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This example demonstrates how to place a table on a non-default, user created filegroup. The first step involves creating a new filegroup in the AdventureWorks database (see 22 for more information on this): ALTER DATABASE AdventureWorks ADD FILEGROUP AW_FG2 GO Next, a new file is added to the filegroup: ALTER DATABASE AdventureWorks ADD FILE ( NAME = AW_F2, FILENAME = 'c:\Program Files\Microsoft SQL Server\MSSQL.1\MSSQL\Data\aw_f2.ndf', SIZE = 1MB ) TO FILEGROUP AW_FG2 GO A table is then created on the new filegroup (and hence its data will be stored in the new file, contained within the filegroup): CREATE TABLE HumanResources.AWCompany( AWCompanyID int IDENTITY(1,1) NOT NULL PRIMARY KEY, ParentAWCompanyID int NULL, AWCompanyNM varchar(25) NOT NULL, CreateDT datetime NOT NULL DEFAULT (getdate()) ) ON AW_FG2 In the second example, a table is created by specifying that large object data columns be stored on a separate filegroup (AW_FG2) from the regular data (on the PRIMARY filegroup):

Historically, the name of the configuration description file used by the autoconf program has always been configure.in. The .in suffix in this filename has led to some confusion with other input files used by the configure script, such as config.h.in, so the proper name of the configuration file used by autoconf is now configure.ac; the .ac suffix indicates that the file is used by autoconf rather than its offspring. If you have files named configure.ac and configure.in in your working directory when you run autoconf, the autoconf program will process the file configure.ac rather than the file configure.in.

CREATE TABLE HumanResources.EWCompany( EWCompanyID int IDENTITY(1,1) NOT NULL PRIMARY KEY, ParentEWCompanyID int NULL, EWCompanyName varchar(25) NOT NULL, HeadQuartersImage varbinary(max) NULL, CreateDT datetime NOT NULL DEFAULT (getdate()) ) ON [PRIMARY] TEXTIMAGE_ON AW_FG2

If you have Perl installed on your system, building and installing the autoconf package produces a Perl script called autoscan. By default, the autoscan script examines the source modules in the directory from which it is executed and generates a file called configure.scan. If a configure.ac file is already located in the directory from which autoscan is executed, the autoscan script reads the configure.ac file and will identify any omissions in the file (typically, by exiting with an error message). As an example, the source directory for the sample fibonacci application looks like the following: $ ls calc_fib.c fibonacci.c run_tests

The recipe starts by creating a new filegroup called AW_FG2. This is done using the ALTER DATABASE command. After that, a new database file was added to the AdventureWorks database, which was placed into the new filegroup. CREATE TABLE was then executed normally, only in the last part of the table definition, ON AW_FG2 is used in order to place it into the AW_FG2 filegroup: ON AW_FG2 If an ON filegroup clause isn t used in a CREATE TABLE, it s assumed that the table will be placed on the default filegroup (which if you haven t changed it, is called PRIMARY). If this table becomes very large, and you ve placed it on its own filegroup, a filegroup backup can be used to specifically back up the table and any other tables or indexes that are placed in it (see 5 for more on placing an index into a filegroup and 29 for a review of filegroup backups). For the second example, a table was created with filegroup options placing regular data on the PRIMARY filegroup, and text/image data on the AW_FG2 filegroup (doing so requires that your table actually have a large value data type): ON [PRIMARY] TEXTIMAGE_ON AW_FG2 Separating out large object data may ease database maintenance and improve performance depending on your database design and physical hardware, the types of queries accessing it, and the location of the file(s) in the filegroup.

Executing the autoscan application and relisting the contents of this directory shows the following files: $ autoscan $ ls autoscan.log

The gray pixels around the edge of the letters are antialiasing at work. Now, Figure 7-80 shows that text without antialiasing.