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The xml data type column can be modified using the new modify method in conjunction with UPDATE, allowing you to insert, update, or delete an XML node in the xml data type column. This example demonstrates the modify method by inserting a new item into an existing XML document (specifically, a new item into the /BookInvoice/OrderItems node): UPDATE dbo.BookInvoice SET BookInvoiceXML.modify ('insert <Item id="920" qty="1" name="SQL Server 2005 T-SQL Recipes"/> into (/BookInvoice/OrderItems)[1]') WHERE BookInvoiceID = 2 Checking the BookInvoice XML document for this row confirms that the new item was added: <BookInvoice invoicenumber="1" customerid="40" orderdate="7/11/2005"> <OrderItems> <Item id="11" qty="1" name="MCDBA Cliff Notes" /> <Item id="920" qty="1" name="SQL Server 2005 T-SQL Recipes" /> </OrderItems> </BookInvoice>

ImageMagick is really quite configurable. I won t spend a lot of time on the contents of the configuration files, because ImageMagick includes excellent documentation on the inner workings of the configuration files. However, Table 1-2 points you in the right direction and gives you some idea of the features you can configure with ImageMagick. Table 1-2. ImageMagick Configuration Files

The modify function also used the XMLColumn.MethodName format, and used an XQuery insert expression in parentheses to insert a new item element into an existing document: BookInvoice.modify ('insert <Item id="920" qty="1" name="SQL Server 2005 T-SQL Recipes"/> into (/BookInvoice/OrderItems)[1]')

Depending on the target architecture you have selected, you may see a Target Architecture Variant menu on the screen, as shown in Figure 14-1. buildroot builds a single toolchain for some processor families, such as the PowerPC processors, so this option may no longer be present, even if it was present when you started your buildroot configuration (because there are multiple architecture variants available for the default i386 platform).

The insert command is used to add a new item element is an extension to the XQuery language and is called XML DML. Other XML DML commands include the replace statement, used to update XML data, and the delete statement, used to remove a node from an XML document or fragment.

5. If a Target Architecture Variant configuration option is present, use the up/down arrow keys on your keyboard to scroll down to that configuration item, and press Enter. A Target Architecture Variant screen displays, as shown in Figure 14-3. The contents of this screen will differ depending on your original Target Architecture selection. The example shown in Figure 14-3 is for the armeb processor. Use the up/down arrow keys on your keyboard to scroll down to the appropriate variant for your target architecture. I have highlighted the ARM920T architecture variant since that is the processor used in my target platform for this example. Once you have selected the appropriate processor for your target platform, press the spacebar and redisplay the top-level buildroot configuration screen, with the target that you selected displayed in the Target Architecture Variant menu item.

You can improve performance of queries against XML data type columns by using XML indexes. To create an XML index, the table must first already have a clustered index defined on the primary key of the table. XML columns can only have one primary XML index defined, and then up to three secondary indexes (of different types described below). The CREATE INDEX command is used to define XML indexes. The syntax is as follows: CREATE [ PRIMARY ] XML INDEX index_name ON <object> ( XML_column_name ) [ USING XML INDEX XML_index_name [ FOR { VALUE | PATH | PROPERTY } ] [ WITH ( PAD_INDEX = { ON | OFF } | FILLFACTOR = fillfactor | SORT_IN_TEMPDB = { ON | OFF } | STATISTICS_NORECOMPUTE = { ON | OFF } | DROP_EXISTING = { ON | OFF } | ALLOW_ROW_LOCKS = { ON | OFF } | ALLOW_PAGE_LOCKS = { ON | OFF } | MAXDOP = max_degree_of_parallelism ) ] Creating an index for an XML column uses several of the same arguments as a regular table index (see 5 for more information). The XML-specific arguments of this command are described in Table 14-2. Table 14-2. CREATE XML INDEX Arguments

Figure 14-3. Optionally specifying architecture variants 6. Use the up/down arrow keys on your keyboard to scroll down to the Build Options configuration item, and press Enter. The Build Options screen displays, as shown in Figure 14-4.

The name of the table the index is being added to. The name of the XML data type column. The unique name of the XML index. These are arguments for secondary indexes only and relate to XQuery optimization. A VALUE secondary index is used for indexing based on imprecise paths. A PATH secondary index is used for indexing via a path and value. A PROPERTY secondary index is used for indexing based on a querying node values based on a path.