Lines Matching refs:key
51 CK_MECHANISM *pMechanism, meta_object_t *key)
112 session->init.key = key;
124 CK_MECHANISM *pMechanism, meta_object_t *key)
161 &mech, key);
244 rv = meta_object_get_clone(key, slotnum, init_session,
341 CK_MECHANISM *pMechanism, meta_object_t *key)
374 key);
418 rv = meta_object_get_clone(key, softtoken_slot_num,
563 session->init.key);
590 session->init.key);
600 session->init.key);
659 * For C_DigestKey, a key is provided and
928 * Generates symmetric (k1=key, k2=null) or asymmetric (k1=pub, k2=priv) keys.
1012 * If this is a keypair operation, the second key cannot be
1024 * the key, it will just not be done.
1043 /* Attempt to generate key on slots until one succeeds. */
1219 * If the key to be wrapped is a token object,
1231 /* Attempt to wrap key on slots until one succeeds. */
1348 * If the the resulting unwrapped key
1366 /* Attempt to unwrap key on slots until one succeeds. */
1471 * parameters. Normally C_DeriveKey takes a single existing key as input,
1472 * and creates a single new key as output. But a few mechanisms take 2 keys
1475 * When an extra input key (basekey2) is set, we set *phBaseKey2 to the clone's
1508 * if the derived key needs to be a token object, can only
1645 * the new key is unused (NULL). Instead, there are 4 keys which