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Notice that the code generated by Visual Studio 2010 stores the value found in the Text property in the control s ViewState . That way, the property retains its value between posts . You examine ViewState more closely later in this chapter . . 3 . . Now wire the event in the host page by remove the current instance of the PalindromeCheckerRenderedControl from the page and drop a new instance on the page . This refreshes the CustomControlLib.DLL assembly so that the changes (the new event) appear in Visual Studio . Select the PalindromeCheckerRenderedControl on the page and click the Events button (the little lightning bolt) in the Properties pane in Visual Studio . Double-click the text box next to the PalindromeFound event . Visual Studio creates an event handler for you .

Figure 17-12 Click the Re ert button at the bottom of this screen to throw away all changes you e made and restore the original image.

Correlated subqueries are subqueries that have references to columns from the outer query. Logically, the subquery is evaluated once for each row of the outer query. Again, physically, it's a much more dynamic process and will vary from case to case. There isn't just one physical way to process a correlated subquery.

Suppose that this procedure is usually invoked with a selective filter and you want to create a plan guide that ensures that the query uses the best plan for a selective filter . I already showed several ways to achieve this for example, by using the OPTIMIZE FOR hint . Here I ll show an example using an XML plan representation . First, run the procedure in a controlled environment, providing a selective value as input . Next, pull the XML form of the plan from cache by querying the dynamic management objects sys.dm_exec_query_stats, sys.dm_exec_sql_text, and sys.dm_exec_query_plan . Finally, create the plan guide using the sp_create_plan_guide procedure and specify the XML plan that you pulled from cache in the @hint argument . Here s the complete code to achieve this task:

TABLE 2-3

Correct Answers: B A. Incorrect: A caching-only server is not authoritative for any zone and would hold address resolution information that it obtained only from the server it uses for name resolution. It could not resolve internal name resolution requests. B. Correct: The DNS server would then forward requests that it could not resolve from its zone file or cache to another DNS server, typically your ISP s DNS server. C. Incorrect: A stub server holds a list of authoritative name servers only for its mas ter zone. It cannot resolve internal name resolution requests. D. Incorrect: This solution would allow clients to register their resource records dynamically. It would have no effect on external name resolution.

Private Sub Page_Init(ByVal sender As System.Object, _ ByVal e As System.EventArgs) _ Handles MyBase.Init CODEGEN: This method call is required by the Web Form Designer Do not modify it using the code editor. InitializeComponent() End Sub

using System; public sealed class BitArray { // Private array of bytes that hold the bits private Byte[] m_byteArray; private Int32 m_numBits; // Constructor that allocates the byte array and sets all bits to 0 public BitArray(Int32 numBits) { // Validate arguments first. if (numBits <= 0) throw new ArgumentOutOfRangeException("numBits must be > 0"); // Save the number of bits. m_numBits = numBits; // Allocate the bytes for the bit array. m_byteArray = new Byte[(numBits + 7) / 8]; } // This is the indexer (parameterful property). public Boolean this[Int32 bitPos] { // This is the indexer's get accessor method. get { // Validate arguments first if ((bitPos < 0) || (bitPos >= m_numBits)) throw new ArgumentOutOfRangeException("bitPos"); // Return the state of the indexed bit. return (m_byteArray[bitPos / 8] & (1 << (bitPos % 8))) != 0; } // This is the indexer's set accessor method. set { if ((bitPos < 0) || (bitPos >= m_numBits)) throw new ArgumentOutOfRangeException("bitPos", bitPos.ToString()); if (value) { // Turn the indexed bit on. m_byteArray[bitPos / 8] = (Byte) (m_byteArray[bitPos / 8] | (1 << (bitPos % 8))); } else { // Turn the indexed bit off. m_byteArray[bitPos / 8] = (Byte) (m_byteArray[bitPos / 8] & ~(1 << (bitPos % 8))); } } } }

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