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Some of the backward-compatibility features activated by this option are the following: Older function call sequence is acceptable; parameter types can be defined outside the parentheses that delimit the parameters but before the initial bracket for the function body All automatic variables not declared using the register keyword are preserved by the longjmp function In ISO C, any automatic variables not declared as volatile have undefined values after a return All extern declarations are global even if they occur inside a function definition This includes implicit function declarations Newer keywords such as typeof, inline, signed, const, and volatile are not recognized Alternative keywords such as __typeof__, __inline__, and so on, can still be used Comparisons between pointers and integers are always allowed Integer types unsigned short and unsigned char are always promoted to unsigned int Floating-point literals that are out of range for that datatype are not an error.

In this recipe, I demonstrated how to encrypt data using EncryptByKey and decrypt it using DecryptByKey. Before using the function, the symmetric key first had to be opened. The first line of OPEN SYMMETRIC KEY referenced the symmetric key name: OPEN SYMMETRIC KEY sym_BookStore The second line included the password used to access the symmetric key for use: DECRYPTION BY PASSWORD = 'hushhush!123' A new row was then inserted, with an encrypted value using EncryptByKey. The first argument used the Key_GUID function to return the system ID of the symmetric key to be used. The second argument was the text to be encrypted by the symmetric key: ... EncryptByKey(Key_GUID('sym_BookStore '), 'Mount Marie')) The key was then closed after finishing the encryption, referencing the symmetric key for the argument: CLOSE SYMMETRIC KEY sym_BookStore To decrypt the data, the symmetric key was reopened: OPEN SYMMETRIC KEY sym_BookStore DECRYPTION BY PASSWORD = 'hushhush!123' The DecryptByKey function was used, taking just the table column where the encrypted data was stored as an argument: SELECT CAST(DecryptByKey(PasswordHintAnswer) as varchar(200)) PasswordHintAnswer FROM dbo.PasswordHint WHERE CustomerID = 23 After returning the decrypted data, the symmetric key was then closed: CLOSE SYMMETRIC KEY sym_BookStore Encrypting data using an authenticator was also demonstrated. In the example, the third parameter was a flag indicating that an authenticator value would be used (1 for True ), followed by the column authenticator (LoginID): EncryptByKey(Key_GUID('sym_BookStore'), Password, 1, CAST(LoginID as varbinary) The LoginID was converted to varbinary prior to being included in the encrypted data. Using an authenticator further secures the encrypted data. However if the accompanying authenticator LoginID value was changed for the specific row, the encrypted data can no longer be decrypted with the modified LoginID value.

String constants are stored in writable space and are therefore not necessarily constant The character escape sequences \x and \a evaluate as the literal characters x and a, rather than being a prefix for the hexadecimal representation of a character and a bell, respectively -traditional-cpp: This option when compiling C applications causes GCC to modify the behavior of its internal preprocessor to make it more similar to the behavior of traditional C preprocessors See the GNU CPP manual for details (http://gccgnuorg/onlinedocs/cpp) -trigraphs: This option while compiling a C application causes GCC to support ISO C trigraphs The character set used in C source code is the 7 bit ASCII character set, which is a superset of a superset of the ISO 646-1983 Invariant Code Set Trigraphs are sequences of three characters (introduced by two question marks) that the compiler replaces with their corresponding punctuation characters.

In the example, the symmetric key was opened, and the DecryptByKey function was used, including the encrypted column in the first argument, authenticator flag in the second argument, and the authenticator column in the third argument (CAST as a varbinary data type): SELECT LoginID, CAST(DecryptByKey(Password, 1, CAST(LoginID as varbinary)) as varchar(30)) Password FROM dbo.BookSellerLogins After returning the decrypted data, the symmetric key was then closed.

Specifying the -trigraphs option enables C source files to be written using only characters in the ISO Invariant Code Set by providing an ISO-compliant way of representing punctuation or international characters for which there is no convenient graphical representation on the development system The -ansi option implies the -trigraphs option because it enforces strict conformance to the ISO C standard The nine standard trigraphs and their replacements are the following: Trigraph: Replacement: ( [ ) ] < { > } = # / \ ' ^ ! | ~.

You can remove a symmetric key from the database by using the DROP SYMMETRIC KEY command, which takes the name of the symmetric key as its single argument. For example: DROP SYMMETRIC KEY sym_BookStore