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Renesas M32C processor family is a family of 32-bit RISC microprocessors designed for embedded systems. M32Cs are typically used in industrial, automotive, and communications systems. GCC options available when compiling code for M32C systems are the following: -mcpu=name: Specifying this option identifies the CPU for which GCC should generate code. Possible values for name are r8c for the R8C/Tiny series, m16c for the M16C (up to /60) series, m32cm for the M16C/80 series, and m32c for the M32C/80 series. -msim: Specifying this option tells GCC that the code that it generates will be run on the simulator. This causes GCC to link in an alternate runtime library that supports capabilities such as file I/O. Do not use this option when generating programs that will run on real hardware; you must provide your own runtime library for any I/O functions that you need. -memregs=number: Specifying this option tells GCC the number of memory-based pseudoregisters that it can use in generated code. This allows you to use more registers than are physically available but trades off the costs of juggling physical registers against the costs of using memory instead of registers. All of the object modules that you link together must be compiled with the same value for this option, which means that you must not use this option with the standard GCC runtime libraries unless you compiled them with the same option.

The initial recovery model when a database is created depends on the recovery mode of the model database. After creating a database, you can always modify the recovery model using ALTER DATABASE and SET RECOVERY. In this recipe, the sys.databases system catalog view was used to check on the recovery model of the AdventureWorks database. Once it was confirmed that it was currently using a SIMPLE model, ALTER DATABASE and SET RECOVERY were used to change the database to FULL mode.

The Renesas M32R processor family is a family of 32-bit RISC microprocessors designed for embedded systems. M32Rs are designed for general industrial and car-mounted systems, digital AV equipment, digital imaging equipment, and portable consumer products. GCC options available when compiling code for M32R systems are the following: -G num: Specifying this option tells GCC to put global and static objects less than or equal to num bytes into the small data or bss sections instead of the normal data or bss sections. The default value of num is 8. The -msdata option must be set to either sdata or use for this option to have any effect.

After changing a database s recovery model, it is a good practice to perform a full backup of your database.

All modules should be compiled with the same -G num value. Compiling with different values of num may or may not work. If it does not, the linker will display an error message and exit.

Disk errors can occur when a data page write to the physical disk is interrupted due to a power failure or other physical issue. SQL Server 2005 has three modes for handling and detecting incomplete I/O transactions caused by disk errors: CHECKSUM, TORN_PAGE_DETECTION, and NONE. The CHECKSUM option (the model database default) writes a checksum value to the data page header based on the contents of the entire data page. If a page is corrupted or partially written, SQL Server will detect a difference between the header and the actual page contents. The TORN_PAGE_DETECTION option (the main option used in previous versions of SQL Server) detects data page issues by reversing a bit for each 512-byte sector of the data page. When a bit is in the incorrect state when read by SQL Server, a torn page is identified. When NONE is selected, neither CHECKSUM nor TORN_PAGE_DETECTION handling is used in allocating new data pages nor identified by SQL Server during a read. Unless you have a good reason for doing so (such as a requirement for unfettered query performance for a benchmark test, for example), keeping the default option of CHECKSUM is a good idea. Although CHECKSUM has more overhead than TORN_PAGE_DETECTION, it is also more comprehensive in its ability to identify data page errors. The syntax for setting the page verification mode is as follows: ALTER DATABASE database_name SET PAGE_VERIFY { CHECKSUM | TORN_PAGE_DETECTION | NONE }

-m32r: Specifying this option tells GCC to generate code for the generic M32R. This is the default. -m32r2: Specifying this option tells GCC to generate code for the M32R/2 processor. -m32rx: Specifying this option tells GCC to generate code for the M32R/X processor. -malign-loops: Specifying this option causes GCC to align all loops to a 32-byte boundary. This option is disabled by default. -mbranch-cost=number: Specifying this option tells GCC how to value branches when generating code. If number is 1, branches will be preferred over conditional code. If number is 2, conditional code will be preferred over branches.