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Multiple register ranges can be specified separated by a comma A fixed register is one that the register allocator cannot use This option is useful when compiling kernel code -mgnu-as: Specifying this option tells GCC to generate code for the GNU assembler This is the default -mgnu-ld: Specifying this option tells GCC to generate code for the GNU linker This is the default -milp32: Specifying this option causes GCC to generate code for a 32-bit environment This option is specific to the HP-UX platform -milp64: Specifying this option causes GCC to generate code for a 64-bit environment This option is specific to the HP-UX platform -minline-float-divide-max-throughput: Specifying this option tells GCC to generate code for inline floating-point division using a maximum throughput algorithm -minline-float-divide-min-latency: Specifying this option tells GCC to generate code for inline floating-point division using a minimum latency algorithm.

query at the statement level, so that each statement in a batch of statements can be individually parameterized. The syntax for enabling this option is as follows: ALTER DATABASE database_name SET PARAMETERIZATION { SIMPLE | FORCED } The command takes two arguments: the database name, and the parameterization option. You have two choices with parameterization, SIMPLE (the default) or FORCED. With SIMPLE parameterization (the default value), SQL statements are parameterized for a smaller population of queries (at SQL Server s discretion). Setting parameterization to FORCED increases the population of queries that become parameterized, which can benefit query performance as more query execution plans are created and potentially reused. This recipe demonstrates how to enable this option using ALTER DATABASE, check the value in sys.databases, and then show the results of parameterization using the sys.dm_exec_cached_plans system catalog view and the sys.dm_exec_cached_plans dynamic management function. First, the AdventureWorks database is checked to see if the parameterization option is set to forced: SELECT is_parameterization_forced FROM sys.databases WHERE name = 'AdventureWorks' The results of this query confirm that this option is not enabled: is_parameterization_forced -------------------------0 Next , the parameterization option is changed to FORCED using ALTER DATABASE: ALTER DATABASE AdventureWorks SET PARAMETERIZATION FORCED The change is then confirmed by querying sys.databases: SELECT is_parameterization_forced FROM sys.databases WHERE name = 'AdventureWorks' This returns: is_parameterization_forced -------------------------1 Next, the DBCC FREEPROCCACHE command is used to clear out the procedure cache; in order to demonstrate the use of the FORCED option: -- CAUTION! Don't run this on a production SQL Server instance. -- This clears out the procedure cache and will cause all -- new queries to recompile. DBCC FREEPROCCACHE The following query is then executed: USE AdventureWorks GO

-minline-int-divide-max-throughput: Specifying this option tells GCC to generate code for inline integer division using a maximum throughput algorithm -minline-int-divide-min-latency: Specifying this option tells GCC to generate code for inline integer division using a minimum latency algorithm -minline-sqrt-max-throughput: Specifying this option tells GCC to generate inline code for square root calculations using a maximum throughput algorithm -minline-sqrt-min-latency: Specifying this option tells GCC to generate inline code for square root calculations using a minimum latency algorithm -mlittle-endian: Specifying this option tells GCC to generate code for a little endian target This is the default for AIX 5 and Linux systems using the IA-64 processor -mno-dwarf2-asm: Specifying this option tells GCC not to generate assembler code for DWARF2 line number debugging -mno-early-stop-bits: Specifying this option prevents GCC from putting stop bits in object code anywhere other than immediately preceding the instruction that generated the stop bits.

SELECT ManagerID FROM HumanResources.Employee WHERE EmployeeID BETWEEN 1 AND 2 This returns the following results: ManagerID ----------16 6 Now the sys.dm_exec_cached_plans system catalog view is queried. This view returns information about the query execution plans cached in the SQL Server instance. The view column plan_handle contains an identifier that references the query plan in memory. To view this plan in memory, the query uses the sys.dm_exec_query_plan dynamic management function, which takes the plan_handle as a parameter and returns the execution plan in XML format. This query searches for any reference to EmployeeID from the previous query, for prepared, cached plans: SELECT query_plan FROM sys.dm_exec_cached_plans p CROSS APPLY sys.dm_exec_query_plan(p.plan_handle) WHERE CAST(query_plan as varchar(max)) LIKE '%EmployeeID%' AND objtype = 'Prepared' This returns the following abridged results (I m showing a small fragment of the XML formatted plan): <StmtSimple StatementText="(@0 int,@1 int)select ManagerID from HumanResources . Employee where EmployeeID between @0 and @1" StatementId="1" StatementCompId="1" StatementType="SELECT" StatementSubTreeCost="0.0032842" StatementEstRows="2" StatementOptmLevel="TRIVIAL"> This example of parameterization could have also occurred in the SIMPLE parameterization setting, only the FORCED setting increases the chances that the parameterization will occur. To set the database option back to SIMPLE, ALTER DATABASE is used again: ALTER DATABASE AdventureWorks SET PARAMETERIZATION SIMPLE GO

-mno-gnu-as: Specifying this option tells GCC not to generate code for the GNU assembler, but to assume that assembly will be done using a system assembler..