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dataRow.Field<int>(0), dataRow.Field<string>(1)); } The only difference between this code and the previous example is that the call to the Distinct operator does not have an equality comparer provided. Will it remove the duplicate row Let s take a look: Before calling Distinct() Id Name ============================== 1 Joe Rattz 6 Ulyses Hutchens 19 Bob Tanko 45 Erin Doutensal 1 Joe Rattz 12 Bob Mapplethorpe 17 Anthony Adams 32 Dignan Stephens After calling Distinct() Id Name ============================== 1 Joe Rattz 6 Ulyses Hutchens 19 Bob Tanko 45 Erin Doutensal 1 Joe Rattz 12 Bob Mapplethorpe 17 Anthony Adams 32 Dignan Stephens No, it did not remove the duplicate. As you can now see, these two examples are comparing rows differently.

Each object has a lifeline represented by a dashed line going downward from the object box (as shown in Figure 1-14). It represents the time axis for the entire sequence diagram with time elapsed measured by moving downward on the lifeline.

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This grammar assumes a human has answered the phone if any of the following phrases are heard: Hello This is . . . How can I help you It also assumes that an answering machine has answered if it hears the following phrases: . . . after the . . . . . . come to the phone . . . . . . you have reached . . . . . . leave . . . This type of grammar takes some creativity to build, and the sample used in Figure 6-34 is by no means complete. Such a grammar should really be built up over time, and adjusted occasionally for accuracy. In the constructor of your workflow after the initialization, you need to add the following code: public Workflow1() { InitializeComponent(); this.detectAnsweringMachine.Grammar = new Grammar(new Uri(@"C:\Detection.grxml"), "DetectionRule"); } In the TurnStarting event of the DetectAnsweringMachine activity, you need to set what you want the application to say if it encounters an answering machine. The Message property is played only if the application has detected an answering machine. private void detectAnsweringMachine_TurnStarting(object sender, TurnStartingEventArgs e) { this.detectAnsweringMachine.Message.SetText("This message is for {0}", _customerName); } You can then have a Statement activity with a prompt that will always play, whether a human or answering machine answers the call. private void SpeakToCustomer_TurnStarting(object sender, TurnStartingEventArgs e) { this.SpeakToCustomer.MainPrompt.ClearContent(); this.SpeakToCustomer.MainPrompt.AppendText("Hello {0}, We are calling about your account, {1}. Please give us a call at "); this.SpeakToCustomer.MainPrompt.AppendTextWithHint( "5551212", SayAs.Telephone); }

The Except operator produces a sequence of DataRow objects that are in the first sequence of DataRow objects that do not exist in the second sequence of DataRow objects. The operator returns an object that, when enumerated, enumerates the first sequence of DataRow objects collecting the unique elements, followed by enumerating the second sequence of DataRow objects, removing those elements from the collection that also occur in the first sequence. Lastly, it yields the remaining elements in the collection in the order they are collected. To determine that elements from the same sequence are unique, and that one element in one sequence is or is not equal to an element in the other sequence, the operator must be able to determine whether two elements are equal. Typically, this operator determines element equality by calling each element s data type s GetHashCode and Equals methods. However, for DataRow type objects, this would cause an incorrect result. Because I am going to call the additional prototype and provide the System.Data.DataRowComparer. Default comparer object, the element equality will be properly determined. With it, a row is deemed to be a duplicate by comparing DataRow objects using the number of columns in a row and the static

data type of each column, and then using the IComparable interface on each column if its dynamic data type implements the IComparable interface, or calling the static Equals method in System.Object if it does not.

The messages in a sequence diagram can optionally have a return value, as shown in Figure 1-15. The createNewPolicy message, for instance, returns a PolicyDetail object.

The Except operator has one prototype I will cover. The Except Prototype public static IEnumerable<T> Except<T> ( this IEnumerable<T> first, IEnumerable<T> second, IEqualityComparer<T> comparer);

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