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SQL Server should usually be left to make its own decisions regarding how a query is processed. Only under special circumstances, and administered by an experienced SQL Server professional, should plan guides be created in your SQL Server environment.

In this example, the following query is executed using sp_executesql: EXEC sp_executeSQL N'SELECT v.AccountNumber, p.PostalCode FROM Purchasing.Vendor v INNER JOIN Purchasing.VendorAddress a ON v.VendorID = a.VendorID INNER JOIN Person.Address p ON a.AddressID = p.AddressID' Looking at this query s execution plan in Figure 28-26 shows that the Vendor and VendorAddress table are joined together using a Nested Loop operator.

Note Successful verification relies on knowing that the public key belongs to the sender. Otherwise,

If you do not get any output from this command, your configuration is approved, and you can start the daemon. If you do get output, you need to read it carefully and fix all the errors mentioned.

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If, for example, you wanted SQL Server to use a different join method, but without having to change the actual query sent by the application, you can apply this change by creating a plan guide. The following plan guide is created to apply a join hint onto the query being sent from the application: EXEC sp_create_plan_guide @name = N'Vendor_Query_Loop_to_Merge', @stmt = N'SELECT v.AccountNumber, p.PostalCode FROM Purchasing.Vendor v INNER JOIN Purchasing.VendorAddress a ON v.VendorID = a.VendorID INNER JOIN Person.Address p ON a.AddressID = p.AddressID', @type = N'SQL', @module_or_batch = NULL, @params = NULL, @hints = N'OPTION (MERGE JOIN)' After creating the plan guide, the query is executed using sp_executesql: EXEC sp_executeSQL N'SELECT v.AccountNumber, p.PostalCode

ON v.VendorID = a.VendorID INNER JOIN Person.Address p ON a.AddressID = p.AddressID' Looking at the graphical execution plan in Figure 28-27, you ll now see that the Nested Loop joins have changed into Merge join operators instead all without changing the actual query being sent from the application to SQL Server.

another person might claim to be the sender and substitute his public key in place of the actual key. To prevent this, a certificate vouching for the sender as owner of the public key, and issued by a certificate authority, is also sent to the recipient. For more information about certificates and certificate authorities, see the Wikipedia articles on these topics: http://en.wikipedia.org/wiki/Public_key_certificate and http://en.wikipedia.org/wiki/Certificate_authority.

To start the daemon, use the start option:

If it is decided that this Merge join is no longer more effective than a Nested loop join, you can drop the plan guide using the sp_control_plan_guide system-stored procedure: EXEC sp_control_plan_guide N'DROP', N'Vendor_Query_Loop_to_Merge'

Several years ago, the World Wide Web Consortium (W3C) and the Internet Engineering Task Force (IETF) jointly hammered out a digital signature standard for XML documents. Their XML Signatures standard is described by the W3C s XML-Signature Syntax and Processing document (http://www.w3.org/TR/2002/REC-xmldsig-core-20020212/) and the IETF s (Extensible Markup Language) XML-Signature Syntax and Processing document (http://www.ietf.org/rfc/rfc3275.txt).

Plan guides allow you to add query hints to a query being sent from an application without having to change the application itself. In this example, a particular SQL Statement was performing Nested Loop joins. Without changing the actual query itself, SQL Server sees the plan guide and matches the incoming query to the query in the plan guide. When matched, the hints in the plan guide are applied to the incoming query. The sp_create_plan_guide allows you to create plans for stand-alone SQL statements, SQL statements within objects (procedures, functions, DML triggers), and for SQL statements that are either being parameterized or not, due to the database s PARAMETERIZATION setting. In this recipe, the first parameter sent to sp_create_plan_guide was the name of the new plan guide: EXEC sp_create_plan_guide @name = N'Vendor_Query_Loop_to_Merge', The second parameter was the SQL statement to apply the plan guide to (white space characters, comments, and semicolons will be ignored): @stmt = N'SELECT v.AccountNumber, p.PostalCode FROM Purchasing.Vendor v INNER JOIN Purchasing.VendorAddress a ON v.VendorID = a.VendorID INNER JOIN Person.Address p ON a.AddressID = p.AddressID', The third parameter was the type of plan guide, which in this case was stand-alone SQL: @type = N'SQL',

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