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When using the -mno-bit-align option, the structure would be aligned to a 1-byte boundary and be 1 byte in size -mno-dlmzb: Specifying this option prevents GCC from generating code that uses the string search dlmzb instructions that are otherwise used by default when compiling for the PowerPC 405 and 440 processors -mno-eabi: Specifying this option on SVR4 and embedded PowerPC systems tells GCC not to adhere to the EABI, which is a set of modifications to the System V4 specifications This means that the stack is aligned to a 16-byte boundary, an initialization function is not called from main, and that the -msdata option will only use r13 to point to a single small data area This is the default for all GCC build configurations other than the powerpc*-*-eabi* build targets.

This recipe demonstrates how to rename objects using the sp_rename system-stored procedure. Using this procedure, you can rename table columns, indexes, tables, constraints, and other database objects. The syntax for sp_rename is as follows: sp_rename [ @objname = ] 'object_name' , [ @newname = ] 'new_name' [ , [ @objtype = ] 'object_type' ] The arguments of this system-stored procedure are described in Table 24-1.

This is actually light blue, although the printing process doesn t make that apparent. These are the types of noise you can add to the image: Uniform Gaussian Multiplicative Impulse Laplacian Poisson You add the noise with a command line like this, which adds Gaussian noise: convert +noise Gaussian input.jpg output.jpg Figure 5-10 shows the new image, with the various types of noise applied.

The name of the object to be renamed. The new name of the object. The type of object to rename: column, database, index, object (for renaming a database, you can also use ALTER DATABASE MODIFY NAME, as detailed in 22 s recipe, Renaming a Database ).

-mno-fp-in-toc: Specifying this option tells GCC to generate the same TOC as specified by the -mfull-toc option, but not to store floating-point constants in the TOC This option and the -mno-sum-in-toc option are typically used if you see a linker error indicating that you have overflowed the TOC during final linking -mno-fprnd: Specifying this option prevents GCC from generating the floating-point round to integer instructions that are implemented on the POWER5+ and other PowerPC V203-compliant processors -mno-fused-madd: Specifying this option tells GCC to generate code that does not use the floating-point multiply and accumulate instructions These instructions are generated by default if hardware floating point is used -mno-isel: Specifying this option prevents GCC from generating isel instructions This option replaces the -misel=NO syntax -mno-longcalls: Specifying this option tells GCC not to translate direct calls to indirect calls..

This recipe demonstrates how to rename a table, column, and index: USE AdventureWorks GO -- Add example objects CREATE TABLE HumanResources.InsuranceProvider (InsuranceProviderID int NOT NULL, InsuranceProviderNM varchar(50) NOT NULL ) GO CREATE INDEX ni_InsuranceProvider_InsuranceProviderID ON HumanResources.InsuranceProvider (InsuranceProviderID) -- Rename the table EXEC sp_rename 'HumanResources.InsuranceProvider', 'Provider', 'Object' -- Rename a column EXEC sp_rename 'HumanResources.Provider.InsuranceProviderID', 'ProviderID', 'Column' -- Rename the primary key constraint EXEC sp_rename 'HumanResources.Provider.ni_InsuranceProvider_InsuranceProviderID', 'ni_Provider_ProviderID', 'Index' This returns the following message for each sp_rename execution: Caution: Changing any part of an object name could break scripts and stored procedures.

-mno-mfcrf: Specifying this option prevents GCC from generating the move from condition register field instructions that are implemented on POWER4 and other PowerPC v2.01-compliant processors. -mno-mulhw: Specifying this option tells GCC to generate code that does not use the half-word multiply and multiply-accumulate instructions that are otherwise generated by default when compiling for the PowerPC 405 and 440 processors. -mno-multiple: Specifying this option tells GCC to generate code that does not use the load multiple word instructions or the store multiple word instructions. This option should not be used on little endian systems, with the exception of the 740 and 750 systems. These instructions are generated by default on POWER systems, and are not generated on PowerPC systems. -mno-popcntb: Specifying this option enables GCC to generate the popcount and double-precision floating-point reciprocal estimate instructions that are implemented on the POWER5 and other PowerPC v20.20-compliant processors. -mno-power: Specifying this option prevents GCC from generating code that uses any of the instructions that are specific to the POWER architecture.

This recipe began with you creating a new table called HumanResources.InsuranceProvider with an index on the new table called InsuranceProviderID. After that, the system-stored procedure sp_rename was used to rename the table: EXEC sp_rename 'HumanResources.InsuranceProvider', 'Provider', 'Object'

If you specify both the -mno-power and -mno-powerpc options, GCC will use only the instructions in the common subset of both architectures plus some special AIX common-mode calls, and will not use the MQ register.