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After retrieving the dietlibc source code as explained in the previous section, change the directory into the dietlibc directory created by retrieving the source code, and type make. The dietlibc build process automatically detects your CPU type and creates the appropriate subdirectories for your CPU and architecture. Because dietlibc has very few external dependencies, it usually compiles cleanly, regardless of the type of processor that you are using. To cross-compile dietlibc, you specify the same type of environment variables that you do when cross-compiling the Linux kernel: ARCH and CROSS. For example, to cross-compile dietlibc for the MIPS platform using a GCC cross-compiler with the prefix mipsel-linux-, you would execute the following command: $ make ARCH=mips CROSS=mips-linux- all The dietlibc Makefile provides built-in shortcuts for the ARM, Alpha, MIPS, PPC, SPARC, and i386 platforms, enabling you to cross-compile by simply typing a command such as make mips. The dietlibc Makefile assumes that your cross-compilers are in your PATH, and that the components of your GCC cross-compiler follow the standard naming convention used by GCC-based cross-compilers, which is architecture-operatingsystem-application. For example, the version of gcc that produces output that runs on MIPS Linux systems is typically named mips-linux-gcc.

fprintf (stderr, "Either undefined or unsupported number of bits per sample\n"); exit (42); } if ((TIFFGetField (image, TIFFTAG_SAMPLESPERPIXEL, &spp) == 0) || (spp != 1)) { fprintf (stderr, "Either undefined or unsupported number of samples per pixel\n"); exit (42); } TIFFGetField (image, TIFFTAG_IMAGEWIDTH, &width); TIFFGetField (image, TIFFTAG_IMAGELENGTH, &height); // Initialize aalib, and ensure the image is blank context = aa_init (&mem_d, &aa_defparams, NULL); if (context == NULL) { fprintf (stderr, "Failed to initialize aalib\n"); exit (1); } params = aa_getrenderparams (); memset (context->imagebuffer, 0, (size_t) (aa_imgwidth (context) * aa_imgheight (context))); // Check whether we can fit the image if (context->imgwidth < width) { fprintf (stderr, "Image too wide. It should be no more than %d pixels\n", context->imgwidth); exit (1); } if (context->imgheight < height) { fprintf (stderr, "Image too high. It should be no more than %d pixels\n\n", context->imgheight); exit (1); }

'[ triggerschema. ] triggername' [ @order = ] 'value'

Tip Though dietlibc comes with a number of shortcuts, they don t always agree with the standard architecture naming conventions used by cross-compilation build tools such as crosstool (discussed in 14). To synchronize the two, you can create symbolic links in the dietlibc source directory with the right architecture names. As a specific example, a standard crosstool target is powerpc, which produces a gcc cross-compiler named powerpc-linux-gcc, while dietlibc seems to expect ppc-linux-gcc in its Makefile. To resolve this, I simply created a symbolic link named powerpc to the ppc directory in the dietlibc source directory. Voila! No problems.

The optional schema owner and required userdefined name of the trigger to be ordered. This can be either First, None, or Last. Any triggers in between these will be fired in an random order after the first and last firings. Designates the type of trigger to be ordered, for example INSERT, UPDATE, DELETE, CREATE_INDEX, ALTER_INDEX... Designates if this is a DDL trigger, and if so, whether it is database- or server-scoped.

Once compilation has successfully completed, you can install dietlibc on your system by creating the directory /opt/diet and then executing the make install command. The C libraries for each target platform will be installed in directories containing the name of the target, such as /opt/diet/ lib-powerpc, /opt/diet/lib-x86_64, and so on. Programs that run on the host system (i.e., the system on

[ @stmttype = ] 'statement_type'

[ @namespace = ] { 'DATABASE' | 'SERVER' }

which you compiled dietlibc, regardless of whether you were cross-compiling or not) will be installed in /opt/diet/bin.

This recipe will create a test table and add three DML INSERT triggers to it. The sp_settriggerorder will then be used to define the firing order: CREATE TABLE dbo.TestTriggerOrder (TestID int NOT NULL) GO CREATE TRIGGER dbo.trg_i_TestTriggerOrder ON dbo.TestTriggerOrder AFTER INSERT AS PRINT 'I will be fired first.' GO CREATE TRIGGER dbo.trg_i_TestTriggerOrder2 ON dbo.TestTriggerOrder AFTER INSERT AS PRINT 'I will be fired last.' GO CREATE TRIGGER dbo.trg_i_TestTriggerOrder3 ON dbo.TestTriggerOrder AFTER INSERT AS PRINT 'I won't be first or last.' GO EXEC sp_settriggerorder 'trg_i_TestTriggerOrder', 'First', 'INSERT' EXEC sp_settriggerorder 'trg_i_TestTriggerOrder2', 'Last', 'INSERT' INSERT dbo.TestTriggerOrder (TestID) VALUES (1) This returns: I will be fired first. I won't be first or last. I will be fired last.

11/17/05