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You may be able to spot missing command-line options that you can then pass to the appropriate component of the toolchain by using the appropriate version of GCC s -X option GCC compilers provide the -Xa option to pass specific arguments to the assembler, the -Xl option to pass arguments to the linker, and the -Xp option to pass options to the preprocessor Once you have found a combination that works for you, you can encapsulate these options by adding them to the contents of your Makefile or shell s CFLAGS environment variable If you cannot use primary GCC command-line options to do the right thing when invoking commercial or other non-GCC toolchain components, you may be able to modify environment variables in your Makefile to add new command-line options to those passed to the appropriate tool during the compilation process.

This example starts off by creating a trigger (which is enabled by default) that prints a message back to a connection that is performing an INSERT against the HumanResources.Department table: CREATE TRIGGER HumanResources.trg_Department ON HumanResources.Department AFTER INSERT AS PRINT 'The trg_Department trigger was fired' GO The trigger is then disabled using the DISABLE TRIGGER command: DISABLE TRIGGER HumanResources.trg_Department ON HumanResources.Department Because the trigger was disabled, no printed message will be returned when the following INSERT is executed: INSERT HumanResources.Department (Name, GroupName) VALUES ('Construction', 'Building Services') GO This returns: (1 row(s) affected) Next, the trigger is enabled using the ENABLE TRIGGER command: ENABLE TRIGGER HumanResources.trg_Department ON HumanResources.Department

Now when another INSERT is attempted, the trigger will fire, returning a message back to the connection: INSERT HumanResources.Department (Name, GroupName) VALUES ('Cleaning', 'Building Services') This returns: The trg_Department trigger was fired (1 row(s) affected)

If you are using GNU make, each of the components in the GCC toolchain (preprocessor, assembler, linker) has a corresponding FLAGS environment variable (ASFLAGS, LDFLAGS, CPPFLAGS) that can be set in your Makefiles in order to specify command-line options that are always supplied to the appropriate tool If you are not using GNU make, your version of the make program does not support these flags If you are using GCC, perhaps you should consider upgrading your existing make program to GNU make..

This recipe started by creating a new trigger that printed a statement whenever a new row was inserted into the HumanResources.Department table. After creating the trigger, the DISABLE TRIGGER command was used to keep it from firing (although the trigger s definition still stays in the database): DISABLE TRIGGER HumanResources.trg_Department ON HumanResources.Department An insert was then performed that did not fire the trigger. The ENABLE TRIGGER command was then executed, and then another insert was attempted, this time firing off the trigger.

dietlibc is one of my favorite small C libraries and includes a threading implementation and a math library. It is extremely small and easy to build and cross-compile, and has been tested and used on many platforms. dietlibc is designed for use as a static library, not a shared library, though it can be built as a shared library and used that way if you insist. But given the incredibly small size of statically linked binaries that use dietlibc, I would say why bother Building dietlibc also builds an extremely convenient driver program for gcc in both native and cross-compiled modes that causes gcc to link with dietlibc rather than Glibc, so there is no need to rebuild your existing toolchains, whether they provide cross or native compilers. dietlibc has been tested and used on the Alpha, ARM, HP/PA, IA-64, i386, MIPS, s390, SPARC, SPARC64, PPC, and x86_64 platforms.

Trigger nesting occurs when a trigger is fired, which performs an action (for example, inserting into a different table), which in turn fires another trigger, which then initiates the firing of other triggers. An infinite loop firing of triggers is prevented by SQL Server 2005 s maximum level of nesting, which is 32 levels deep. You can also modify the SQL Server instance to not allow trigger nesting at all. Disabling the 'nested triggers' option prevents any AFTER trigger from causing the firing of another trigger. This example demonstrates how to disable or enable this behavior: USE master GO -- Disable nesting EXEC sp_configure 'nested triggers', 0 RECONFIGURE WITH OVERRIDE GO -- Enable nesting EXEC sp_configure 'nested triggers', 1 RECONFIGURE WITH OVERRIDE GO This returns: Configuration option 'nested triggers' changed from 1 to 0. Run the RECONFIGURE statement to install. Configuration option 'nested triggers' changed from 0 to 1. Run the RECONFIGURE statement to install.