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Finally, you check that the system change has been reversed EXERCISE 1: Configure System Protection In this exercise, you configure system protection on a hard disk that does not hold a system partition and therefore does not have system protection on by default You can choose any hard disk you want, but you will likely use the second internal hard disk if one exists on your computer If you are saving your backups on an external hard disk, you can choose to do this provided that this disk is formatted with the NTFS filing system, although in practice you are unlikely to enable system protection on a device used only to store backups System protection configuration is discussed in more detail in Lesson 3 Perform the following procedure: If necessary, log on to the Canberra computer with the Kim_Akers account In Control Panel, click System And Security.

This example creates an untyped DataSet and defines its schema based on the con tents of the Northwind.xsd file. After loading the schema information, you will load the DataSet with the contents of the Northwind.xml file and display it in a grid. This practice expects the Northwind.xml and Northwind.xsd files to be available in the C:\Datasources directory. 1. Create a Windows application and name it LoadDataSetsWithXml. 2. Add a DataGridView to the Form and name it CustomersGrid. 3. Add another DataGridView to the form and name it OrdersGrid. 4. Drag a button onto the form and set the following properties:

9. At a command prompt, issue the following command:

In the System And Security window, click System 3 In the System window, click System Protection This accesses the System Protection tab of the System Properties dialog box, as shown in Figure 14-15 1 2..

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A primary XML index might not provide the best performance for queries based on path expressions, and if your queries typically specify path expressions on xml type columns, a PATH secondary index might speed up the search. Because all rows in the primary XML index corresponding to an XML BLOB are searched sequentially for large XML instances, the search might be slow. If that is the case, a secondary index built on the path values and node values in the primary index can significantly speed up the index search. If your queries are value based and the path is not fully specified or includes a wildcard, you might obtain faster results by building a secondary XML index that is built on node values in the primary XML index. The key columns of the VALUE index are the node value and path of the primary XML index. If your workload involves querying for values from XML instances without knowing the element or attribute names that contain the values, the VALUE index might be useful. Queries that retrieve one or more values from individual XML instances might benefit from a PROPERTY index. This scenario occurs when you retrieve object properties using the value() method of the xml type and when the primary key value of the object is known. The PROPERTY index is built on columns (PK, Path, and node value) of the primary XML index, where PK is the primary key of the base table. Creating an XML index on an xml type column is similar to creating an index on a non-xml type column. You can use the following Transact-SQL statements to create and manage XML indexes:

Although the details are beyond the scope of this book, a big difference between value and reference types is where the memory for them gets allocated. Value types are defined on the stack. The stack, which is also used for parameter passing, is a very fast reference place that is not subject to garbage collection. For this reason, the creation and destruction of integers, Booleans, and so on are very fast. Reference types are allocated on the heap. As well as taking up space in the heap, a reference to the newly allocated space is made on the stack. So accessing a reference type takes slightly (and I do mean a very, very small amount) longer than a value type.

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