#ifndef NETSUKUKUCONSOLE_H #define NETSUKUKUCONSOLE_H #define MAX_INTERFACES 16 /* The maximum number of network interfaces, which can be used by Netsukuku */ /* * current_globals * * Here there are the main globals variables used among the code. */ /*struct current_globals { /* * Internal map */ //map_node *int_map; /*Internal Map*/ /* * External map */ //map_gnode **ext_map; /*External Map. */ //quadro_group cur_quadg; /* * Border nodes maps.(bmap.h) */ //map_bnode **bnode_map; //u_int *bmap_nodes; /* bnode counter for each map*/ //u_int *bmap_nodes_closed; /* number of closed bnodes */ //u_int *bmap_nodes_opened; /* " " opened " */ /* * Myself */ //inet_prefix cur_ip; //map_node *cur_node; /* * external rnode cache list. (see gmap.h) */ //ext_rnode_cache *cur_erc; //u_int cur_erc_counter; /* * Current Qspn id and qspn time */ //int *cur_qspn_id; /*The current qspn_id we are processing. // It is cur_qspn_id[levels] big*/ //struct timeval *cur_qspn_time; /*When the last qspn round was received/sent // (gettimeofday format)*/ /* * Internet gateways */ //inet_gw **igws; //int *igws_counter; /*inet_gw **my_igws; /* my_igws[level] points to our inet gateway present at igws[level]. It's the same of using igw_find_node(igws, me.cur_quadg.gnode[_EL(level)]); */ //u_char my_bandwidth; /* The bandwidth of the Internet connection // we are sharing*/ //u_char inet_connected; /* If it is 1, we are connected to the Internet */ /* * Network interfaces */ //interface cur_ifs[MAX_INTERFACES]; //int cur_ifs_n; /* number of interfaces present // in `cur_ifs' */ /*time_t uptime; /*The time when we finished the hooking, to get the the actual uptime just do: time(0)-me.uptime*/ //}me; #define NTK_TCP_PORT 269 #define NTK_UDP_RADAR_PORT 269 #define ANDNA_UDP_PORT 277 #define ANDNA_TCP_PORT 277 const static u_short ntk_udp_radar_port = NTK_UDP_RADAR_PORT, ntk_tcp_port = NTK_TCP_PORT; const static u_short andna_udp_port = ANDNA_UDP_PORT, andna_tcp_port = ANDNA_TCP_PORT; #define NTK_CONFIG_FILE CONF_DIR "/netsukuku.conf" #define NTK_PID_FILE PID_DIR "/ntkd.pid" #define INT_MAP_FILE DATA_DIR "/ntk_internal_map" #define EXT_MAP_FILE DATA_DIR "/ntk_external_map" #define BNODE_MAP_FILE DATA_DIR "/ntk_bnode_map" #define ANDNA_HNAMES_FILE CONF_DIR "/andna_hostnames" #define SNSD_NODES_FILE CONF_DIR "/snsd_nodes" #define ANDNA_CACHE_FILE DATA_DIR "/andna_cache" #define LCLKEY_FILE DATA_DIR "/andna_lcl_keyring" #define LCL_FILE DATA_DIR "/andna_lcl_cache" #define RHC_FILE DATA_DIR "/andna_rh_cache" #define COUNTER_C_FILE DATA_DIR "/andna_counter_cache" #define IPMASQ_SCRIPT_FILE CONF_DIR "/ip_masquerade.sh" #define TCSHAPER_SCRIPT_FILE CONF_DIR "/tc_shaper.sh" /* * ServOpt * * Options */ typedef struct { char *config_file; char *pid_file; int family; char *ifs[MAX_INTERFACES]; int ifs_n; /* number of interfaces present in `ifs' */ char *int_map_file; char *ext_map_file; char *bnode_map_file; char *andna_hnames_file; char *snsd_nodes_file; char *andna_cache_file; char *lclkey_file; char *lcl_file; char *rhc_file; char *counter_c_file; char daemon; char restricted; int restricted_class; char inet_connection;/* If it's 1, we are connected to the Internet */ char share_internet; char shape_internet; char use_shared_inet; //inet_prefix inet_gw; char *inet_gw_dev; char **inet_hosts; /* Hosts to be pinged in order to check if the internet connection is up */ int inet_hosts_counter; char *ip_masq_script; char *tc_shaper_script; /* The bandwidths of the Internet connection we are sharing. * If we are just leeching they are all 0. */ //u_int my_upload_bw; //u_int my_dnload_bw; char disable_andna; char disable_resolvconf; int max_connections; int max_accepts_per_host; int max_accepts_per_host_time; char dbg_lvl; }ServOpt; ServOpt server_opt; time_t sigterm_timestamp, sighup_timestamp, sigalrm_timestamp; #define MAX_CONNECTIONS 512 #define MAX_ACCEPTS 16 #define FREE_ACCEPT_TIME 4 /*in seconds*/ #define setzero(_p, _sz) memset((_p), 0, (_sz)) #endif /*NETSUKUKUCONSOLE_H*/