to the random number generation.
@menu
-* Symmetric cryptography::
+* Encryption algorithms::
* Hash and HMAC functions::
* Random number generation::
@end menu
-@node Symmetric cryptography
-@section Symmetric cryptography
+@node Encryption algorithms
+@section Encryption algorithms
+@cindex encryption algorithms
@cindex symmetric cryptography
The available functions to access symmetric crypto algorithms operations
are the same as the HMAC algorithms.
@showfuncF{gnutls_hash_init,gnutls_hash,gnutls_hash_output,gnutls_hash_deinit,gnutls_hash_get_len,gnutls_hash_fast}
+@showfuncA{gnutls_fingerprint}
@node Random number generation
@section Random number generation
*
* This is the usual way to calculate a fingerprint of an X.509 DER
* encoded certificate. Note however that the fingerprint of an
- * OpenPGP is not just a hash and cannot be calculated with this
+ * OpenPGP certificate is not just a hash and cannot be calculated with this
* function.
*
* Returns: On success, %GNUTLS_E_SUCCESS (0) is returned, otherwise