/*
* dump mapping
*/
void dump_mapping_entry(
lispd_mapping_elt *mapping,
int log_level)
{
lispd_locators_list *locator_iterator_array[2] = {NULL,NULL};
lispd_locators_list *locator_iterator = NULL;
lispd_locator_elt *locator = NULL;
int ctr = 0;
if (is_loggable(log_level) == FALSE){
return;
}
lispd_log_msg(log_level,"IDENTIFIER (EID): %s/%d (IID = %d)\n ", get_char_from_lisp_addr_t(mapping->eid_prefix),
mapping->eid_prefix_length, mapping->iid);
lispd_log_msg(log_level, "| Locator (RLOC) | Status | Priority/Weight |");
if (mapping->locator_count > 0){
locator_iterator_array[0] = mapping->head_v4_locators_list;
locator_iterator_array[1] = mapping->head_v6_locators_list;
// Loop through the locators and print each
for (ctr = 0 ; ctr < 2 ; ctr++){
locator_iterator = locator_iterator_array[ctr];
while (locator_iterator != NULL) {
locator = locator_iterator->locator;
dump_locator (locator,log_level);
locator_iterator = locator_iterator->next;
}
}
lispd_log_msg(log_level,"\n");
}
}
void dump_proxy_etrs(int log_level)
{
lispd_locators_list *locator_lst_elt[2] = {NULL,NULL};
int ctr = 0;
if (proxy_etrs == NULL || is_loggable(log_level) == FALSE){
return;
}
locator_lst_elt[0] = proxy_etrs->mapping->head_v4_locators_list;
locator_lst_elt[1] = proxy_etrs->mapping->head_v6_locators_list;
lispd_log_msg(log_level, "************************* Proxy ETRs List ****************************");
lispd_log_msg(log_level, "| Locator (RLOC) | Status | Priority/Weight |");
for (ctr = 0 ; ctr<2 ; ctr++){
while (locator_lst_elt[ctr]){
dump_locator (locator_lst_elt[ctr]->locator,log_level);
locator_lst_elt[ctr] = locator_lst_elt[ctr]->next;
}
}
}
void dump_referral_cache_entry(
lispd_referral_cache_entry *entry,
int log_level)
{
int ctr = 0;
char str[400];
lispd_locators_list *locator_iterator_array[2] = {NULL,NULL};
lispd_locators_list *locator_iterator = NULL;
lispd_locator_elt *locator = NULL;
if (is_loggable(log_level) == FALSE){
return;
}
sprintf(str,"IDENTIFIER (EID): %s/%d (IID = %d), TTL: %d", get_char_from_lisp_addr_t(entry->mapping->eid_prefix),
entry->mapping->eid_prefix_length, entry->mapping->iid, entry->ttl);
switch (entry->act_entry_type){
case NODE_REFERRAL:
sprintf(str + strlen(str)," Type: Node Referral ");
break;
case MS_REFERRAL:
sprintf(str + strlen(str)," Type: MS Referral ");
break;
case MS_ACK:
sprintf(str + strlen(str)," Type: MS ACK ");
break;
case MS_NOT_REGISTERED:
sprintf(str + strlen(str)," Type: Not Registered ");
break;
case DELEGATION_HOLE:
sprintf(str + strlen(str)," Type: Delegation hole ");
break;
case NOT_AUTHORITATIVE:
sprintf(str + strlen(str)," Type: Not authoritative ");
break;
default:
sprintf(str + strlen(str)," Type: %d ", entry->act_entry_type);
break;
}
if (entry->parent_node != NULL){
sprintf(str + strlen(str)," Parent (EID): %s/%d ", get_char_from_lisp_addr_t(entry->parent_node->mapping->eid_prefix),
entry->parent_node->mapping->eid_prefix_length);
}
lispd_log_msg(log_level,"%s",str);
if (entry->mapping->locator_count > 0){
locator_iterator_array[0] = entry->mapping->head_v4_locators_list;
locator_iterator_array[1] = entry->mapping->head_v6_locators_list;
lispd_log_msg(log_level, "| Locator (RLOC) | Status | Priority/Weight |");
// Loop through the locators and print each
for (ctr = 0 ; ctr < 2 ; ctr++){
locator_iterator = locator_iterator_array[ctr];
while (locator_iterator != NULL) {
locator = locator_iterator->locator;
dump_locator(locator, log_level);
locator_iterator = locator_iterator->next;
}
}
lispd_log_msg(log_level,"\n");
}
}
