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In this recipe, a new row was inserted into the Production.Location table. The query began with the INSERT command and the name of the table that will receive the inserted data (the INTO keyword is optional): INSERT Production.Location The next line of code explicitly lists the columns of the destination table that we wish to insert the data into: (Name, CostRate, Availability)

Figure 4-38. Output from montage, having specified a number of output rows but not the number of images in each row

A comma must separate each column. Columns don't need to be listed in the same order as they appear in the base table as long as the order in which you specify the values in the VALUES clause exactly matches the order of the column list. Column lists are not necessary if your INSERT statement provides all values in the same internal physical order as they appear in the table. However, using column lists should be required for your production code, particularly if the base schema undergoes periodic changes. This is because explicitly listing columns allows you to add new columns to the base table without changing the referencing code (assuming the new column has a default value). The next line of code is the VALUES clause, and a comma-separated list of values (expressions) to insert: VALUES ('Wheel Storage', 11.25, 80.00) As I ve noted previously, the values in this list must be provided in the same order as the listed columns, or, if no columns are listed, the same order of the columns in the table.

-mcheck-zero-division: Specifying this option tells GCC to trap on integer division by zero This is the default -mdivide-breaks: Specifying this option tells GCC to check for integer division by zero by generating a break instruction Checking for integer division by zero can be disabled entirely by specifying the -mno-check-zero-division option -mdivide-traps: Specifying this option tells GCC to check for integer division by zero by generating a conditional trap This is only supported on MIPS 2 or later processors This option is the default unless GCC was configured using the --with-divide=breaks option Checking for integer division by zero can be disabled entirely by specifying the -mno-check-zero-division option -mdouble-float: Specifying this option tells GCC to assume that the floating-point coprocessor supports double-precision operations This is the default -mdsp: Specifying this option enables GCC to generate code that uses the MIPS DSP ASE (digital signal processor application-specific extension).

NAME = 'BW4', FILENAME = 'C:\Program Files\Microsoft SQL Server\MSSQL.1\MSSQL\DATA\BW4.NDF' , SIZE = 1MB , MAXSIZE = 50MB, FILEGROWTH = 5MB ) TO FILEGROUP [FG4] GO -- Make a specific filegroup read-only ALTER DATABASE BookWarehouse MODIFY FILEGROUP FG4 READ_ONLY GO -- Allow updates again ALTER DATABASE BookWarehouse MODIFY FILEGROUP FG4 READ_WRITE GO

-membedded-data: Specifying this option tells GCC to allocate variables in the read-only data section first, if possible, then in the small data section, if possible, or finally in the data section This results in slightly slower code than the default, but reduces the amount of RAM required when executing, and thus may be preferred for some embedded systems -membedded-pic: Specifying this option tells GCC to generate PIC code that is suitable for embedded systems All calls are made using PC-relative addresses, and all data is addressed using the $gp register No more than 65,536 (64K) bytes of global data may be used Using this option requires GNU as and GNU ld, which do most of the work This option currently only works on targets that use the ECOFF binary output format It does not work with the ELF binary output format.

This recipe demonstrated changing the updateability of both a database and a specific filegroup. To modify the database, ALTER DATABASE and SET READ_ONLY were used. SET READ_WRITE was used to allow updates again. The last two queries in the recipe updated a specific filegroup, using ALTER DATABASE and MODIFY FILEGROUP to change updateability.