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GIF doesn t store an alpha channel in the same way as other image formats. Instead, the GIF file nominates a color that is transparent and then treats any occurrences of that color as being 100 percent transparent. You can specify this transparent color for GIF files with ImageMagick using the transparent command-line option. Here s an example of setting blue to transparent in a GIF file: convert -transparent blue input.gif output.gif This will result in any occurrences of the pure blue color being treated as 100 percent transparent when the image is displayed.

In this recipe, I demonstrated dropping a symmetric key from the database. It took a single argument the name of the symmetric key. Keep in mind that if the key was open, the DROP command would fail with an error.

-UNAME: This preprocessor option causes cpp to cancel any previous definition of NAME, regardless of whether it is built in or explicitly defined using the -D option. -undef: This preprocessor option causes cpp not to predefine any system-specific macros. Standard system-independent macros are still defined. -V VERSION: This target-related option causes GCC to attempt to run the specified version of GCC if multiple versions are installed on your system. Using this option can be handy if you have multiple versions of GCC installed on your system. -v: This output option causes GCC to print the commands executed during each stage of compilation, along with the version number of each command.

Certificates can be used to encrypt and decrypt data within the database. A certificate contains a key pair, information about the owner of the certificate, and the valid start and end expiration dates for the certificate in question. A certificate contains both a public and a private key. As you ll see in later recipes, the public key of the certificate is used to encrypt data, and the private key is used to decrypt data. SQL Server can generate its own certificates, or, if you like, you can load one from an external file or assembly. Certificates are more portable than asymmetric keys, because they can be backed up and then loaded from files, whereas asymmetric keys cannot. This means that the same certificate can easily be reused in multiple user databases. Once a certificate is created, certificate encryption and decryption functions can then be used against database data. Both certificates and asymmetric key database objects provide a very secure method for encrypting data. This strong method of encryption comes with a performance cost, however. Encrypting very large data sets with a certificate or asymmetric key may incur too much overhead for your environment. A lower overhead option (but a less secure one as well) is using a symmetric key, which was reviewed earlier. In the next set of recipes I ll demonstrate how to create, manage, and use certificate-based encryption.

--version: This output option tells GCC to display version and build information, and then exit. -W: This diagnostic/warning option is a deprecated synonym for Wextra in GCC 4.x. -Wa,option: This causes GCC to pass option as an option to the assembler. If option contains commas, each comma is interpreted as a separator for multiple options. -Wabi: This option when compiling C++ applications causes GCC to display a warning when it generates code that may not be compatible with the generic C++ ABI. Eliminating warnings of this type typically requires that you modify your code. The most common causes of these warnings are padding related, either when using bit fields or when making assumptions about the length of words or data structures. -Waggregate-return: This diagnostic/warning option elicits a warning if any functions that return structures or unions are defined or called. (It also elicits a warning in languages where you can return an array.) This option is not implied by specifying the -Wall option. -Wall: This diagnostic/warning option activates the majority of GCC s warnings.

To create a new database certificate, the CREATE CERTIFICATE command is used. The abridged syntax for creating a new certificate in the database is as follows: CREATE CERTIFICATE certificate_name [ AUTHORIZATION user_name ] [ ENCRYPTION BY PASSWORD = ' password '] WITH SUBJECT = ' certificate_subject_name ' START_DATE = ' mm/dd/yyyy ' | EXPIRY_DATE = ' mm/dd/yyyy '