vxxlor $xv6 ,$xb6,$xb6 # save vr23, so we get 8 regs
vxxlor $xv7 ,$xb7,$xb7 # save vr23, so we get 8 regs
- be?vxxlorc $beperm,$xv26,$xv26 # copy back the the beperm.
+ be?vxxlorc $beperm,$xv26,$xv26 # copy back the beperm.
vxxlorc @K[0],$xv0,$xv0 #27
vxxlorc @K[1],$xv1,$xv1 #24
There are only really two ways to handle this:
- **RFC conformant mode.** `SSL_shutdown` only indicates that shutdown is
- complete once the the entire connection closure process is complete.
+ complete once the entire connection closure process is complete.
This process consists of the Closing and Draining states. In some cases the
Closing state may last only briefly, namely if the peer chooses to respond to
* which is used in a subsequent call to |release_record|. The buffer must
* remain available until release_record is called.
*
- * Internally the the OSSL_RECORD_METHOD the implementation may read/process
+ * Internally the OSSL_RECORD_METHOD the implementation may read/process
* multiple records in one go and buffer them.
*/
int (*read_record)(OSSL_RECORD_LAYER *rl, void **rechandle, int *rversion,
Send a Key Update message. TLSv1.3 only. This command takes an optional
argument. If the argument "req" is supplied then the peer is also requested to
-update its keys. Otherwise if "noreq" is supplied the the peer is not requested
+update its keys. Otherwise if "noreq" is supplied the peer is not requested
to update its keys. The default is "req".
=item B<reneg>
the authentication operation has failed and any output data B<MUST NOT>
be used as it is corrupted.
-The API does not store the the SIV (Synthetic Initialization Vector) in
+The API does not store the SIV (Synthetic Initialization Vector) in
the cipher text. Instead, it is stored as the tag within the EVP_CIPHER_CTX.
The SIV must be retrieved from the context after encryption, and set into
the context before decryption.
L<RAND_set_DRBG_type(3)> call before accessing the random number generation
infrastructure.
-The two set functions, operate on the the current thread. If you want to
+The two set functions, operate on the current thread. If you want to
use the same random number generator across all threads, each thread
must individually call the set functions.
Use of low-level digest functions such as L<SHA1_Init(3)> have been
informally discouraged from use for a long time. Applications should instead
-use the the high level EVP APIs L<EVP_DigestInit_ex(3)>, L<EVP_DigestUpdate(3)>
+use the high level EVP APIs L<EVP_DigestInit_ex(3)>, L<EVP_DigestUpdate(3)>
and L<EVP_DigestFinal_ex(3)>, or the quick one-shot L<EVP_Q_digest(3)>.
Note that the functions L<SHA1(3)>, L<SHA224(3)>, L<SHA256(3)>, L<SHA384(3)>
* single pollable currently. In the future, once complete polling
* infrastructure has been implemented, this limitation can be removed.
*
- * For now, just update the descriptor on the the engine's reactor as we are
+ * For now, just update the descriptor on the engine's reactor as we are
* guaranteed to be the only port under it.
*/
if (for_write)