FCOE_B2V_2
FCOE_B2V_2((x_f)->frm_hdr->hdr_oxid)); \
FCOE_B2V_2(frm->frm_payload + 2);
FCOE_B2V_2(frm->frm_payload + 4),
FCOE_B2V_2(frm->frm_payload + 6));
els_logi->common_service.fcph_version = FCOE_B2V_2(src +
els_logi->common_service.btob_credit = FCOE_B2V_2(src +
els_logi->common_service.cmn_features = FCOE_B2V_2(src +
els_logi->common_service.rx_bufsize = FCOE_B2V_2(src +
els_logi->common_service.conc_sequences = FCOE_B2V_2(src +
els_logi->common_service.relative_offset = FCOE_B2V_2(src +
els_logi->class_3.class_opt = FCOE_B2V_2(src + offset);
els_logi->class_3.initiator_ctl = FCOE_B2V_2(src + offset);
els_logi->class_3.recipient_ctl = FCOE_B2V_2(src + offset);
els_logi->class_3.rcv_size = FCOE_B2V_2(src + offset);
els_logi->class_3.conc_sequences = FCOE_B2V_2(src + offset);
els_logi->class_3.n_port_e_to_e_credit = FCOE_B2V_2(src +
els_logi->class_3.open_seq_per_xchng = FCOE_B2V_2(src + offset);
(FCOE_B2V_2(src + offset) & BIT_15) ? 1 : 0;
(FCOE_B2V_2(src + offset) & BIT_14) ? 1 : 0;
(FCOE_B2V_2(src + offset) & BIT_13) ? 1 : 0;
(FCOE_B2V_2(src + offset) & 0x0F00) >> 8;
#define FRM_SEQ_CNT(x_frm) (FCOE_B2V_2((x_frm)->frm_hdr->hdr_seq_cnt))
#define FRM_OXID(x_frm) (FCOE_B2V_2((x_frm)->frm_hdr->hdr_oxid))
#define FRM_RXID(x_frm) (FCOE_B2V_2((x_frm)->frm_hdr->hdr_rxid))