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A common C language term, lvalues, is a reference to objects that are addressable and can be examined, but may or may not be assignable. In ISO C99, arrays that are not lvalues still decay to pointers and can therefore be subscripted, though they cannot be modified or used after the next sequence point, and the unary & operator cannot be applied to them. (A sequence point is a point in a program s execution where all statements whose order of evaluation is potentially ambiguous have been resolved. The simplest example of a sequence point is the semicolon that terminates any combination of C statements.) Non-lvalue arrays are therefore arrays whose existence has been declared but to which explicit values have not been assigned. As an extension, GCC s C compiler allows non-lvalue arrays to be subscripted in C89 mode. For example, the following code is valid in GNU C but not in C89: #include <stdio.h> struct foo { int a[4]; }; struct foo f(); bar(int index) { return f().a[index]; }

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This recipe demonstrated removing encryption of the Database Master Key by the Service Master Key using the ALTER MASTER KEY command: ALTER MASTER KEY DROP ENCRYPTION BY SERVICE MASTER KEY Once this is done, any modification of the Database Master Key requires password access using OPEN MASTER KEY. This was used in order to reapply encryption by the Service Master Key: OPEN MASTER KEY DECRYPTION BY PASSWORD = '641076B0' The ALTER MASTER KEY was used then to add Service Master Key encryption back again: ALTER MASTER KEY ADD ENCRYPTION BY SERVICE MASTER KEY After finishing the ALTER MASTER KEY operation, the Database Master Key was closed: CLOSE MASTER KEY

Being able to reference arrays whose elements may not have values simplifies coding, but can introduce subtle, data-dependent bugs in your code.

An asymmetric key contains a database-side internal public and private key, which can be used to encrypt and decrypt data in the SQL Server 2005 database. Asymmetric keys can be imported from an external file or assembly, and can also be generated within the SQL Server 2005 database. Unlike a certificate (which is discussed later in the chapter), asymmetric keys cannot be backed up to a file. This means that if an asymmetric key is created within SQL Server 2005, there isn t an easy mechanism for reusing that same key in other user databases. Asymmetric keys are a highly secure option for data encryption, but they also require more SQL Server resources when in use. In the next set of recipes, I ll demonstrate how to create, manage, and use asymmetric key encryption.

GNU C supports adding and subtracting pointer values on pointers to void and on pointers to functions. GCC implements this feature by assuming that the size of a void or a function is 1. As a consequence, sizeof also works on void and function types, returning 1. The option -Wpointer-arith enables warnings if these extensions are used.

In this recipe, I ll demonstrate creating an asymmetric key, which will then be used for encrypting and decrypting data. The syntax for creating an asymmetric key is as follows:

GNU C does not require the elements of an aggregate initializer for automatic variables to be constant expressions. This is the same behavior permitted by both standard C++ and ISO C99. An initializer with elements that vary at runtime might resemble the following code: float f(float f, float g) { float beats [2] = { f-g, f+g }; /* function body here */ return beats[1]; }

CREATE ASYMMETRIC KEY Asym_Key_Name [ AUTHORIZATION database_principal_name ] { FROM {FILE = ' path_to_strong_name_file | EXECUTABLE FILE = ' path_to_executable_file ' | ASSEMBLY Assembly_Name} | WITH ALGORITHM = { RSA_512 | RSA_1024 | RSA_2048 } } ENCRYPTION BY PASSWORD = ' password ' The arguments of this command are described in Table 19-2. Table 19-2. CREATE ASYMMETRIC KEY Arguments