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To avoid problems with the mixing of single and double quotes, I used the Set Quoted_Identifier Off statement at the beginning of the query. Figure 10-1 shows the result of the stored procedure (along with some debugging information).

TIP: You are right if you think that this solution can probably be implemented more easily using client application code (for example, in Visual Basic).

In 3, we saw that an important advantage stored procedures have over ad hoc queries is their capability to reuse an execution plan. SQL Server, and developers working in it, can use two methods to improve the reuse of queries that are not designed as stored procedures. The first of these is autoparameterization, which we

Once a clustered index is added to a view, you can add more nonclustered indexes:

Figure 10-1.

covered in 3. Now we will focus on using a stored procedure to enforce parameterization of a query. If a developer knows that a query will be reexecuted with different parameters and that reuse of its execution plan will not degrade performance, he or she can use sp_executesql to run it. This stored procedure has the following syntax:

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Since Microsoft Windows NT (the operating system required for SQL Server) is capable of running on different platforms, you technically have the choice as to the type of processor on which you would like to run Microsoft SQL Server. Your choices are simple. You can run SQL Server on the Intel x86-based processor or on Digital Equipment Corporation s Alpha processor. As you probably know, Microsoft Windows NT 4.0 is capable of supporting up to four processors as it comes, and up to 32 processors in a single server with a customized hardware abstraction layer (HAL). Microsoft SQL Server is capable of leveraging that multiple-processor support and utilizing multiple processors to execute a single task. For example, a large query that would normally dominate a server s operating time can have its execution divided among the installed processors on that machine under SQL Server 7. Since the processors

sp_executesql [@stmt =] stmt [ {, [@params =] N'@parameter_name data_type [,...n]' } {, [@param1 =] 'value1' [,...n] } ]

The first parameter is a string with a batch of Transact-SQL statements. If the batch uses parameters, the developer must also supply their definitions as the second parameter of the procedure. The definition is followed by a list of parameters and their values. The following script executes one batch twice using different parameters:

EXECUTE sp_executesql @Stmt = N'SELECT * FROM Asset.dbo.Contact WHERE ContactId = @Id', @Parms = N'@Id int', @Id = 11 EXECUTE sp_executesql @Stmt = N'SELECT * FROM Asset.dbo.Contact WHERE ContactId = @Id', @Parms = N'@Id int', @Id = 313

CREATE INDEX idxvLaptopInventory_MakeModel ON vLaptopInventory (Make, Model)

There is one unpleasant requirement to this exercise. If all database objects are not fully qualified (that is, hard-coded with the database name and object owner), the SQL Server engine will not reuse the execution plan. In some cases, you may be able to ensure that all database objects are fully qualified. However, this requirement will become a problem if you are building a database that will be deployed under a different name or even if you use more than one instance of the database in your development environment (for example, one instance for development and one for testing).

10:

The solution is to obtain the name of a current database using the DB_NAME function. You can then incorporate it in a query:

Declare @chvQuery nvarchar(200) Set @chvQuery = N'Select * From ' + DB_NAME() + N'.dbo.Contact Where ContactId = @Id' EXECUTE sp_executesql @stmt = @chvQuery, @Parms = N'@Id int', @Id = 1 EXECUTE sp_executesql @stmt = @chvQuery, @Parms = N'@Id int', @Id = 313

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