoint name="ExchangeService" binding="wsHttpBinding" address=" http://localhost:8080/QuickReturns/Exchange.svc" contract="*"> </endpoint> </client> This RoutingService class has a built-in filtering mechanism that lets you specify filtering criteria based on what you would like to route to the appropriate endpoint. The routing service will then do the filtering based on the input set in the App.config file, and will route the request to the appropriate service. This is implemented using message filters and message filter tables. Message filter tables can be considered a big reservoir of message filters. Message filters are sets of rules that are configured using a message filter table. Once these rules are satisfied by RoutingService, it then routes the message to the

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