route_table_mgr::route_table_mgr() : netlink_socket_mgr<route_val>(ROUTE_DATA_TYPE), cache_table_mgr<route_rule_table_key, route_val*>("route_table_mgr")
{
rt_mgr_logdbg("");
//Read Route table from kernel and save it in local variable.
update_tbl();
// create route_entry for each net_dev- needed for receiving port up/down events for net_dev_entry
route_val *p_val;
for (int i = 0; i < m_tab.entries_num; i++)
{
p_val = &m_tab.value[i];
in_addr_t src_addr = p_val->get_src_addr();
std::tr1::unordered_map<in_addr_t, route_entry*>::iterator iter = m_rte_list_for_each_net_dev.find(src_addr);
// if src_addr of interface exists in the map, no need to create another route_entry
if (iter == m_rte_list_for_each_net_dev.end()) {
in_addr_t dst_ip = src_addr;
in_addr_t src_ip = 0;
uint8_t tos = 0;
m_rte_list_for_each_net_dev.insert(pair<in_addr_t, route_entry*> (src_addr, create_new_entry(route_rule_table_key(dst_ip, src_ip, tos), NULL)));
}
}
//Print table
print_val_tbl();
// register to netlink event
g_p_netlink_handler->register_event(nlgrpROUTE, this);
rt_mgr_logdbg("Registered to g_p_netlink_handler");
rt_mgr_logdbg("Done");
}
ib_ctx_handler_collection::ib_ctx_handler_collection()
{
ibchc_logdbg("");
/* Read ib table from kernel and save it in local variable. */
update_tbl();
//Print table
print_val_tbl();
ibchc_logdbg("Done");
}
rule_table_mgr::rule_table_mgr() : netlink_socket_mgr<rule_val>(RULE_DATA_TYPE), cache_table_mgr<route_rule_table_key, std::deque<rule_val*>*>("rule_table_mgr")
{
rr_mgr_logdbg("");
//Read Rule table from kernel and save it in local variable.
update_tbl();
//Print table
print_val_tbl();
rr_mgr_logdbg("Done");
}
