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When an image is resized, filtering (the process of determining which pixels make it into the new image and what color they are) needs to occur to decide what the new image will look like. Take the case of making an image smaller. In this case, more than one pixel affects the value of one pixel in the output image. Figure 2-8 shows an example of an image before any filtering has occurred.

Reduced system memory requirements: Applications that access shared libraries still need to load the shared libraries into memory when these applications are executed However, shared libraries need only be loaded into system memory once in order to be used by any application that references the library Because multiple applications can simultaneously share access to a single copy of a centralized shared library, overall system memory consumption is reduced when more than one application that references a shared library is being executed Using shared libraries also has some negative aspects First, using shared libraries makes it more complex to copy single executables between compatible computer systems, because it increases the external requirement for the application Each computer system must provide the shared libraries, as well as appropriate versions of these shared libraries For example, consider the X Window System xterm application on a modern Linux system.

In its simplest form, you can create a new catalog just by defining its name. There are other options however, and the extended syntax for CREATE FULLTEXT CATALOG is as follows: CREATE FULLTEXT CATALOG catalog_name [ON FILEGROUP 'filegroup'] [IN PATH 'rootpath'] [WITH ACCENT_SENSITIVITY = {ON|OFF}] [AS DEFAULT] [AUTHORIZATION owner_name ] The arguments of this command are described in Table 6-1. Table 6-1. CREATE FULLTEXT CATALOG Arguments

The Linux ldd (list dynamic dependencies) command shows that the xterm application requires the following shared libraries: $ ldd 'which xterm' libXftso1 => /usr/X11R6/lib/libXftso1 (0x4002f000) libfreetypeso6 => /usr/lib/libfreetypeso6 (0x4003e000) libXrenderso1 => /usr/X11R6/lib/libXrenderso1 (0x40087000) libXawso7 => /usr/X11R6/lib/libXawso7 (0x4008c000) libXmuso6 => /usr/X11R6/lib/libXmuso6 (0x400e6000) libXtso6 => /usr/X11R6/lib/libXtso6 (0x400fc000) libSMso6 => /usr/X11R6/lib/libSMso6 (0x4014e000) libICEso6 => /usr/X11R6/lib/libICEso6 (0x40158000) libXpmso4 => /usr/X11R6/lib/libXpmso4 (0x4016f000) libXextso6 => /usr/X11R6/lib/libXextso6 (0x4017e000) libX11so6 => /usr/X11R6/lib/libX11so6 (0x4018c000) libncursesso5 => /usr/lib/libncursesso5 (0x4026a000) libutempterso0 => /usr/lib/libutempterso0 (0x402a9000) libcso6 => /lib/i686/libcso6 (0x42000000) libfontconfigso1 => /usr/lib/libfontconfigso1 (0x402ac000) libdlso2 => /lib/libdlso2 (0x402d1000) /lib/ld-linux.

The name of the new full-text catalog. Designates that the catalog will be placed on a specific filegroup. If this isn't designated, the default filegroup for the database is used. Allows you to specify a non-default root directory for the catalog. For example in this recipe, the new catalog will be created by default on the local C:\Program Files\Microsoft SQL Server\MSSQL.1\MSSQL\FTData\cat_Production_Document directory. This option allows you to choose whether the indexes will be created within the catalog as accent sensitive or accent insensitive. Accent sensitivity defines whether or not SQL Server will distinguish between accented and unaccented characters. This option sets the catalog as the default catalog for all full-text indexes which are created in the database without explicitly defining an owning full-text catalog. The AUTHORIZATION option determines the owner of the new full-text catalog, allowing you to choose either a database user or a role.

ACCENT_SENSITIVITY = {ON|OFF}

so2 => /lib/ld-linuxso2 (0x40000000) libexpatso0 => /usr/lib/libexpatso0 (0x402d4000) The second downside of using shared libraries is that their use imposes a slight performance penalty when any application using the shared library is executed, because references to shared library routines must be resolved by finding the libraries containing those routines at runtime At runtime, resolving references to shared libraries is done by a shared library loader Systems that use shared libraries typically maintain a cache that identifies their locations in order to minimize time when an application that uses shared libraries is executed For example, Linux systems use the shared library loader /lib/ldso and maintain on your system a cache of the locations of shared libraries in the file /etc/ldsocache The cache file is created and maintained using the ldconfig application, based on the contents of the file /etc/ldso.

In this first example, a new full-text catalog is created in the AdventureWorks database (note that a full-text catalog only belongs to a single database): USE AdventureWorks GO CREATE FULLTEXT CATALOG cat_Production_Document In the second example, a new full-text catalog is created designating a non-default file path, and with accent sensitivity enabled: USE AdventureWorks GO CREATE FULLTEXT CATALOG cat_Production_Document_EX2 IN PATH 'C:\Apress\Recipes\FTC' WITH ACCENT_SENSITIVITY = ON