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Multilibs are libraries that are built multiple times, each with a different permutation of available machine-specific compiler flags. This makes it easy for GCC to produce output targeted for multiple platforms and to take advantage of different types of optimizations for similar but different platforms by having precompiled versions of libraries targeted for each. Multilibs are typically built when you are using GCC with multiple targets for a given architecture where you need to support different machine-specific flags for various combinations of targets, architectures, subtargets, subarchitectures, CPU variants, special instructions, and so on. You can display any multilibs available on your system by executing the gcc -print-multi-lib command. Multilibs are specified in entries in the compiler specification files that are stored in the install-dir/lib/architecture/ version/specs file associated with each GCC installation.

You can do this with the following command-line option: convert -colors numberofcolors -colorspace space inputjpg outputjpg where space is one of the following: CMYK, GRAY, HSL, HWB, OHTA, Rec601Luma, Rec709Luma, RGB, Transparent, XYZ, YCbCr, YIQ, YPbPr, or YUV Selecting color spaces is a specialist field outside the scope of this book, so you re best off looking into this field more before spending too much effort on manipulating color spaces A good place to start is the Color Space FAQ at http:// wwwfaqsorg/faqs/graphics/colorspace-faq/ While you re manipulating the storage of the pixels within the image, you might want to specify the maximum pixel depth You can do this with the depth command-line option, although it should be noted that the only possible values for the depth are 8 and 16: convert -depth 8 inputjpg outputjpg.

A symmetric key is a less resource-intensive method of encrypting large amounts of data. Unlike certificates or asymmetric keys, a symmetric key both encrypts and decrypts the data with a single internal key. The distinguishing feature of symmetric keys is that the key must be opened for use within a database session, prior to the encrypting or decrypting of data. To create a symmetric key, the CREATE SYMMETRIC KEY command is used. The syntax is as follows: CREATE SYMMETRIC KEY key_name [ AUTHORIZATION owner_name ] WITH KEY_SOURCE = ' pass_phrase ' | ALGORITHM = {DES | TRIPLE_DES | RC2 | RC4 | DESX | AES_128 | AES_192 | AES_256} | IDENTITY_VALUE = ' identity_phrase ' ENCRYPTION BY CERTIFICATE Certificate_Name |

-print-prog-name=PROGRAM: This debugging option causes GCC to display the full pathname of the specified program, which is usually a part of the GNU toolchain.

The arguments of this command are described in Table 19-5. Table 19-5. CREATE SYMMETRIC KEY Arguments

-print-search-dirs: This debugging option causes GCC to print the name of its installation directory and the program and library directories that it will search for mandatory files, and then exit This option is useful when debugging installation problems reported by GCC To resolve installation problems, you can either rebuild GCC correctly, or symlink or move any problematic components into one of the directories specified in the output of this command You can often temporarily hack around installation problems by setting the environment variable GCC_EXEC_PREFIX to the full pathname (with a trailing /) of the directory where missing components are actually installed -Q: This debugging option causes GCC to print the name of each function as it is compiled and print some general statistics about each pass of the compiler.

key_name owner_name pass_phrase DES | TRIPLE_DES | RC2 | RC4 | DESX | AES_128 | AES_192 | AES_256 IDENTITY_VALUE = ' identity_phrase ' ENCRYPTION BY CERTIFICATE Certificate_Name PASSWORD = ' password ' SYMMETRIC KEY Symmetric_Key_Name ASYMMETRIC KEY Asym_Key_Name

-rdynamic: This linker option tells GCC to pass the -export-dynamic flag to the ELF linker on targets that support it, which instructs the linker to add information for all symbols in the code to the dynamic symbol table, not just those that are used -remap: This preprocessor command-line option enables special code in the preprocessor that is designed to work around filename limitations in filesystems, such as the MS-DOS FAT filesystem that only permits short, silly filenames -S: This output option causes GCC to stop after generating the assembler code for any specified input files The assembler file for a given source file has the same name as the source file but has an s extension instead of the original extension of the input source file -s: This linker option causes the linker to remove all symbol table and relocation information from the final executable.

The name of the new symmetric key. If prefixed with a # sign, a temporary key can be created for the current session and user. The database user that owns the key. A passphrase used to derive the symmetric key. The encryption algorithm used to create the key.