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-mlong-calls: Specifying this option causes the GCC compilers to use indirect addressing to call functions outside the current compilation unit, which enables functions to be placed anywhere within the 32-bit address space -mmedia: Specifying this option enables the GCC compilers to use media instructions -mmuladd: Specifying this option causes the GCC compilers to use the multiply and add/subtract instructions -mmulti-cond-exec: Specifying this option causes the GCC compilers to optimize the && and || operations in conditional execution and is active by default This option is primarily used for debugging the compiler itself and may be removed in future versions of GCC -mnested-cond-exec: Specifying this option causes the GCC compilers to enable nested conditional execution optimizations and is active by default This option is primarily used for debugging the compiler itself and may be removed in future versions of GCC.

This recipe demonstrates taking the AdventureWorks into a SINGLE_USER mode, rolling back any open transactions, and then putting the database back into MULTI_USER mode: SELECT user_access_desc FROM sys.databases WHERE name = 'AdventureWorks' ALTER DATABASE AdventureWorks SET SINGLE_USER WITH ROLLBACK IMMEDIATE SELECT user_access_desc FROM sys.databases WHERE name = 'AdventureWorks' ALTER DATABASE AdventureWorks SET MULTI_USER SELECT user_access_desc FROM sys.databases WHERE name = 'AdventureWorks' This returns:

-mno-cond-exec: Specifying this option prevents the GCC compilers from using conditional execution This option is primarily used for debugging the compiler itself and may be removed in future versions of GCC -mno-cond-move: Specifying this option prevents the GCC compilers from using conditional-move instructions This option is primarily used for debugging the compiler itself and may be removed in future versions of GCC -mno-double: Specifying this option prevents the GCC compilers from using double-word floating-point instructions -mno-dword: Specifying this option prevents the GCC compilers from using double-word instructions -mno-eflags: Specifying this option prevents the GCC compilers from marking ABI switches in e_flags -mno-media: Specifying this option prevents the GCC compilers from using media instructions -mno-muladd: Specifying this option prevents the GCC compilers from using multiply and add/subtract instructions -mno-multi-cond-exec: Specifying this option prevents the GCC compilers from optimizing the && and || operations in conditional execution.

user_access_desc -----------------------------------------------------------MULTI_USER (1 row(s) affected) user_access_desc -----------------------------------------------------------SINGLE_USER (1 row(s) affected) user_access_desc -----------------------------------------------------------MULTI_USER (1 row(s) affected)

In this recipe, the system catalog view sys.databases was queried to check the current user access mode. The database was then changed to SINGLE_USER mode, and included a termination of all open transactions in other database user sessions: ALTER DATABASE AdventureWorks SET SINGLE_USER WITH ROLLBACK IMMEDIATE The user access mode was then checked again via sys.databases, and the database was changed back to MULTI_USER: ALTER DATABASE AdventureWorks SET MULTI_USER After that, the access mode was checked again via sys.databases: SELECT user_access_desc FROM sys.databases WHERE name = 'AdventureWorks' It is important to note that canceling open transactions in this manner may cause issues in your application, depending on how your application handles incomplete processes. When possible, try to change user access during periods of inactivity or when no transactions are active. You need to set the database to SINGLE_USER for certain operations, such as for the READ_ONLY and READ_WRITE options. Another reason to close all current user connections may be, for example, to put in an emergency object fix without having to deal with blocking or errors from the calling application.

This option is primarily used for debugging the compiler itself and may be removed in future versions of GCC..

In this recipe, I demonstrate how to change the name of an existing database using ALTER DATABASE. The syntax is as follows: ALTER DATABASE database_name MODIFY NAME = new_database_name The two arguments for this command include the original database name and the new database name.

-mno-nested-cond-exec: Specifying this option prevents the GCC compilers from optimizing nested conditional execution This option is primarily used for debugging the compiler itself and may be removed in future versions of GCC -mno-optimize-membar: Specifying this option prevents the GCC compilers from automatically removing redundant membar instructions from the code that they generate -mno-pack: Specifying this option prevents the GCC compilers from packing VLIW instructions -mno-scc: Specifying this option prevents the GCC compilers from using conditional set instructions This option is primarily used for debugging the compiler itself and may be removed in future versions of GCC -mno-vliw-branch: Specifying this option prevents the GCC compilers from running a pass to pack branches into VLIW instructions This option is primarily used for debugging the compiler itself and may be removed in future versions of GCC.

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