STRING
util_item_type_to_string(AB_ITEM_TYPE type)
{
item_tab_check_init();
return convert_int_to_string(type,
item_tab, ARRAY_SIZE(item_tab), istr_const(NULL));
}
STRING
util_arg_type_to_string(AB_ARG_TYPE arg_type)
{
arg_type_tab_check_init();
return convert_int_to_string(arg_type,
arg_type_tab, ARRAY_SIZE(arg_type_tab), NULL);
}
STRING
util_container_type_to_string(AB_CONTAINER_TYPE type)
{
container_tab_check_init();
return convert_int_to_string(type,
container_tab, ARRAY_SIZE(container_tab), istr_const(NULL));
}
STRING
util_button_type_to_string(AB_BUTTON_TYPE type)
{
button_type_tab_check_init();
return convert_int_to_string(type,
button_type_tab, ARRAY_SIZE(button_type_tab), NULL);
}
STRING
util_arg_class_to_string(AB_ARG_CLASS arg_class)
{
arg_class_tab_check_init();
return convert_int_to_string(arg_class,
arg_class_tab, ARRAY_SIZE(arg_class_tab), NULL);
}
STRING
util_alignment_to_string(AB_ALIGNMENT align)
{
align_tab_check_init();
return convert_int_to_string(align,
align_tab, ARRAY_SIZE(align_tab), istr_const(NULL));
}
STRING
util_label_type_to_string(AB_LABEL_TYPE label_type)
{
label_type_tab_check_init();
return convert_int_to_string(label_type,
label_type_tab, ARRAY_SIZE(label_type_tab), NULL);
}
STRING
util_when_to_string(AB_WHEN when)
{
check_when_table_init();
return convert_int_to_string(when,
when_table, AB_WHEN_NUM_VALUES, istr_const("?when?"));
}
void add_peer_template(global_template_storage_t& table_for_add, u_int32_t source_id,
u_int template_id, std::string client_addres_in_string_format, struct peer_nf9_template& field_template) {
std::string key = client_addres_in_string_format + "_" + convert_int_to_string(source_id);
//logger<< log4cpp::Priority::INFO<<"It's new option template "<<template_id<<" for host: "<<client_addres_in_string_format
// <<" with source id: "<<source_id;
global_template_storage_t::iterator itr = table_for_add.find(key);
if (itr != table_for_add.end()) {
if (itr->second.count(template_id) > 0) {
//logger<< log4cpp::Priority::INFO<<"We already have information about this template with id:"
// <<template_id<<" for host: "<<client_addres_in_string_format;
// TODO: update time to time template data
itr->second[template_id] = field_template;
} else {
//logger<< log4cpp::Priority::INFO<<"It's new option template "<<template_id<<" for host: "<<client_addres_in_string_format;
itr->second[template_id] = field_template;
}
} else {
template_storage_t temp_template_storage;
temp_template_storage[template_id] = field_template;
table_for_add[key] = temp_template_storage;
}
return;
}
STRING
util_object_type_to_browser_string(AB_OBJECT_TYPE type)
{
check_browser_obj_type_table_init();
return convert_int_to_string(type,
browser_obj_type_table, AB_OBJECT_TYPE_NUM_VALUES,
istr_const("?type?"));
}
STRING
util_builtin_action_to_string(AB_BUILTIN_ACTION action)
{
check_builtin_action_table_init();
return convert_int_to_string(action,
builtin_action_table, AB_BUILTIN_ACTION_NUM_VALUES,
istr_const("?action?"));
}
struct peer_nf9_template* peer_find_template(global_template_storage_t& table_for_lookup, u_int32_t source_id,
u_int template_id, std::string client_addres_in_string_format) {
// We use source_id for distinguish multiple netflow agents with same IP
std::string key = client_addres_in_string_format + "_" + convert_int_to_string(source_id);
global_template_storage_t::iterator itr = table_for_lookup.find(key);
if (itr == table_for_lookup.end()) {
return NULL;
}
// Well, we find it!
if (itr->second.count(template_id) > 0) {
return &itr->second[template_id];
} else {
return NULL;
}
}