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If the -mfull-toc option is specified, GCC allocates at least one TOC entry for each unique nonautomatic variable reference in a program and will also place floating-point constants in the TOC A maximum of 16,384 entries are available in the TOC The -mfull-toc option is the default -mfused-madd: Specifying this option tells GCC to generate code that uses the floating-point multiply and accumulate instructions These instructions are generated by default if hardware floating point is used -mhard-float: Specifying this option tells GCC to generate code that uses the floating-point register set -minsert-sched-nops=scheme: Specifying this option identifies the scheme that GCC will use for inserting NOOPs during its second scheduling pass.

The noise transformation either removes or adds noise to an image, optionally using different methods to determine what is noise in the image. The most common use for this transform is to smooth out images if they have slight imperfections. This is one example of the noise command: convert -noise 3 input.jpg output.jpg For example, Figure 5-8 shows the effect of the noise command with various numeric arguments.

The DEFAULT keyword allows you to explicitly set a column's default value in an INSERT statement. The DEFAULT VALUES keywords can be used in your INSERT statement to explicitly set all the column's default values (assuming the table is defined with a default on each column). The LocationID column from the Production.Location table, however, is an IDENTITY column (not a defaulted column). An IDENTITY property on a column causes the value in that column to automatically populate with an incrementing numeric value. Because LocationID is an IDENTITY column, an INSERT statement cannot explicitly add its value (unlike with a default). You can, however, explicitly insert values into an IDENTITY column, but only after performing the steps detailed in the next recipe.

Possible values for scheme are NO (doesn t insert NOOPs), NUMBER (inserts NUMBER NOOPs to force costly dependent instructions into separate groups), PAD (pads any dispatch groups that has vacant slots with NOOPs), and REGROUP-EXACT (inserts NOOPs to force costly dependent instructions into separate groups, based on the grouping for the target processor) -misel: Specifying this option enables GCC to generate isel instructions This option replaces the -misel=YES syntax -mlittle | -mlittle-endian: Specifying either of these options on SVR4 or embedded PowerPC systems tells GCC to compile code for the processor in little endian mode --mlongcall: Specifying this option tells GCC to translate direct calls to indirect calls unless it can determine that the target of a direct call is in the 32MB range allowed by the call instruction.

In this recipe, I ll demonstrate how to explicitly insert values into an IDENTITY property column. A column using an IDENTITY property automatically increments, based on a numeric seed value and incrementing value for every row inserted into the table. IDENTITY columns are often used as surrogate keys (a surrogate key is a unique, primary key generated by the database that holds no business-level significance other then to ensure uniqueness within the table). In data load or recovery scenarios, you may find that you need to manually insert explicit values into an IDENTITY column. For example, if a row with the key value of 4 was deleted accidentally, and you need to manually reconstruct that row preserving the original value of 4 with the old business information, you'll need to be able to explicitly insert this value into the table. To explicitly insert a numeric value into a column using an IDENTITY property, you must use the SET IDENITTY_INSERT command. The syntax is as follows: SET IDENTITY_INSERT [ database_name . [ schema_name ] . ] table { ON | OFF } The arguments of this command are described in Table 2-3: Table 2-3. SET IDENTITY_INSERT Command

This can generate slower code on systems whose linker can automatically generate and insert glue code for out-of-range calls, such as the AIX, Darwin, and PowerPC-64 linkers, though the Darwin discards this code if it is unnecessary -mmfcrf: Specifying this option enables GCC to generate the move from condition register field instructions that are implemented on POWER4 and other PowerPC v201-compliant processors -mminimal-toc: Specifying this option modifies the generation of the TOC that is generated for every PPC executable The TOC provides a convenient way of looking up the address/entry point of specific functions This option is a last resort if you see a linker error indicating that you have overflowed the TOC during final linking and have already tried using the -no-fp-in-toc and -mno-sum-in-toc options The -mminimal-toc option causes GCC to make only one TOC entry for every file.

The optional database name, optional schema name, and required table name for which explicit values will be allowed to be inserted into an IDENTITY property column. When set ON, explicit value inserts are allowed. When OFF, explicit value inserts are not allowed.