OBJ_DD
if ((obj_type != OBJ_DD) && (obj_type != OBJ_DDS)) {
if (obj_type == OBJ_DD) {
lc.type = OBJ_DD;
lc2.type = OBJ_DD;
return (i_get_dd_dds_op(req, doc, OBJ_DD));
htab_t *htab = cache_get_htab(OBJ_DD);
SET_UID_LCP(&lc, OBJ_DD, 0);
lc.type = OBJ_DD;
SET_UID_LCP(&lc2, OBJ_DD, 0);
SET_UID_LCP(&lc2, OBJ_DD, 0);
lc.type = OBJ_DD;
if ((lc_type != OBJ_DD) && (lc_type != OBJ_DDS)) {
ret = (lc_type == OBJ_DD) ?
ret = (lc_type == OBJ_DD) ? ERR_MATCHING_DD_NOT_FOUND :
n_node = (lc_type == OBJ_DD) ?
if ((lc_type != OBJ_DD) && (lc_type != OBJ_DDS)) {
if (lc_type == OBJ_DD) {
lc2.type = OBJ_DD;
((lc_type == OBJ_DD) ?
ret = (lc_type == OBJ_DD) ?
ret = (lc_type == OBJ_DD) ? ERR_MATCHING_DD_NOT_FOUND :
if (lc_type == OBJ_DD) {
if ((lc_type != OBJ_DD) && (lc_type != OBJ_DDS)) {
if (lc_type == OBJ_DD) {
lc2.type = OBJ_DD;
if (lc_type == OBJ_DD) {
ret = (lc_type == OBJ_DD) ? ERR_MATCHING_DD_NOT_FOUND :
if (lc_type == OBJ_DD) {
if ((lc_type != OBJ_DD) && (lc_type != OBJ_DDS)) {
ret = (lc_type == OBJ_DD) ?
ret = (lc_type == OBJ_DD) ? ERR_MATCHING_DD_NOT_FOUND :
n_node = (lc_type == OBJ_DD) ?
if ((lc_type != OBJ_DD) && (lc_type != OBJ_DDS)) {
ret = (lc_type == OBJ_DD) ?
ret = (lc_type == OBJ_DD) ? ERR_MATCHING_DD_NOT_FOUND :
n_node = (lc_type == OBJ_DD) ?
if ((lc_type != OBJ_DD) && (lc_type != OBJ_DDS)) {
if ((lc_type != OBJ_DD) && (lc_type != OBJ_DDS)) {
ret = (lc_type == OBJ_DD) ?
n_node = (lc_type == OBJ_DD) ?
type = OBJ_DD;
if (obj_type == OBJ_DD) {
if (obj_type == OBJ_DD) {
return (i_enumerate_dd_dds_info(p1, p2, OBJ_DD));
case OBJ_DD:
matrix = cache_get_matrix(OBJ_DD);
matrix_t *matrix = cache_get_matrix(OBJ_DD);
if (type == OBJ_DD) {
ec = create_ds_object(OBJ_DD, dd_p,
return (create_ds_object(OBJ_DD, dd_p,
return (update_ds_name(OBJ_DD, uid, ISNS_DD_NAME_ATTR_ID, len, name));
return (update_ds_uint32(OBJ_DD, uid,
SET_UID_LCP(&lc, OBJ_DD, dd_id);
matrix = cache_get_matrix(OBJ_DD);
SET_UID_LCP(&lc, OBJ_DD, uid);
obj = obj_calloc(OBJ_DD);
SET_UID_LCP(&lc, OBJ_DD, m_id);
matrix = cache_get_matrix(OBJ_DD);
matrix_t *matrix = cache_get_matrix(OBJ_DD);
matrix_t *matrix = cache_get_matrix(OBJ_DD);
dd_matrix = cache_get_matrix(OBJ_DD);
case OBJ_DD:
uint32_t uid = obj->attrs[UID_ATTR_INDEX[OBJ_DD]].value.ui;
cache_dump_htab(OBJ_DD);
SET_UID_LCP(&lc, OBJ_DD, 0);
lcp->type = OBJ_DD;
(TLV)->attr_id >= FIRST_TAG_DD ? OBJ_DD : \
#define ASSOC_ISCSI_PARENT_TYPE (OBJ_DD)
lc.type = OBJ_DD;
if (src->type == OBJ_DD || src->type == OBJ_DDS) {
c->t[OBJ_DD] = t;
static const adjvex_t v_i2d = { &qry_i2d, OBJ_DD, NULL };
static const adjvex_t v_s2d = { &qry_ds2m, OBJ_DD, NULL };
static const adjvex_t v_i2s = { &qry_i2d, OBJ_DD, &v_d2s };
static const adjvex_t v_s2e = { &qry_ds2m, OBJ_DD, &v_d2e };
static const adjvex_t v_s2i = { &qry_ds2m, OBJ_DD, &v_d2i };
static const adjvex_t v_s2p = { &qry_ds2m, OBJ_DD, &v_d2p };
static const adjvex_t v_s2g = { &qry_ds2m, OBJ_DD, &v_d2g };
ec = (type == OBJ_DD) ?
{ -1, 0, OBJ_DD, NULL, 0 },