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The stoplist will act as a holder for a specific set of words that we want to ignore. We refer to that group of words by the name we gave it, ArcanesStoplist. Now we need to add some words to the list. Here are two ways to do so; both use the ALTER FULLTEXT STOPLIST statement:

ALTER FULLTEXT STOPLIST ArcanesStoplist ADD 'shifting' LANGUAGE 1033; ALTER FULLTEXT STOPLIST ArcanesStoplist ADD 'light' LANGUAGE 'English';

XC = 1/(628f C ) Note that 100 pF = 0000100 F Therefore: XC = 1/(628 300 0000100) = 1/0001884 = 531 The imaginary value of XC is equal to j531 The susceptance, BC, is equal to 1/X C Thus, BC = 1/( j531) = j000188, rounded to three significant figures The general formula for capacitive susceptance in siemens, in terms of frequency in hertz and capacitance in farads, is: BC = 628f C This formula also works for frequencies in megahertz and capacitances in microfarads

In this case, moving the declaration to the get_user_name subroutine isn t a good idea, as it causes the show_user_name subroutine to fail with an error This is because the show_user_name subroutine doesn t know about the variable myUserName whose contents the display dialog command tells it to display To fix this problem, you need to declare the global variable myUserName in the show_user_name subroutine as well, as shown here in boldface:

The command is straightforward; use the ALTER FULLTEXT STOPLIST statement and provide the name of the list you want to add a word to. Then comes the command ADD, followed by the word you want to add. Next you have to specify the language. You can specify the language in two ways, either by using the language ID (in this example, 1033) or the name for the language. If you were to jump the gun and rerun our query, you d think it would now ignore the word shifting because we just added it as a stopword to our stoplist. But there s still one more step. You need to attach your stoplist to a table that has a full-text index on it. This is a major improvement over 2005, where stopwords were implemented as noise words, one simple text file that applied to the entire server. SQL Server 2008 now allows you to get granular with the application of custom groups of words. You re limited to one stoplist per table, though. On the plus side, one stoplist can be applied to multiple tables. Here s the code to associate our stoplist with a table:

ALTER FULLTEXT INDEX ON [Production].[ProductDescription] SET STOPLIST ArcanesStoplist;

Problem 15-6 Suppose an inductor has L = 163 H at a frequency of 887 kHz What is BL Note that 887 kHz = 0887 MHz You can calculate XL from the formula for inductive reactance:

get_user_name() show_user_name() on get_user_name() global myUserName display dialog "Please type your name:" default answer "" set myUserName to text returned of the result end get_user_name on show_user_name() global myUserName display dialog myUserName end show_user_name

All we need to do is specify the table name and the stoplist to associate with that table. Now go run our test query. You should get back zero rows. Congratulations! You ve now associated your stoplist with the full-text index. I m sure you don t want to leave it this way, so let s look at what it will take to clean up the mess. First, you can decide you no longer want the stoplist associated with the full-text index. Time to use the ALTER command again:

Within a script, each global variable name must be unique Each local variable name must be unique within its scope, but you can use the same local variable names in different scopes if you want Generally speaking, it s best not to reuse local variable names in the same script because having multiple variables with the same name tends to be confusing

ALTER FULLTEXT INDEX ON [Production].[ProductDescription] SET STOPLIST system;

XL = 628fL = 628 0887 163 = 908 The imaginary value of XL is equal to j908 The susceptance, BL = is equal to 1/XL It follows that BL = 1/j 908 = j000110 The general formula for inductive susceptance in siemens, in terms of frequency in hertz and inductance in henrys, is: BL = 1/(628f L) This formula also works for frequencies in kilohertz and inductances in millihenrys, and for frequencies in megahertz and inductances in microhenrys