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As described earlier, in SQL Server 2005, objects are contained within schemas and schemas are then owned by a database user or role. Changing a schema s owner no longer means having to rename the objects held within that schema. Aside from schemas, however, other securables on a SQL Server instance still do have direct ownership by either a server or database level principal. For example, schemas have database principal owners (such as database user) and endpoints have server level owners, such as a SQL login. Assuming that the login performing the operation has the appropriate TAKE OWNERSHIP permission, you can use the ALTER AUTHORIZATION command to change the owner of a securable. The syntax for ALTER AUTHORIZATION is as follows: ALTER ON | | :: ] TO AUTHORIZATION [ {Object | Type | XML Schema Collection | Fulltext Catalog | Schema Assembly | Role | Message Type | Contract | Service | Remote Binding | Route | Symmetric Key | Endpoint | Certificate} entity_name { SCHEMA OWNER | principal_name }

This option is enabled at all optimization levels except for -Os, because it can increase code size -ftree-copy-prop: This optimization option tells GCC to perform copy propagation on trees, eliminating unnecessary copies This option is enabled at all optimization levels -ftree-copyrename: This optimization option tells GCC to perform copy renaming on trees and is active at all optimization levels -ftree-dce: This optimization option tells GCC to perform dead-code elimination on trees and is enabled at all optimization levels -ftree-dominator-opts: This optimization option tells GCC to perform a variety of simple scalar cleanups based on a denominator tree traversal, including constant/copy propagation, expression simplification, redundancy elimination, and range propagation, and also performs jump threading, reducing jumps to jumps This option is enabled at all optimization levels -ftree-dse: This optimization option tells GCC to perform dead store elimination on trees, and is enabled at all optimization levels.

The arguments for this command are described in Table 18-19. Table 18-19. ALTER AUTHORIZATION Arguments

-ftree-fre: This optimization option tells GCC to perform full redundancy elimination on trees, which only considers expressions that are computed on all paths to the redundant computation This option is enabled at all optimization levels..

Object | Type | XML Schema Collection | Fulltext Catalog | Schema | Assembly | Role | Message Type | Contract | Service | Remote | Binding | Route | Symmetric Key | Endpoint | Certificate entity_name SCHEMA OWNER | principal_name

-ftree-loop-im: This optimization option tells GCC to perform loop invariant motion on trees, moving the operands of invariant conditions out of loops and moving invariants that would be hard to handle at the RTL level, such as function calls and operations that expand into nontrivial numbers of instructions -ftree-loop-ivcanon: This optimization option tells GCC to create a variable to track the number of loop iterations, which can be useful in subsequent loop unrolling -ftree-loop-linear: This optimization option tells GCC to perform linear loop transformations on trees, which can improve cache performance and enable further loop optimizations -ftree-loop-optimize: This optimization option tells GCC to perform loop optimization on trees and is enabled at all optimization levels -ftree-lrs: This optimization option tells GCC to perform live range splitting in SSA to normal translations and is enabled at all optimization levels.

The name of the securable. The name of the new schema owner, or the name of the database or server principal taking ownership of the securable.

-ftree-pre: This optimization option tells GCC to perform partial redundancy elimination on trees and is enabled at optimization levels 2 and 3 -ftree-salias: This optimization option tells GCC to perform structure alias analysis on trees and is enabled at all optimization levels -ftree-sink: This optimization option tells GCC to perform forward store motion on trees and is enabled at all optimization levels -ftree-sra: This optimization option tells GCC to perform the scalar replacement of aggregates and is enabled at all optimization levels -ftree-store-ccp: This optimization option tells GCC to perform sparse conditional constant propagation on trees and is enabled at all optimization levels -ftree-store-copy-prop: This optimization option tells GCC to perform copy propagation of memory loads and stores and is enabled at optimization levels 2 and 3 -ftree-ter: This optimization option tells GCC to perform temporary expression replacement in SSA to normal translations and is enabled at all optimization levels.

Both JPEG and MPEG (which stands for Moving Picture Experts Group, the group that defined the MPEG video format) images are stored in the YUV color space. With RGB images, the red, green, and blue samples are generally stored in an interlaced manner (although this isn t always the case). YUV color space has three separate sets of image information; the Y stands for luminance, and the U and V are chrominance information. As an example, I recently had to convert some YUV image data from a Web camera into RGB. During that process I ended up generating this test image to help me tell whether my conversion worked, as shown in Figure 3-14.