ldc_diag_t * diag(int log, ldc_info_t * info) {
ldc_info_t * current_info;
ldc_diag_t * head = NULL;
ldc_diag_t * tail = NULL;
for (current_info = info; current_info != NULL; current_info = current_info->next) {
tail = new_ldc_diag_t("wireless");
head = enqueue_ldc_diag_t(head, tail);
// find the logical_name in info
tuple_t * current_tuple;
for (current_tuple = current_info->info; current_tuple != NULL && strcmp(current_tuple->name, "device_file") != 0; current_tuple = current_tuple->next);
if (current_tuple) {
char name[100];
char value[1000];
int id;
char description[100];
char *net_dev = current_tuple->value;
if (strcmp(net_dev, "") == 0){
SETUP_TUPLE("device_file", net_dev, -1, "Netcard Device File");
tail->info = enqueue_new_tuple_t(tail->info, name, value, id, description);
add_diag_tuple(tail, "mac", "None", -1, "MAC Address");
add_diag_tuple(tail, "ip", "None", -1, "IP Address");
add_diag_tuple(tail, "netmask", "None", -1, "Netmask");
add_diag_tuple(tail, "link_up", "None", -1, "Link UP");
add_diag_tuple(tail, "dns_server", "None", -1, "DNS Server");
add_diag_tuple(tail, "gateway", "None", -1, "Default Gateway");
} else {
SETUP_TUPLE("device_file", net_dev, -1, "Netcard Device File");
tail->info = enqueue_new_tuple_t(tail->info, name, value, id, description);
net_link(net_dev, tail);
net_mac(net_dev, tail);
net_conf(net_dev, tail);
net_dns(tail);
net_gw(net_dev, tail);
}
}
}
if (log){
insert_diag_log(head);
}
return head;
}
// Lua: socket:dns( string, function(ip) )
static int net_socket_dns( lua_State* L )
{
const char *mt = "net.socket";
return net_dns(L, mt);
}
