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In this example, the mirroring session safety was turned off and then on again by referencing the database name, followed by the new safety mode (either OFF or FULL). With the presence of a witness and the safety on FULL, your database mirroring session will operate in high availability mode. If you aren t using a witness, but safety is still FULL, the database mirroring session is operating in high protection mode. With safety OFF, the database is in asynchronous, high performance mode. See Table 25-3 for a summary of these different modes. Table 25-3. Database Mirroring Operating Modes

-mcypress: Specifying this option (or the -mcpu=cypress option) tells GCC to optimize code for the Cypress CY7C602 chip, as used in the SPARCStation/SPARCServer 3xx series. This is also appropriate for the older SPARCStation 1, 2, IPX, and so on. This is the default. This option is deprecated the more general -mCPU=CPU-type option should be used instead. (This option is not available in the GCC 4.x compilers.) -mfaster-structs: Specifying this option tells GCC to assume that structures should have 8-byte alignment. This enables the use of pairs of ldd and std instructions for copies in structure assignment, instead of twice as many ld and st pairs. However, the use of this changed alignment directly violates the SPARC ABI and is therefore intended only for use on targets where developers acknowledge that their resulting code will not be directly in line with the rules of the ABI. -mflat: Specifying this option tells GCC not to generate save/restore instructions and instead to use a flat, or single-register window, calling convention. This model uses %i7 as the frame pointer and is compatible with code that does not use this calling convention. Regardless of the calling conventions used, the local registers and the input registers (0 5) are still treated as call-saved registers and will be saved on the stack as necessary. -mhard-float | -mfpu: Specifying either of these options tells GCC to generate output containing floating-point instructions. This is the default. -mhard-quad-float: Specifying this option tells GCC to generate output that contains quad-word (long double) floating-point instructions.

Tip As a best practice, use synchronous, high availability mode with mission critical databases. Only use asynchronous, high performance mode for databases where you can easily recover the lost data through other mechanisms or sources. Of the synchronous choices, use a witness server whenever possible (high availability) in order to take advantage of automatic failover.

A failover involves switching the roles of the principal and mirror database, with the mirror copy becoming the principal and the principal becoming the mirror. Existing database connections are broken during the failover, and the connecting application must then connect to the new principal database (and with the new 2005 .NET functionality, the connection string can be database-mirror aware). You can manually set databases participating in a mirroring session to failover in synchronous high performance or high availability modes using the ALTER DATABASE...SET PARTNER FAILOVER command. In this example, a failover is initiated from the principal server (which becomes the mirror server after the operation): USE master GO ALTER DATABASE BookStore SET PARTNER FAILOVER How long the actual failover operation takes depends on the time it takes to roll forward the logged transactions on the mirrored copy. If the database session is running in asynchronous, high performance mode, you cannot initiate a manual failover. Instead, if the principal becomes unavailable, you can either wait for the database to become available again, or you can force the service on the mirror copy. To force the service, use the ALTER DATABASE...SET PARTNER FORCE_SERVICE_ALLOW_DATA_LOSS command. After forcing the service, the mirrored database will roll forward logged transactions (and in asynchronous mode, the principal could have lost some of the transactions in transit prior to the outage). The mirrored database then takes over as the principal.

Note No current SPARC implementations provide hardware support for the quad-word floating-point instructions. They all invoke a trap handler for one of these instructions, where the trap handler then emulates the effect of the instruction. Because of the overhead of the trap handler, this is much slower than calling the ABI library routines. For this reason, the -msoft-quad-float option is the default.

Another type of rotation effect that is quite similar to the radial blur effect is the swirl effect. swirl also rotates the image around the center for a specified number of degrees but does so without the blurring associated with the radial blur transformation. For example, to swirl an image 45 degrees, you use this command line: convert -swirl 45 input.jpg output.jpg Figure 5-22 shows some examples of swirls with differing amounts of rotation.

Force service on a mirrored database only if absolutely necessary as data can be lost from the unavailable principal database.