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Microsoft has greatly expanded the number of permissions that can be managed in SQL Server 2005. These permissions apply to SQL Server objects within the three securable scopes (server, database, and schema). SQL Server 2005 uses a set of common permission names that are applied to different securables (and at different scopes), and imply different levels of authorization against a securable. Table 18-1 shows those permissions that are used for multiple securables (however this isn t the exhaustive list). Table 18-1. Major Permissions

-falign-functions | -falign-functions=n: These optimization options cause GCC to align the start of functions to a machine-specific value (when n is not specified) or the next power-of-two boundary greater than n, skipping up to n bytes Specifying -falign-functions=1 is equivalent to specifying -fno-align-functions, meaning that functions will not be aligned..

Enables the grantee the use of ALTER, CREATE, or DROP commands for the securable. For example, using ALTER TABLE requires ALTER permissions on that specific table. Enables the grantee to be trusted across database or SQL Server scopes. Enables a grantee the permission to connect to a SQL Server resources (such as an endpoint, or the SQL Server instance). Enables all available permissions on the specific securable to the grantee, as well as any nested or implied permissions within (so if you CONTROL a schema, for example, you also control any tables, views, or other database objects within that schema). Enables the grantee to create a securable (which can be at the server, database, or schema scope). Enables the grantee to impersonate another principal (login or user). For example, using the EXECUTE AS command for a login requires IMPERSONATE permissions. I demonstrated using EXECUTE AS in 10 s recipe, Using EXECUTE AS to Specify the Procedure s Security Context. In this chapter, I ll also go over how to use EXECUTE AS to set your security context outside of a module. Enables the grantee to take ownership of a granted securable. Enables the grantee to see system metadata regarding a specific securable.

-falign-jumps | -falign-jumps=n: These optimization options cause GCC to align branch targets to a machine-specific value (when n is not specified) or to the next power-of-two boundary, skipping up to n bytes Specifying -falign-jump=1 is equivalent to specifying -fno-align-jumps, meaning that jumps will not be aligned -falign-labels | -falign-labels=n: These optimization options cause GCC to align all branch targets to a machine-specific value (when n is not specified) or to the next power-of-two boundary, skipping up to n bytes Specifying this option causes GCC to insert dummy options in output code to cause the requested alignment Specifying -falign-labels=1 is equivalent to specifying -fno-align-labels, meaning that labels will not be aligned If -falign-loops or -falign-jumps are given and their machine-specific or specified values are greater than the value requested by this option, their values are used instead.

To report available permissions in SQL Server 2005, as well as view that specific permission s place in the permission hierarchy, use the sys.fn_builtin_permissions system catalog table function. The syntax is as follows: Sys.fn_builtin_permissions ( [ DEFAULT | NULL | empty_string | APPLICATION ROLE | ASSEMBLY | ASYMMETRIC KEY | CERTIFICATE | CONTRACT | DATABASE | ENDPOINT | FULLTEXT CATALOG| LOGIN | MESSAGE TYPE | OBJECT | REMOTE SERVICE BINDING | ROLE | ROUTE | SCHEMA | SERVER | SERVICE | SYMMETRIC KEY | TYPE | USER | XML SCHEMA COLLECTION ) The arguments of this command are described in Table 18-2.

Designating any of these first three arguments results in all permissions being listed in the result set. Specify any one of these securable types in order to return permissions for that type.

-falign-loops | -falign-loops=n: These optimization options cause GCC to align loop targets to a machine-specific value (when n is not specified) or to the next power-of-two boundary, skipping up to n bytes Specifying -falign-loops=1 is equivalent to specifying -fno-align-loops, meaning that loops will not be aligned -fallow-single-precision: This option, when compiling C applications, specifies not to promote single precision math operations to double precision (the K&R C default), even if -traditional is specified Using this option may provide performance optimizations on certain architectures This option has no effect when compiling with ISO or GNU C conventions -falt-external-templates: This deprecated option for C++ compilation generates template instances based on where they are first instantiated This option is similar to -fexternal-templates -fargument-alias | -fargument-noalias | -fargument-noalias-global: These code generation options specify the possible relationships among parameters and between parameters and global data.