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As you can see, GCC creates an executable file named runme in the current directory. The usual convention when compiling a single source file to executable format is to name the executable by dropping the file extension, so that myprog.c becomes myprog. Naturally, only the simplest programs consist of only a single source code file. More typically, programming projects consist of multiple source code files. In such a situation, you need to use the -o option in order to name the resulting binary, unless you intend to stick with the default a.out name. Keeping the name a.out is generally a bad thing because it does not give the user any idea what the binary actually does, and the chance of colliding with some other user s a.out binary is high. Of course, you will also want to know how to compile multiple source files using GCC compilers. Again, the magic incantation is simple. To illustrate, suppose you are working in the C language and have a source file showdate.c that uses a function that is declared in helper.h and defined in helper.c. The standard way to compile these files, ignoring optimization, debugging, and other special cases, is the following: $ gcc showdate.c helper.c In this example, GCC s C compiler creates the final executable in a file named a.out on Linux and Unix systems (a.exe on Cygwin systems). In the absence of command-line options instructing otherwise, GCC compilers go through the entire compilation process: preprocessing (as appropriate, based on the type of input file), compilation, assembly, and linking. To specify the name of the output file, use the -o option, as in the following example: $ gcc showdate.c helper.c -o showdate This invocation, using -o showdate, leaves the compiled and linked executable in the file named showdate.

Lastly, a closed parenthesis closed off the PIVOT operation. The PIVOT operation was then aliased like a table with an arbitrary name (in this case b ): AS b The results were then ordered by ShiftName: ORDER BY ShiftName The results took the three columns fixed in the FOR part of the PIVOT operation and aggregated counts of employees by ShiftName.

Using some of the other options listed in Table A-3 can be instructive. If you want to stop compilation after preprocessing using the -E option, be sure to use -o to specify an output filename or use output redirection. For example: $ gcc -E helper.c -o helper.i $ ls -l helper.* -rw-r--r--rw-r--r--rw-r--r-1 wvh 1 wvh 1 wvh users users users 210 Oct 45 Oct 40440 Oct 5 12:42 helper.c 5 12:29 helper.h 5 13:08 helper.i

The UNPIVOT command does almost the opposite of PIVOT by changing columns into rows. It also uses the same syntax as PIVOT, only UNPIVOT is designated instead. This example demonstrates how UNPIVOT can be used to remove column-repeating groups often seen in denormalized tables. For the first part of this example, a denormalized table is created with repeating, incrementing phone number columns:

The -o helper.i option and argument saves the output of the preprocessor in the file helper.i. Notice that the preprocessed file is some 200 times larger than the source file. Also, bear in mind that except for the link stage, GCC compilers work on a file-by-file basis each input file results in a corresponding output file with a filename extension appropriate to the stage at which compilation is stopped. This latter point is easier to see if you use the -S or -c options, as the following example illustrates: $ gcc -S showdate.c helper.c $ ls -l total 20 -rw-r--r--rw-r--r--rw-r--r--rw-r--r--rw-r--r--

CREATE TABLE dbo.Contact (EmployeeID int NOT NULL, PhoneNumber1 bigint, PhoneNumber2 bigint, PhoneNumber3 bigint) GO INSERT dbo.Contact (EmployeeID, PhoneNumber1, PhoneNumber2, PhoneNumber3) VALUES( 1, 2718353881, 3385531980, 5324571342) INSERT dbo.Contact (EmployeeID, PhoneNumber1, PhoneNumber2, PhoneNumber3) VALUES( 2, 6007163571, 6875099415, 7756620787) INSERT dbo.Contact (EmployeeID, PhoneNumber1, PhoneNumber2, PhoneNumber3) VALUES( 3, 9439250939, NULL, NULL) Now using UNPIVOT, the repeating phone numbers are converted into a more normalized form (re-using a single PhoneValue field instead of repeating the phone column multiple times): SELECT EmployeeID, PhoneType, PhoneValue

FROM (SELECT EmployeeID, PhoneNumber1, PhoneNumber2, PhoneNumber3 FROM dbo.Contact) c UNPIVOT (PhoneValue FOR PhoneType IN ([PhoneNumber1], [PhoneNumber2], [PhoneNumber3]) ) AS p This returns: EmployeeID ----------1 1 1 2 2 2 3 PhoneType PhoneValue ---------------- ---------PhoneNumber1 2718353881 PhoneNumber2 3385531980 PhoneNumber3 5324571342 PhoneNumber1 6007163571 PhoneNumber2 6875099415 PhoneNumber3 7756620787 PhoneNumber1 9439250939

ve covered a lot of ground in this book, including how to install ImageMagick, how to use almost all the functionality of the command-line utilities that ImageMagick ships with, and how to program against four of ImageMagick s APIs. No book can cover all the questions you could ask, though perhaps some are so unique they re not of general interest, perhaps the ImageMagick software has moved on since the printing of this book, or perhaps I just didn t think of your specific question when I was writing the manuscript!

1 1 1 1 1

(7 row(s) affected)

210 45 741 208 700