void
vr_interface_req_process(void *s)
{
char name[50];
vr_interface_req *req = (vr_interface_req *)s;
if (add_set)
vr_ifindex = req->vifr_idx;
if (!get_set && !list_set)
return;
printf("vif%d/%d\tOS: %s", req->vifr_rid, req->vifr_idx,
req->vifr_os_idx ? if_indextoname(req->vifr_os_idx, name): "NULL");
if (req->vifr_speed >= 0) {
printf(" (Speed %d,", req->vifr_speed);
if (req->vifr_duplex >= 0)
printf(" Duplex %d", req->vifr_duplex);
printf(")");
}
printf("\n");
printf("\tType:%s HWaddr:"MAC_FORMAT" IPaddr:%x\n",
vr_get_if_type_string(req->vifr_type),
MAC_VALUE((uint8_t *)req->vifr_mac), req->vifr_ip);
printf("\tVrf:%d Flags:%s MTU:%d Ref:%d\n", req->vifr_vrf,
req->vifr_flags ? vr_if_flags(req->vifr_flags) : "NULL" ,
req->vifr_mtu, req->vifr_ref_cnt);
printf("\tRX packets:%" PRId64 " bytes:%" PRId64 " errors:%" PRId64 "\n",
req->vifr_ipackets,
req->vifr_ibytes, req->vifr_ierrors);
printf("\tTX packets:%" PRId64 " bytes:%" PRId64 " errors:%" PRId64 "\n",
req->vifr_opackets,
req->vifr_obytes, req->vifr_oerrors);
printf("\n");
if (list_set)
dump_marker = req->vifr_idx;
if (get_set && req->vifr_flags & VIF_FLAG_SERVICE_IF) {
vr_vrf_assign_dump = true;
printf("VRF table(vlan:vrf):\n");
vr_ifindex = req->vifr_idx;
}
return;
}
void
vr_interface_req_process(void *s)
{
char name[50];
vr_interface_req *req = (vr_interface_req *)s;
unsigned int printed = 0;
if (add_set)
vr_ifindex = req->vifr_idx;
if (!get_set && !list_set)
return;
printed = printf("vif%d/%d", req->vifr_rid, req->vifr_idx);
for (; printed < 12; printed++)
printf(" ");
printf("OS: %s", req->vifr_os_idx ?
if_indextoname(req->vifr_os_idx, name): "NULL");
if (req->vifr_type == VIF_TYPE_PHYSICAL) {
if (req->vifr_speed >= 0) {
printf(" (Speed %d,", req->vifr_speed);
if (req->vifr_duplex >= 0)
printf(" Duplex %d", req->vifr_duplex);
printf(")");
}
} else if (req->vifr_type == VIF_TYPE_VIRTUAL_VLAN) {
printf(" Vlan(o/i)(,S): %d/%d", req->vifr_ovlan_id, req->vifr_vlan_id);
if (req->vifr_src_mac_size && req->vifr_src_mac)
printf(", "MAC_FORMAT, MAC_VALUE((uint8_t *)req->vifr_src_mac));
printf(" Bridge Index: %d", req->vifr_bridge_idx);
}
if (req->vifr_parent_vif_idx >= 0)
printf(" Parent:vif0/%d", req->vifr_parent_vif_idx);
printf("\n");
vr_interface_print_header();
printf("Type:%s HWaddr:"MAC_FORMAT" IPaddr:%x\n",
vr_get_if_type_string(req->vifr_type),
MAC_VALUE((uint8_t *)req->vifr_mac), req->vifr_ip);
vr_interface_print_header();
printf("Vrf:%d Flags:%s MTU:%d Ref:%d\n", req->vifr_vrf,
req->vifr_flags ? vr_if_flags(req->vifr_flags) : "NULL" ,
req->vifr_mtu, req->vifr_ref_cnt);
vr_interface_print_header();
printf("RX packets:%" PRId64 " bytes:%" PRId64 " errors:%" PRId64 "\n",
req->vifr_ipackets,
req->vifr_ibytes, req->vifr_ierrors);
vr_interface_print_header();
printf("TX packets:%" PRId64 " bytes:%" PRId64 " errors:%" PRId64 "\n",
req->vifr_opackets,
req->vifr_obytes, req->vifr_oerrors);
printf("\n");
if (list_set)
dump_marker = req->vifr_idx;
if (get_set && req->vifr_flags & VIF_FLAG_SERVICE_IF) {
vr_vrf_assign_dump = true;
printf("VRF table(vlan:vrf):\n");
vr_ifindex = req->vifr_idx;
}
return;
}
