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In this recipe, I ll show you how to create two types of indexes, one clustered and the other nonclustered. An index is created by using the CREATE INDEX command. This chapter will review the many facets of this command, however the basic syntax used in this upcoming example is as follows: CREATE [ UNIQUE ] [ CLUSTERED | NONCLUSTERED ] INDEX index_name ON { [ database_name. [ schema_name ] . | schema_name. ] table_or_view_name} ( column [ ASC | DESC ] [ ,...n ] ) The arguments of this command are described in Table 5-1: Table 5-1. CREATE INDEX Command Arguments

[ UNIQUE ]

The autoconf macros in this sample configure.ac file are a small subset of all of the autoconf macros that are available. The documentation for autoconf (provided in GNU info format) is the ultimate reference for the list of currently supported autoconf macros, since it reflects changes to autoconf that may have occurred since this book was published. Using autoconf s -v option when processing your configure.ac file displays a quick list of the macros supported by your version of autoconf.

ImageMagick can place frames around images, which is something I briefly touched upon in 2 when I showed how to remove frames with the trim command-line option. The way you create one of these frames with ImageMagick is with the frame command-line option. At its most basic, the command takes the thickness of the frame horizontally and vertically as its arguments, like this: convert -frame 10x10 input.jpg output.jpg The first number is the amount to add to each side of the image, and the other number is the amount to add to the top and the bottom of the image. This gives you the output shown in Figure 7-82.

You can only have one primary key on each table. However, if you wish to enforce uniqueness in other non-key columns, you can designate that the index be created with the UNIQUE constraint. You can create multiple UNIQUE indexes for a single table and can include columns that contain NULL values (although only one NULL value is allowed per column combo). Specifies the index type, either CLUSTERED or NONCLUSTERED. You can only have one CLUSTERED index, but up to 249 NONCLUSTERED indexes. The name of the new index. The table or view to be indexed. The column or columns to be used as part of the index key. The specific column order of indexing, either ASC for ascending order or DESC for descending order.

At this point, you can actually run autoconf to generate an initial configure script, which should complete successfully if no typos exist in your configure.ac file. $ autoconf $ ls autom4te.cache

[ CLUSTERED | NONCLUSTERED ]

Running autoconf produces a configure script and a directory named autom4te.cache. This directory contains cached information about your application that is used by the autoconf package s autom4te application, which provides a high-level layer over m4. Once you successfully create a configure script, you can try to execute it to watch it do its magic, as in the following output:

index_name [ database_name. [ schema_name ] . | schema_name. ] table_or_view_name} column [ ASC | DESC ]

$ /configure checking for gcc.. gcc checking for C compiler default output.. aout checking whether the C compiler works.. yes checking whether we are cross compiling.. no checking for suffix of executables.. checking for suffix of object files.. o checking whether we are using the GNU C compiler.. yes checking whether gcc accepts -g.. yes checking for gcc option to accept ANSI C.. none needed checking how to run the C preprocessor.. gcc -E checking for egrep.. grep -E checking for ANSI C header files.. yes checking for sys/typesh.. yes checking for sys/stath.. yes checking for stdlibh.. yes checking for stringh.. yes checking for memoryh.. yes checking for stringsh.. yes checking for inttypesh.. yes checking for stdinth.. yes checking for unistdh.. yes checking for stdlibh.. (cached) yes configure: creating /configstatus configstatus: creating Makefile config.