Cross Reference: /src/sys/dev/marvell/mvxpsec.c

Lines Matching defs:session
185  * Session management interface (OpenCrypto)
195 /* session management */
208 /* session header manegement */
436 	/* Session */
495 Session");
497 	    NULL, device_xname(sc->sc_dev), "Free-Session");
912 	 * make DMA descriptors to copy session header: DRAM -> SRAM
913 	 * we can reuse session header on SRAM if session is not changed.
1005 	/* sync session header */
1009 		/* only debug code touch the session header after newsession */
1371  * constractor of session structure.
1384 	/* Create and load DMA map for session header */
1409  * destractor of session structure.
1454 	/* Create DMA map for session data. */
1489  * allocate new session structure.
1501 	mv_s->refs = 1; /* 0 means session is already invalid */
1508  * deallocate session structure.
1529 		    "%s: session is already deleted.\n", __func__);
1536 		 * a session with refs == 0 is
1542 		    "%s: session is already invalidated.\n", __func__);
1563  * look for session is exist or not
1569 	int session;
1574 	session = MVXPSEC_SESSION(sid);
1575 	if (__predict_false(session > MVXPSEC_MAX_SESSIONS)) {
1576 		log(LOG_ERR, "%s: session number too large %d\n",
1577 		    __func__, session);
1580 	if (__predict_false( (mv_s = sc->sc_sessions[session]) == NULL)) {
1581 		log(LOG_ERR, "%s: invalid session %d\n",
1582 		    __func__, session);
1586 	KASSERT(mv_s->sid == session);
1606 		log(LOG_ERR, "%s: invalid session.\n", __func__);
1857  * Create new opencrypto session
1869 	int session = -1;
1874 	/* allocate driver session context */
1880 	 * lookup opencrypto session table
1895 		session = i;
1896 		hint = session + 1;
1899 	if (session < 0) {
1903 			session = i;
1904 			hint = session + 1;
1907 		if (session < 0) {
1909 			/* session full */
1920 	sc->sc_sessions[session] = mv_s;
1922 	log(LOG_DEBUG, "%s: new session %d allocated\n", __func__, session);
1925 	sid = MVXPSEC_SID(device_unit(sc->sc_dev), session);
1928 	/* setup the session key ... */
1955 			/* create per session IV (compatible with KAME IPsec) */
1992 	    "H/W Crypto session (id:%u) added.\n", session);
1998 	/* sync session header(it's never touched after here) */
2008 	sc->sc_sessions[session] = NULL;
2009 	hint = session;
2013 	    "%s: Failed to add H/W crypto session (id:%u): err=%d\n",
2014 	   __func__, session, err);
2021  * remove opencrypto session
2028 	int session;
2031 	session = MVXPSEC_SESSION(sid);
2032 	KASSERTMSG(session >= 0, "session=%d", session);
2033 	KASSERTMSG(session < MVXPSEC_MAX_SESSIONS, "session=%d max=%d",
2034 	    session, MVXPSEC_MAX_SESSIONS);
2037 	mv_s = sc->sc_sessions[session];
2040 	    "%s: inactivate session %d\n", __func__, session);
2042 	/* inactivate mvxpsec session */
2043 	sc->sc_sessions[session] = NULL;
2053 	    "H/W Crypto session (id: %d) deleted.\n", session);
2062  * process data with existing session
2077 	 * lookup session
2646  * Set initial vector of cipher to the session.
2657 			/* use per session IV (compatible with KAME IPsec) */
2687  * set a encryption or decryption key to the session
2767  * set MAC key to the session
OpenGrok
