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part of the compiler toolchain The following are general suggestions for resolving problems when trying to integrate third-party tools with GCC: Check the release notes and documents for both the foreign toolchain and the version of GCC that you are using, in order to identify any known interoperability issues The next section of this chapter discusses some specific known problems Search the Web for information about known interoperability problems Verify that the problem is actually where you think it is If you are using a version of the make program other than GNU make, ensure that your version of make supports integrating other tools and passing mandatory command-line options to them correctly If you are not using GNU make and your version of the make program does not do this correctly, perhaps you should consider performing a free upgrade for your existing make program by downloading and installing GNU make.

Sometimes triggers must be disabled if they are causing problems that you need to troubleshoot, or if you need to import or recover data that shouldn t fire the trigger. In this recipe, I demonstrate how

You can execute the make dry-run command to see a detailed list of what is being passed to the GCC compiler that you are using You should also make sure that you re executing the version of make that you intended to execute For example, some Cygwin systems have multiple versions of make installed Verify that the GCC compiler that you are using can actually find the application or library that you are trying to integrate You can display any GCC compiler s idea of the current search path by using the --print-search-dirs option, as in gcc --print-search-dirs GCC may either not be finding a required library or may be finding the wrong one Verify that the GCC compiler that you are using is executing the right subprograms and finding the correct libraries For example, you could determine what version of the library library.

to disable a trigger from firing using the new SQL Server 2005 DISABLE TRIGGER command, as well as how to re-enable a trigger using ENABLE TRIGGER. The syntax for DISABLE TRIGGER is as follows: DISABLE TRIGGER [ schema . ] trigger_name ON { object_name | DATABASE | SERVER } The syntax for enabling a trigger is as follows: ENABLE TRIGGER [ schema_name . ] trigger_name ON { object_name | DATABASE | SERVER } Table 12-5 details the arguments of this command. Table 12-5. ENABLE and DISABLE Trigger Arguments

a your compiler is finding by adding --print-file-name=librarya to the CFLAGS that you re using during compilation, if compiling C applications As a similar example, you could determine what version of the cc1 subprogram your gcc compiler is executing by adding --print-prog-name=cc1 to the CFLAGS that you are using during compilation If you are replacing portions of the GCC toolchain with commercial or other tools and experience problems, first make sure that you are correctly integrating the two sets of tools All commercial toolchains support their own sets of command-line options and may invoke subcomponents (such as an assembler or preprocessor) with options that you may not be aware of because they are supplied internally Use verbose modes for both GCC and whatever tools you are integrating with it.

The optional schema owner and required user-defined name of the trigger you want to disable. object_name is the table or view that the trigger was bound to (if it s a DML trigger). Use DATABASE if the trigger was a DDL database-scoped trigger and SERVER if the trigger was a DDL server-scoped trigger.

int main (int argc, char **argv) { int x, y, stripMax, stripCount, textwidth, xoffset, yoffset; TIFF *image; FILE *output; uint16 photo, bps, spp, fillorder; uint32 width, height; tsize_t stripSize; unsigned long imageOffset, result, bufferSize, count; char *text, *buffer, tempbyte; aa_context *context; aa_renderparams *params; // Open the TIFF image if ((image = TIFFOpen (argv[1], "r")) == NULL) { fprintf (stderr, "Could not open incoming image\n"); exit (42); } // Open the output file output = fopen (argv[2], "w"); fprintf (stderr, "Writing to %s\n", argv[2]); if (output == NULL) { fprintf (stderr, "Could not open output file\n"); exit (42); } // Check that it is of a type that we support if ((TIFFGetField (image, TIFFTAG_BITSPERSAMPLE, &bps) == 0) || (bps != 1)) {