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The EncryptByKey function requires the key GUID of the symmetric key to encrypt your data. The symmetric key GUID can be retrieved by passing the name of the key to the Key_GUID function. The plain_text passed into the function is char, varchar, nchar, nvarchar, binary, or varbinary data. The return value of EncryptByKey is varbinary(8000). Block mode ciphers on SQL Server, like Triple DES and AES, automatically use an encryption mode known as Cipher Block Chaining (CBC) mode and random initialization vectors (IVs) to further obfuscate your encrypted data. In addition, the EncryptByKey function also accepts an optional authenticator value to help defeat whole-value substitutions of your data. The authenticator value passed in is a sysname, which is synonymous with nvarchar(128). When an authenticator value is provided, it is encrypted together with the plain text to even further obfuscate your data. The authenticator value can be used to tie your encrypted data to a specific row. If you do use an authenticator, the add_authenticator parameter to EncryptByKey must be set to 1. The DecryptByKey function accepts your encrypted data as a varbinary(8000), and returns the decrypted plain text as a varbinary(8000). If your original data was varchar or nvarchar, then you will need to CAST or CONVERT the result back to its original datatype. If you used an authenticator value when you encrypted the plain text, you must supply the same authenticator value to decrypt your cipher text. Note that you don t need to supply the Key_GUID when you call DecryptByKey. This is because SQL Server stores the key GUID with the encrypted data during the encryption process.

// Ensure library/ is on include_path set_include_path(implode(PATH_SEPARATOR, array( realpath(APPLICATION_PATH . '/../library'), get_include_path(), ))); /** Zend_Application */ require_once 'Zend/Application.php'; // Create application, bootstrap, and run $application = new Zend_Application( APPLICATION_ENV, APPLICATION_PATH . '/configs/application.ini' ); $application->bootstrap(); // now create the service $server = new Zend_Rest_Server(); $server->setClass('CMS_Api'); $server->handle();

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Usage bu [OPTIONS] The -a [+-]N option sets the period from which to select files The default -1 selects files modified within the last day; -7 archives files modified in the last week; +365 selects files more than one year old A different configuration file can be selected with -c /path/to/file, and a different set of directories can be archived by listing them in a file and calling bu with -d /path/ to/file The -a and -d options override anything specified in the configuration file Use this to back up all files in $HOME/work that have been modified in the last 30 days: $ echo "$HOME/work" > $HOME/bu-list $ bu -a -30 -d $HOME/bu-list.

SQL Server provides some encryption features that further obfuscate your encrypted cipher text. CBC mode masks each block of plain text with the previously encrypted block of encrypted cipher text before encrypting it. This makes all blocks of encrypted cipher text dependent on all previous blocks, so your data is even more sensitive to even the slightest change or corruption, further mixing up your encrypted text. Because the first block of encrypted text doesn t have a previous block that it can be masked with, SQL Server generates a random IV. The random IV is used to mask the first block of plain text before encryption. The random IV helps obfuscate your cipher text, but also prevents you from creating a usable index on your encrypted data. Because the IV is randomly generated, encrypting the same data with the same key twice will not generate the same result. While the random IV helps to better protect your data, it can make searching on your encrypted data much less efficient. Block encryption algorithms produce cipher text results with a length that is a multiple of their block size. For 64-bit block algorithms like DES, the cipher text length must be a multiple of 8 bytes. 128-bit algorithms like AES produce cipher text with a length that is a multiple of 16 bytes. The problem is that not all plain text you want to encrypt is going to be a multiple of the cipher block length. SQL Server automatically pads your plain text before it encrypts it with a block cipher, ensuring that the length of the cipher text result will always be a multiple of the cipher block size.

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