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The association between image formats and the encoder/decoder module for that format. Lets you specify the name of a color and define its red, green, blue, and alpha values. For example, perhaps you want a color named bernard. Here is the place to define what that color actually is. 7 discusses colors in more depth. Build parameters. Here you can specify your own custom delegates for image formats that ImageMagick didn t originally know about. Associates message tags with a given English string. The same as english.xml but for other locales. Configures logging. Many file formats are identified by a magic number at the start of the file. This configuration file lets you map a new magic number to a given image format. Configures fonts. Configures Ghostscript fonts. Configures Microsoft Windows fonts.

Figure 14-4. Changing build options for your toolchain 7. Use the up/down arrow keys on your keyboard to move the cursor to the Toolchain and Header File Location entry (shown highlighted in Figure 14-4), and press Enter to display a dialog that enables you to change the value to reflect where you want to install the crosscompiler that you are building. Toolchains built with buildroot install directly into a specified directory, so you will want to specify an architecture/processor specific target directory. Figure 14-5 shows this dialog after entering the new value /tools/cross-compilers/ armeb-arm920t. Press Enter to close this dialog and press the Escape key to return to the main buildroot configuration screen.

In this first example, a primary XML index is created on an XML data type column: CREATE PRIMARY XML INDEX idx_XML_Primary_Book_DESC ON dbo.Book(DESC) GO Next, a secondary VALUE index is created on the same xml column, but with a different name. The USING clause is added for secondary indexes, specifying in the FOR clause that the xml data type column be given a VALUE index in addition to the existing primary index: CREATE XML INDEX idx_XML_Value_Book_DESC ON dbo.Book(DESC)

USING XML INDEX idx_XML_Primary_Book_DESC FOR VALUE GO You can use the sys.XML_indexes system catalog view to view the XML indexes used in a database. In this query, all XML indexes are listed for a specific table: SELECT name, secondary_type_desc FROM sys.XML_indexes WHERE object_id = OBJECT_ID('dbo.Book') This query returns the name of the XML indexes, and if the index is a secondary index, the type: name secondary_type_desc ------------------------- -------------------------------------------idx_XML_Primary_Book_Chap NULL idx_XML_Value_Book_Chapte VALUE Once created, XML indexes can be modified or removed just like regular indexes using the ALTER INDEX and DROP INDEX commands.

Figure 14-5. Identifying the install location for your toolchain 8. Use the up/down arrow keys on your keyboard to move the cursor to the Toolchain Options menu item, and press Enter to display the Toolchain Options configuration screen, as shown in Figure 14-6.

Because XML documents can store up to 2GB for a single column and row, query performance can suffer when you are trying to query the data stored in the XML column. Make use of XML indexes if you plan on frequently querying XML data type data. Indexing xml data types internally persists the tabular form of the XML data, allowing for more efficient querying of hierarchical data. XML indexes may look a little odd at first because you are adding secondary indexes to the same xml data type column. Adding the different types of secondary indexes helps benefit performance, based on the different types of XQuery queries you plan to execute. All in all you can have up to four indexes on a single xml data type column: one primary and three secondary. A primary XML index must be created prior to being able to create secondary indexes. A secondary PATH index is used to enhance performance for queries that specify a path and value from the xml column using XQuery. A secondary PROPERTY index is used to enhance performance of queries that retrieve specific node values by specifying a path using XQuery. The secondary VALUE index is used to enhance performance of queries that retrieve data using an imprecise path.