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The XML DOM is exposed through the System.Xml.XmlDocument class. This class allows you to read an XML file into memory and then manipulate the structure through a variety of methods, as well as to perform searches and retrieve nodes. The XmlDocument class exposes an XML document as a hierarchical collection of XmlNode objects. Because the XmlDocument class extends XmlNode itself, the XmlDocument can be thought of as the root node. Access to the child nodes of the XmlDocument is available through the ChildNodes property, or you can access specific elements through the XmlDocument.Item property.

message.Stream.Seek(0, SeekOrigin.Begin)

In versions of SQL Server prior to SQL Server 2005, creating covered nonclustered indexes could often be impossible because an index could contain no more than 16 columns or be more than 900 bytes wide. The new Included Column feature makes it possible to add columns to an index without adding them to the index s key. Included columns cannot be

WriteToLog("Before Serialize: (" + messageType + ")", message.Stream) message.Stream.Seek(0, SeekOrigin.Begin) Return Case SoapMessageStage.AfterSerialize Return Case SoapMessageStage.BeforeDeserialize

2

You can read an existing XML document into the DOM by creating a new instance of the XmlDocument class and then loading the XML from a Stream, String (containing the filename), TextWriter, or XmlWriter, as shown in the following example.

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used for tasks such as filtering or sorting; their sole benefit is reducing page reads through covering queries by avoiding table lookups. An index can have a maximum of 1,023 included columns, and a table can have a maximum of 1,024 columns, making it possible to create a nonclustered index that covers the entire table, which is almost like having a second clustered index! In addition, columns that use one of the large data types [VARCHAR(max), NVAR-CHAR(max), VARBINARY(max), XML, TEXT, NTEXT, and IMAGE] are allowed to be included in an index as an included column. Only columns that are used for filtering, grouping, or sorting should be part of the index key; all other columns included in the index should be included columns. Besides allowing for more columns in the index, included columns have other benefits. In the following SQL script, a table with 1,000,000 rows is created with two indexes. One index has all columns in the index key, while the other index has only one column in the key (the one that would be filtered on), and the rest of the columns are included. The width of each row in the index is a little over 300 bytes. This might sound like a very wide index row, but having this kind of width is not uncommon. This also makes up for the fact that the test table contains only 1 million rows; for larger tables, the width of the index does not need to be this big to make a performance difference. The following script defines (and populates) objects and indexes used in subsequent examples:

message.Stream.Seek(0, SeekOrigin.Begin) WriteToLog("Before Deserialize: (" + messageType + ")", message.Stream) message.Stream.Seek(0, SeekOrigin.Begin) Return Case SoapMessageStage.AfterDeserialize Return End Select End Sub Public Sub WriteToLog(ByVal strTitle As String, ByVal stream As Stream) 'Initialize a StreamReader to hold the contents of our incoming stream Dim sr As New StreamReader(stream) 'Initialize a StreamWriter that is used to write to the log file

CREATE TABLE Test.IncludedColumnsTest( PKCol UNIQUEIDENTIFIER NOT NULL DEFAULT NEWSEQUENTIALID() PRIMARY KEY CLUSTERED ,Col1 INT IDENTITY NOT NULL ,Col2 CHAR(20) NOT NULL ,Col3 CHAR(20) NOT NULL ,Col4 CHAR(20) NOT NULL ,Col5 CHAR(20) NOT NULL ,Col6 CHAR(20) NOT NULL ,Col7 CHAR(20) NOT NULL ,Col8 CHAR(20) NOT NULL ,Col9 CHAR(20) NOT NULL ,Col10 CHAR(20) NOT NULL ,Col11 CHAR(20) NOT NULL ,Col12 CHAR(20) NOT NULL ,Col13 CHAR(20) NOT NULL ,Col14 CHAR(20) NOT NULL ,Col15 CHAR(20) NOT NULL ,Col16 CHAR(20) NOT NULL ); INSERT Test.IncludedColumnsTest (Col2, Col3, Col4, Col5, Col6, Col7, Col8, Col9, Col10, Col11, Col12, Col13, Col14, Col15, Col16) SELECT TOP(1000000) CAST(message_id AS CHAR(20)) AS Col2 ,CAST(message_id AS CHAR(20)) AS Col3 ,CAST(message_id AS CHAR(20)) AS Col4

Dim sw As New StreamWriter("c:\CustomSoapExtensionLog.txt", True)

9

sw.Write("**** " + strTitle + ControlChars.NewLine + sr.ReadToEnd() + _

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