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The implementation of the QueueClientFactory is shown in Listing 6-19. In order to process the update callback notification, the data entity object needs to implement the IComparable interface allowing the caller object to detect the value change of the internal custom-defined data types (in this example the custom data is the enumerator type). This all applies where a WCF data contract type class is used (since under the hood QueueClient uses the WCF service for communication). The QueueClientFactory class has two member variables, _queueMessage and _lastQueueMessage, with the type of QueueMessage defined in the Microsoft.Samples.ServiceBus namespace. Unlike the Azure Queue we explored in 3, this class dose not fire the callback event when a new message is put into the queue. Therefore our wrapper class has to actively poll the queue periodically to get the new message. This is done from the timer tick handler PollingQueueData. If the internal data value of the message is different from that of the last message, the factory wrapper class fires a notification event and persists the message instance to the member variable _lastQueueMessage. This is the reason why the data

once preferably at application startup Creating a session is relatively inexpensive; it doesn t even open a database connection Let's create the persistent object: Transaction tx = sessionbeginTransaction(); Book book = new Book(); booksetName("Book Name - hibernate "); booksetPrice(79); booksetPublishDate(new Date()); Serializable bookId = sessionsave(book); txcommit(); sessionclose(); On the first line, an instance of Transaction is retrieved from the session By default, the session provides a Java Database Connectivity (JDBC) transaction The other two possible types of transaction that a session can provide are Java Transaction API (JTA) and container-managed transaction For the session to provide either of these two types, you need to declare the hibernatetransaction_factory property in the hibernatecfgxml file The next couple of lines create a transient book object using the new keyword You make the transient object into a persistent object by calling the save() method.

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For example, the following code shows the use of operators Count and First. Both operators take only a single parameter the reference to the IEnumerable<T> object. The Count operator returns a single value that is the count of all the elements in the sequence. The First operator returns the first element of the sequence. The first two times the operators are used in this code, they are called directly, just like normal methods, passing the name of the array as the first parameter. In the following two lines, however, they are called using the extension method syntax, as if they were method members of the array, which is enumerable. Notice that in this case no parameter is supplied. Instead, the array name has been moved from the parameter list to before the method name. There it is used as if it contained a declaration of the method. The direct syntax calls and the extension syntax calls are completely equivalent in effect only their syntax is different. using System.Linq; ... static void Main( ) { int[] intArray = new int[] { 3, 4, 5, 6, 7, 9 }; Array as parameter var count1 = Enumerable.Count(intArray); // Called directly var firstNum1 = Enumerable.First(intArray); // Called directly var count2 = intArray.Count(); // Called as extension var firstNum2 = intArray.First(); // Called as extension Array as extended object Console.WriteLine("Count: {0}, FirstNumber: {1}", count1, firstNum1); Console.WriteLine("Count: {0}, FirstNumber: {1}", count2, firstNum2); } This code produces the following output: Count: 6, FirstNumber: 3 Count: 6, FirstNumber: 3

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