Lines Matching refs:state
36 * are fairly disjoint and don't share a lot of state. So a coarse grained
48 * data. Mostly these type of operations don't modify the control state. Any
49 * state these operations care about are protected using traditional locks.
125 * R4. However if a MAC client has a lot of global state across all mac end
1162 * and transition it back to registered state.
1170 * as a client) and group is in SHARED state.
1238 * The promiscuity state can change any time. If the caller needs to take
1239 * actions that are atomic with the promiscuity state, then the caller needs
1700 * This is to help out aggr which doesn't really know the internal state that
1740 mac_set_group_state(mac_group_t *grp, mac_group_state_t state)
1743 * If there is no change in the group state, just return.
1745 if (grp->mrg_state == state)
1748 switch (state) {
1789 grp->mrg_state = state;
2181 * They may not necessarily be in the quiesced state in which
3375 mac_prop_info_state_t state;
3497 bzero(&state, sizeof (state));
3500 state.pr_default = default_val;
3501 state.pr_default_size = default_size;
3524 state.pr_range_cur_count = 0;
3525 state.pr_range = range;
3528 (mac_prop_info_handle_t)&state);
3530 if (state.pr_flags & MAC_PROP_INFO_RANGE)
3531 range->mpr_count = state.pr_range_cur_count;
3538 if (state.pr_errno != 0)
3539 return (state.pr_errno);
3541 if (perm != NULL && state.pr_flags & MAC_PROP_INFO_PERM)
3542 *perm = state.pr_perm;
3558 if (range != NULL && !(state.pr_flags &
3564 if (default_val != NULL && !(state.pr_flags &
3998 * from setting the state there is nothing to be
4187 * state to registered.
5707 i_mac_fastpath_state_t *state = arg;
5710 if (state->mf_disable)
5711 state->mf_err = mac_fastpath_disable(mh);
5715 return (state->mf_err == 0 ? MH_WALK_CONTINUE : MH_WALK_TERMINATE);
5879 * Reserve a unused ring by marking it with MR_INUSE state.
6797 * teardown the SRSs and revert the group state. Then, we add the client
7184 * to remove the MAC client, teardown the SRSs and revert the group state.