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So, we must create something that will not add a level to the XML tree An array of objects will work for this, because in C#, an array implements IEnumerable<T>, thereby making the array of objects work just like a sequence As you probably recall from 7, when an IEnumerable is passed into a XElement constructor as its content, the sequence is enumerated, and each object in the sequence is applied to the element being constructed We will use the C# collection initialization features to populate that array with the comment, first name, last name, and any nicknames: Select(e => new object[] { new XComment(" BookParticipant "), new XElement("FirstName", (string)eElement("FirstName")), new XElement("LastName", (string)eElement("LastName")), eElements("Nickname")}))); ConsoleWriteLine("Here is the transformed XML document:"); Console.

OutputDataTableHeader(dt1, 15); foreach (DataRow dataRow in union) { Console.WriteLine("{0,-15}{1,-15}", dataRow.Field<int>(0), dataRow.Field<string>(1)); } union = seq1.Union(seq2); Console.WriteLine("{0}Results of Union() without comparer{0}", System.Environment.NewLine); OutputDataTableHeader(dt1, 15); foreach (DataRow dataRow in union) { Console.WriteLine("{0,-15}{1,-15}", dataRow.Field<int>(0), dataRow.Field<string>(1)); } Again, there is nothing new here. I create a couple of DataTable objects from the two Student arrays and obtain sequences from them. I then call the Union operator first with the comparer object and then without. I display the results after each Union call. Here are the results: Results of Union() with comparer Id Name ============================== 1 Joe Rattz 7 Anthony Adams 13 Stacy Sinclair 72 Dignan Stephens 5 Abe Henry 29 Future Man Results of Union() without comparer Id Name ============================== 1 Joe Rattz 7 Anthony Adams 13 Stacy Sinclair 72 Dignan Stephens 5 Abe Henry 7 Anthony Adams 29 Future Man 72 Dignan Stephens Notice that the results of the Union operator with the comparer object are correct, but the results of the Union operator without the comparer object are not.

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WriteLine(xTransDocument); At this point, we have projected an array containing a comment, a FirstName element, a LastName element, and however many Nickname elements there are in the source XML Finally, we display the transformed XML document This example is actually quite complex Notice that our array of objects includes an XComment object, two XElement objects, and an IEnumerable<XElement> By projecting a newly instantiated array as the return value of the Select operator, a sequence of object[], IEnumerable<object[]>, is being returned as the content of the newly constructed BookParticipants element In this case, each object in that sequence is an array of objects, where the array contains the comment, the FirstName and LastName elements, and the sequence of Nickname elements Because, as we just mentioned, an array of objects does not inject a level into the XML tree, the array adds its elements directly into the BookParticipants element..

This may be confusing; let s take a look at the results: Here is the original XML document: <BookParticipants> <BookParticipant type="Author"> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> <Nickname>Joey</Nickname> <Nickname>Null Pointer</Nickname> </BookParticipant> <BookParticipant type="Editor"> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipant> </BookParticipants>

The SequenceEqual operator compares two sequences of DataRow objects to determine whether they are equal. It enumerates two source sequences, comparing the corresponding DataRow objects. If the two source sequences have the same number of records, and if all the corresponding DataRow objects are equal, true is returned. Otherwise, the two sequences are not equal, and false is returned. This 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.

Here is the transformed XML document: <BookParticipants> <!-- BookParticipant --> <FirstName>Joe</FirstName> <LastName>Rattz</LastName> <Nickname>Joey</Nickname> <Nickname>Null Pointer</Nickname> <!-- BookParticipant --> <FirstName>Ewan</FirstName> <LastName>Buckingham</LastName> </BookParticipants> The transformed XML matches the specification exactly. Bravo! The real nifty part of this example is how we project an array of objects, a non-XML class, to create peer XML elements without inflicting a level of XML to the tree.

Returns the source UIComponent instance that delivered this event Returns the identifier phaseId for which phase this event is going to be delivered Sets the PhaseId during which this event will be delivered Checks whether this listener is of a listener instance that this event supports Broadcasts this event to the specified listener Convenience method that queues this event for broadcast at the end of the current requestprocessing lifecycle phase

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

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