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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',

Tan(X) Tanh(X)

For the fourth parameter, since it was not for a stored procedure, function, or trigger, the @module_or_batch parameter was NULL: @module_or_batch = NULL, The @params parameter was also sent NULL since this was not a TEMPLATE plan guide: @params = NULL, The last parameter contained the actual hint to apply to the incoming query in this case forcing all joins in the query to use a MERGE operation: @hints = N'OPTION (MERGE JOIN)' Finally, the sp_control_plan_guide system-stored procedure was used to drop the plan guide from the database, designating the operation of DROP in the first parameter, and the plan guide name in the second parameter.

This returns the following (abridged) results: Title FirstName -------- -------------------------------------------------Ms. Ramona Ms. Frances Ms. Margaret Ms. Carla Ms. Kim ... (415 row(s) affected) LastName -----------------------Antrim Adams Smith Adams Akers

Table 3-1. Intrinsic Functions and Extensions in gfortran (Continued)

In the first example, two search conditions were joined using the AND operator: WHERE Title = 'Ms.' AND LastName = 'Antrim' As you add search conditions to your query, you join them by the logical operators AND and OR. For example, if both the Title equals Ms. and the LastName equals Antrim, that row or rows will be returned. The AND operator dictates that both joined search conditions must be true in order for the row to be returned. The OR operator, on the other hand, returns rows if either search condition is TRUE, as the third example demonstrated: WHERE Title = 'Ms.' OR LastName = 'Antrim' So instead of a single row as the previous query returned, rows with a Title of Ms. or a LastName of Antrim were returned.

Figure 7-6, Figure 7-7, and Figure 7-8 show the color channels from this test pattern one at a time.

Time() CALL UMask(MASK[, Old])

The NOT logical operator, unlike AND and OR, isn t used to combine search conditions, but instead is used to negate the expression that follows it. This next example demonstrates using the NOT operator for reversing the result of the following search condition and qualifying the Title to be equal to Ms. (reversing it to anything but Ms. ): SELECT Title, FirstName, LastName FROM Person.Contact WHERE NOT Title = 'Ms.' This returns the following (abridged) results: Title -------Mr. Sr. Sra. ... FirstName -------------------------------------------------Gustavo Humberto Pilar LastName -----------------------Achong Acevedo Ackerman

NONE MASK: INTEGER; OLD: INTEGER (optional)

(594 row(s) affected)

Returns the current time encoded as an INTEGER. Sets the file creation mask to MASK and returns the old value in argument OLD if it is supplied. See umask(2). Unlink the file FILE. If the STATUS argument is supplied, it contains 0 on success or a nonzero error code.

This example demonstrated the NOT operator: WHERE NOT Title = 'Ms.' NOT specifies the reverse of a search condition, in this case specifying that only rows that don t have the Title = Ms. be returned.

You can use multiple operators (AND, OR, NOT) in a single WHERE clause, but it is important to keep your intentions clear by properly embedding your ANDs and ORs in parentheses. The AND operator limits the result set, and the OR operator expands the conditions for which rows will be returned. When multiple operators are used in the same WHERE clause, operator precedence is used to determine how the search conditions are evaluated. For example, the NOT operator takes precedence (is evaluated first) before AND. The AND operator takes precedence over the OR operator. Using both AND and OR operators in the same WHERE clause without using parentheses can return unexpected results. For example, the following query may return unintended results: SELECT Title, FirstName, LastName FROM Person.Contact WHERE Title = 'Ms.' AND FirstName = 'Catherine' OR LastName = 'Adams' This returns the following (abridged) results: Title -------Ms. Ms. Ms. Mr. ... FirstName -------------------------------------------------Catherine Frances Carla Jay LastName -----------------------Abel Adams Adams Adams

CALL Unlink(FILE [, STATUS])