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-msse: Specifying this option enables the use of built-in functions that allow direct access to the SSE extensions of the instruction set -msse2: Specifying this option enables the use of built-in functions that allow direct access to the SSE2 extensions of the instruction set -msselibm: Specifying this option causes GCC to use special versions of certain math library (libm) options that come with an SSE ABI implementation This option is useful with the -mfpmath=sse option to avoid moving values between SSE registers and the i387 floating-point stack -msseregparm: Specifying this option causes GCC to use the SSE register passing conventions for floating-point and double arguments and return values If you use this option, all object code and libraries that will be linked or used together must also be compiled with this option -msvr3-shlib: Specifying this option tells GCC to place uninitialized local variables in the bss segment.

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Creating a user-defined database with a default collation different from the SQL Server instance default (system database), can cause collation conflicts (cross-collation data cannot be converted or joined in a query). For example, the tempdb system database uses the same collation as the model database, which may cause temporary table data operations to fail in conjunction with a different collation. Always test cross-collation operations thoroughly.

This option is only meaningful on System V Release 3 (SVR3) systems -mthreads: Specifying this option tells GCC to support thread-safe exception handling on Mingw32 platforms Code that relies on thread-safe exception handling must compile and link all code with this option When compiling, specifying the -mthreads option sets the -D_MT symbol When linking, specifying this option links in a special thread helper library (equivalent to the -lmingwthrd option) that cleans up per-thread exception-handling data -mtls-direct-seg-refs: Specifying this option enables GCC to access thread-local storage variables through offsets from the TLS segment, without adding the thread base pointer Whether or not this is valid depends on whether the operating system that you are compiling for maps the TLS segment to cover the entire TLS area This option is active by default when using Glibc.

In 9 I discussed how to create and use Transact-SQL cursors. SQL Server 2005 has two database options that control the behavior of Transact-SQL cursors, as you can see in Table 22-9. Table 22-9. Cursor Options

-mtune=CPU-type: Specifying this option tells GCC to generate object code that is tuned to and scheduled for the specified CPU-type, with the exception of the ABI and the set of available instructions (The instruction set is selected using the -march=CPU-type option) Possible values for CPU-type are the following (organized alphabetically): athlon, athlon-tbird: AMD Athlon CPUs with MMX, 3DNow, enhanced 3DNow, and SSE prefetch instruction set support athlon-4, athlon-xp, athlon-mp: Improved AMD Athlon CPUs with MMX, 3DNow, enhanced 3DNow, and full SSE instruction set support c3: VIA C3 CPU with MMX and 3DNow instruction set support c3-2: VIA C3-2 CPU with MMX and SSE instruction set support generic: IA32/AMD64/EM64T processors You should only use this option if you do not know the specific CPU-type on which people will be running your code.

CURSOR_CLOSE_ON_COMMIT CURSOR_DEFAULT { LOCAL | GLOBAL }

When enabled, Transact-SQL cursors automatically close once a transaction is committed. If CURSOR_DEFAULT LOCAL is enabled, cursors created without explicitly setting scope as GLOBAL will default to local access. If CURSOR_DEFAULT GLOBAL is enabled, cursors created without explicitly setting scope as LOCAL will default to GLOBAL access.