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/*
This file is part of Kismet
Kismet is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
Kismet is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Kismet; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*/
#include "config.h"
#include <math.h>
#include "frontend.h"
void Frontend::PopulateGroups(TcpClient *in_client) {
vector<wireless_network *> clientlist;
clientlist = in_client->FetchNetworkList();
// Convert the list
for (unsigned int x = 0; x < clientlist.size(); x++) {
wireless_network *net = clientlist[x];
// Handle networks tagged for removal
if (net->type == network_remove) {
if (net->dispnet != NULL) {
display_network *ganet = net->dispnet;
// Otherwise we have to unlink it and track it down
for (unsigned int y = 0; y < ganet->networks.size(); y++) {
if (ganet->networks[y] == net) {
ganet->networks.erase(ganet->networks.begin() + y);
break;
}
}
if (ganet->networks.size() == 0) {
DestroyGroup(ganet);
} else {
group_assignment_map.erase(group_assignment_map.find(net->bssid));
}
}
in_client->RemoveNetwork(net->bssid);
continue;
}
// Now, see if we've been assigned, if we have we can just keep going
if (net->dispnet != NULL)
continue;
int newgroup = 0;
int persistent = 0;
display_network *group;
string grouptag;
// If they haven't been assigned, see if they belong to a group we know about
map<mac_addr, string>::iterator bsgmitr = bssid_group_map.find(net->bssid);
if (bsgmitr != bssid_group_map.end()) {
grouptag = bsgmitr->second;
// And see if the group has been created - if it hasn't and it's a group
// we knew about before, then we make a new persistent group
if (group_tag_map.find(grouptag) == group_tag_map.end()) {
newgroup = 1;
persistent = 1;
} else {
group = group_tag_map[grouptag];
}
} else {
// Tell them to make a group, set the bssid as the tag and the SSID
// as the name of the group
grouptag = net->bssid.Mac2String();
newgroup = 1;
}
// If we're making a new group, create it
if (newgroup) {
group = new display_network;
map<string, string>::iterator gnmitr = group_name_map.find(grouptag);
if (gnmitr != group_name_map.end()) {
group->name = gnmitr->second;
}
/*
else {
group->name = net->ssid;
group_name_map[grouptag] = net->ssid;
}
*/
group->tag = grouptag;
group->type = group_host;
group->tagged = 0;
group->expanded = 0;
group->persistent = persistent;
// group->virtnet = NULL;
group->real_ref = 1;
group->virtnet = net;
// Register it
group_tag_map[group->tag] = group;
bssid_group_map[net->bssid] = group->tag;
// Push it into our main vector
group_vec.push_back(group);
}
// Push the network onto the group and change the type if needed
group->networks.push_back(net);
if (group->networks.size() > 1)
group->type = group_bundle;
else
group->type = group_host;
// Register that we're known
group_assignment_map[net->bssid] = group;
net->dispnet = group;
}
// Update us
// UpdateGroups();
}
void Frontend::UpdateGroups() {
list<display_network *> discard;
time_t curtime = 0;
for (unsigned int x = 0; x < group_vec.size(); x++) {
display_network *dnet = group_vec[x];
if (dnet->networks.size() < 1 || dnet->type == group_empty) {
discard.push_back(dnet);
dnet->type = group_empty;
continue;
}
// Groups just get copied over from the first element if we're not a group
// or if, somehow, we're a subhost
if (dnet->type == group_host || dnet->type == group_sub) {
// dnet->virtnet = dnet->networks[0];
if (dnet->virtnet == NULL) {
*(dnet->virtnet) = *(dnet->networks[0]);
dnet->real_ref = 1;
}
if (dnet->virtnet->tcpclient != NULL) {
if (dnet->virtnet->tcpclient->Valid())
curtime = dnet->virtnet->tcpclient->FetchTime();
}
dnet->virtnet->idle_time = curtime - dnet->virtnet->last_time;
// fprintf(stderr, "debug - host check dnet %p virt %p bssid %s got manuf %p\n", dnet, dnet->virtnet, dnet->virtnet->bssid.Mac2String().c_str(), dnet->virtnet->manuf_ref);
if (dnet->virtnet->manuf_ref == NULL) {
dnet->virtnet->manuf_ref = MatchBestManuf(&ap_manuf_map,
dnet->virtnet->bssid,
dnet->virtnet->ssid,
dnet->virtnet->channel,
dnet->virtnet->crypt_set,
dnet->virtnet->cloaked,
&dnet->virtnet->manuf_score);
// fprintf(stderr, "debug - group host dnet %p virt %p bssid %s got manuf %p\n", dnet, dnet->virtnet, dnet->virtnet->bssid.Mac2String().c_str(), dnet->virtnet->manuf_ref);
}
for (unsigned int clnum = 0; clnum < dnet->virtnet->client_vec.size();
clnum++) {
wireless_client *cl = dnet->virtnet->client_vec[clnum];
if (cl->manuf_ref == NULL)
cl->manuf_ref = MatchBestManuf(&client_manuf_map, cl->mac, "",
0, 0, 0, &cl->manuf_score);
}
continue;
}
if (dnet->type == group_empty) {
discard.push_back(dnet);
continue;
}
// Otherwise we need to destroy the old virtual network and make a new one
if (dnet->virtnet != NULL && dnet->real_ref == 0)
delete dnet->virtnet;
dnet->virtnet = new wireless_network;
unsigned int bssid_matched = MAC_LEN;
for (unsigned int y = 0; y < dnet->networks.size(); y++) {
wireless_network *wnet = dnet->networks[y];
// safety net this
if (wnet->tcpclient != NULL) {
if (wnet->tcpclient->Valid())
curtime = wnet->tcpclient->FetchTime();
}
// Mask the bssid out
for (unsigned int mask = 0; mask < bssid_matched; mask++) {
if (dnet->virtnet->bssid[mask] != wnet->bssid[mask]) {
bssid_matched = mask;
break;
}
}
// If we don't have a SSID get the first non-null one we encounter
if (dnet->virtnet->ssid.length() == 0)
dnet->virtnet->ssid = wnet->ssid;
// If we don't have beacon info, get the first one we encounter
if (dnet->virtnet->beacon_info == "" && wnet->beacon_info != "")
dnet->virtnet->beacon_info = wnet->beacon_info;
if ((curtime - wnet->last_time) < dnet->virtnet->idle_time ||
dnet->virtnet->idle_time == 0)
dnet->virtnet->idle_time = curtime - wnet->last_time;
// Take the highest overall signal and power levels. Noise just
// tags along for the ride. Only do this if the network has been touched
// within the decay period
if (curtime - wnet->last_time <= (decay * 2)) {
if (wnet->signal >= dnet->virtnet->signal) {
dnet->virtnet->signal = wnet->signal;
dnet->virtnet->noise = wnet->noise;
}
if (wnet->quality > dnet->virtnet->best_quality)
dnet->virtnet->best_quality = wnet->quality;
if (wnet->signal > dnet->virtnet->best_signal) {
dnet->virtnet->best_signal = wnet->signal;
dnet->virtnet->best_lat = wnet->best_lat;
dnet->virtnet->best_lon = wnet->best_lon;
dnet->virtnet->best_alt = wnet->best_alt;
}
if ((wnet->noise < dnet->virtnet->best_noise && wnet->noise != 0) ||
dnet->virtnet->best_noise == 0)
dnet->virtnet->best_noise = wnet->noise;
}
// Aggregate the GPS data
if (wnet->aggregate_points > 0) {
dnet->virtnet->aggregate_lat += wnet->aggregate_lat;
dnet->virtnet->aggregate_lon += wnet->aggregate_lon;
dnet->virtnet->aggregate_alt += wnet->aggregate_alt;
dnet->virtnet->aggregate_points += wnet->aggregate_points;
}
if (wnet->gps_fixed > dnet->virtnet->gps_fixed)
dnet->virtnet->gps_fixed = wnet->gps_fixed;
if (wnet->min_lat < dnet->virtnet->min_lat || dnet->virtnet->min_lat == 0)
dnet->virtnet->min_lat = wnet->min_lat;
if (wnet->min_lon < dnet->virtnet->min_lon || dnet->virtnet->min_lon == 0)
dnet->virtnet->min_lon = wnet->min_lon;
if (wnet->min_alt < dnet->virtnet->min_alt || dnet->virtnet->min_alt == 0)
dnet->virtnet->min_alt = wnet->min_alt;
if (wnet->min_spd < dnet->virtnet->min_spd || dnet->virtnet->min_spd == 0)
dnet->virtnet->min_spd = wnet->min_spd;
if (wnet->max_lat > dnet->virtnet->max_lat || dnet->virtnet->max_lat == 0)
dnet->virtnet->max_lat = wnet->max_lat;
if (wnet->max_lon > dnet->virtnet->max_lon || dnet->virtnet->max_lon == 0)
dnet->virtnet->max_lon = wnet->max_lon;
if (wnet->max_alt > dnet->virtnet->max_alt || dnet->virtnet->max_alt == 0)
dnet->virtnet->max_alt = wnet->max_alt;
if (wnet->max_spd > dnet->virtnet->max_spd || dnet->virtnet->max_spd == 0)
dnet->virtnet->max_spd = wnet->max_spd;
// Aggregate the carriers and encodings
dnet->virtnet->carrier_set |= wnet->carrier_set;
dnet->virtnet->encoding_set |= wnet->encoding_set;
// Aggregate the packets
dnet->virtnet->llc_packets += wnet->llc_packets;
dnet->virtnet->data_packets += wnet->data_packets;
dnet->virtnet->crypt_packets += wnet->crypt_packets;
dnet->virtnet->interesting_packets += wnet->interesting_packets;
dnet->virtnet->dupeiv_packets += wnet->dupeiv_packets;
// Aggregate the data
dnet->virtnet->datasize += wnet->datasize;
// Add all the clients
for (map<mac_addr, wireless_client *>::iterator cli =
wnet->client_map.begin(); cli != wnet->client_map.end(); ++cli)
dnet->virtnet->client_map[cli->second->mac] = cli->second;
// Negative the channel if we can't agree. Any channel takes precedence
// over channel 0.
if (dnet->virtnet->channel == 0 && wnet->channel != 0)
dnet->virtnet->channel = wnet->channel;
else if (dnet->virtnet->channel > 0 &&
dnet->virtnet->channel != wnet->channel &&
wnet->channel != 0)
dnet->virtnet->channel = 0;
// If one channel isn't wep'ed, the group isn't wep'd
if (wnet->crypt_set == 0)
dnet->virtnet->crypt_set = 0;
else
dnet->virtnet->crypt_set = (dnet->virtnet->crypt_set &
wnet->crypt_set);
// If one channel is cloaked, the group is cloaked
if (dnet->virtnet->cloaked == -1)
dnet->virtnet->cloaked = wnet->cloaked;
else if (wnet->cloaked == 1)
dnet->virtnet->cloaked = 1;
// We get the oldest and latest for last and first
if (dnet->virtnet->last_time == 0 || dnet->virtnet->last_time <
wnet->last_time)
dnet->virtnet->last_time = wnet->last_time;
if (dnet->virtnet->first_time == 0 || dnet->virtnet->first_time >
wnet->first_time)
dnet->virtnet->first_time = wnet->first_time;
// We get the smallest beacon interval
if (dnet->virtnet->beacon == 0 || dnet->virtnet->beacon > wnet->beacon)
dnet->virtnet->beacon = wnet->beacon;
// We get the highest maxrate
if (dnet->virtnet->maxrate == 0 || dnet->virtnet->maxrate < wnet->maxrate)
dnet->virtnet->maxrate = wnet->maxrate;
// Highest max seen rate
if (wnet->maxseenrate > dnet->virtnet->maxseenrate)
dnet->virtnet->maxseenrate = wnet->maxseenrate;
if (wnet->ipdata.atype > address_none) {
int oct;
for (oct = 0; oct < dnet->virtnet->ipdata.octets &&
oct < wnet->ipdata.octets && oct < 4; oct++) {
if (dnet->virtnet->ipdata.range_ip[oct] == 0 &&
wnet->ipdata.range_ip[oct] != 0)
dnet->virtnet->ipdata.range_ip[oct] = wnet->ipdata.range_ip[oct];
else if (dnet->virtnet->ipdata.range_ip[oct] !=
wnet->ipdata.range_ip[oct] ||
wnet->ipdata.range_ip[oct] == 0) {
dnet->virtnet->ipdata.range_ip[oct] = 0;
if (oct != 0)
oct--;
break;
}
}
dnet->virtnet->ipdata.octets = oct;
dnet->virtnet->ipdata.atype = address_group;
}
}
// Catch incase we didn't get a ssid
if (dnet->virtnet->ssid.length() == 0)
dnet->virtnet->ssid = NOSSID;
dnet->virtnet->manuf_ref = MatchBestManuf(&ap_manuf_map,
dnet->virtnet->bssid,
dnet->virtnet->ssid,
dnet->virtnet->channel,
dnet->virtnet->crypt_set,
dnet->virtnet->cloaked,
&dnet->virtnet->manuf_score);
// fprintf(stderr, "debug - new virtnet %p virt %p bssid %s got manuf %p\n", dnet, dnet->virtnet, dnet->virtnet->bssid.Mac2String().c_str(), dnet->virtnet->manuf_ref);
// convert our map into a vector
for (map<mac_addr, wireless_client *>::iterator cli =
dnet->virtnet->client_map.begin();
cli != dnet->virtnet->client_map.end(); ++cli) {
if (cli->second->manuf_ref == NULL)
cli->second->manuf_ref = MatchBestManuf(&client_manuf_map,
cli->second->mac,
"", 0, 0, 0,
&cli->second->manuf_score);
dnet->virtnet->client_vec.push_back(cli->second);
}
// Update the group name if it's <no ssid> and the ssid is set
/*
if (dnet->name == NOSSID && dnet->virtnet->ssid != NOSSID) {
dnet->name = dnet->virtnet->ssid;
group_name_map[dnet->tag] = dnet->name;
}
*/
}
// Destroy any marked for discard
for (list<display_network *>::iterator x = discard.begin();
x != discard.end(); ++x) {
DestroyGroup(*x);
}
}
// Clean out all the associated groups when we change what servers we listen to.
// Keep all the association data, just wipe the contents so the next Populate
// fills us in with good data.
void Frontend::PurgeGroups() {
map<mac_addr, display_network *>::iterator x;
for (x = group_assignment_map.begin(); x != group_assignment_map.end(); ++x) {
x->second->networks.clear();
}
group_assignment_map.clear();
}
// Create a display group based off core that may or may not be saved
display_network *Frontend::CreateGroup(int in_persistent, string in_tag, string in_name) {
display_network *core = new display_network;
core->tagged = 0;
core->persistent = in_persistent;
core->tag = in_tag;
core->name = in_name;
core->expanded = 0;
core->type = group_host;
core->virtnet = NULL;
core->real_ref = 0;
// Register it
group_tag_map[core->tag] = core;
group_vec.push_back(core);
group_name_map[core->tag] = core->name;
return core;
}
// Add a display network to a specific core group
display_network *Frontend::AddToGroup(display_network *core,
display_network *merger) {
if (merger == core) {
// fprintf(stderr, "bug - merge == core in AddToGroup!?\n");
return core;
}
// We need to do this nasty loop to find its posiition in the vector
for (unsigned int x = 0; x < group_vec.size(); x++) {
display_network *dnet = group_vec[x];
if (dnet != merger)
continue;
// Go through all the networks, this will work for host groups and for
// merging bundles
for (unsigned int y = 0; y < dnet->networks.size(); y++) {
wireless_network *snet = dnet->networks[y];
// Destroy our assignment
map<mac_addr, display_network *>::iterator gamitr =
group_assignment_map.find(snet->bssid);
if (gamitr != group_assignment_map.end()) {
group_assignment_map.erase(gamitr);
}
// So far so good. Now we see if we're supposed to be in any
// other networks, and remove the reference
map<mac_addr, string>::iterator bsgmitr =
bssid_group_map.find(snet->bssid);
if (bsgmitr != bssid_group_map.end()) {
bssid_group_map.erase(bsgmitr);
}
// Now we tell them we belong to the new network
bssid_group_map[snet->bssid] = core->tag;
// Register that we're assigned...
group_assignment_map[snet->bssid] = core;
// Assign our display net
snet->dispnet = core;
// Update our virtnet since updategroups() needs it to be valid...
/*
if (core->networks.size() == 0)
core->virtnet = snet;
*/
if (core->networks.size() == 0) {
if (core->virtnet == NULL) {
core->virtnet = new wireless_network;
}
*(core->virtnet) = *(snet);
}
// And add us to the core network list
core->networks.push_back(snet);
}
// Now we find all the pointers to this network from networks that aren't
// currently live, and move them. This keeps us from breaking grouping.
for (map<mac_addr, string>::iterator iter = bssid_group_map.begin();
iter != bssid_group_map.end(); ++iter) {
if (iter->second == dnet->tag)
bssid_group_map[iter->first] = core->tag;
}
// Now we destroy the pointer to the old host group -- we assume we have to
// exist since we (can't/shouldn't) ever make a network that isn't in the
// name map
group_tag_map.erase(group_tag_map.find(dnet->tag));
map<string, string>::iterator gnmitr = group_name_map.find(dnet->tag);
if (gnmitr != group_name_map.end())
group_name_map.erase(gnmitr);
// And remove it from the vector, and compensate the for loop
group_vec.erase(group_vec.begin() + x);
// And free the group
// fprintf(stderr, "destroying dnet %p\n", dnet);
delete dnet;
break;
}
if (core->networks.size() > 1) {
core->type = group_bundle;
} else {
core->type = group_host;
}
return core;
}
// Add a display network to a specific core group
display_network *Frontend::AddToGroup(display_network *core,
wireless_network *merger) {
if (core == NULL)
return NULL;
if (merger == NULL)
return core;
// Destroy the assignment if one exists of the old network
map<mac_addr, display_network *>::iterator gamitr =
group_assignment_map.find(merger->bssid);
if (gamitr != group_assignment_map.end()) {
group_assignment_map.erase(gamitr);
}
// Look for any historical networks we think we're supposed to
// be part of, and remove the reference
map<mac_addr, string>::iterator bsgmitr =
bssid_group_map.find(merger->bssid);
if (bsgmitr != bssid_group_map.end()) {
bssid_group_map.erase(bsgmitr);
}
// Now register us into the historical and current maps
bssid_group_map[merger->bssid] = core->tag;
group_assignment_map[merger->bssid] = core;
// Assign the display network
merger->dispnet = core;
// Update the virtnet
if (core->virtnet == NULL) {
core->virtnet = new wireless_network;
*(core->virtnet) = *(merger);
}
// And add us to the core network list
core->networks.push_back(merger);
if (core->networks.size() > 1) {
core->type = group_bundle;
} else {
core->type = group_host;
}
return core;
}
display_network *Frontend::GroupTagged() {
display_network *core = NULL;
for (unsigned int x = 0; x < group_vec.size(); x++) {
display_network *dnet = group_vec[x];
if (!dnet->tagged)
continue;
// The first display group we find becomes the core, all the others
// get added to it, so we set it and don't do much else with it here.
if (core == NULL) {
core = dnet;
core->tagged = 0;
core->persistent = 1;
continue;
}
// Go through all the networks, this will work for host groups and for
// merging bundles
for (unsigned int y = 0; y < dnet->networks.size(); y++) {
wireless_network *snet = dnet->networks[y];
// Destroy our assignment
map<mac_addr, display_network *>::iterator gamitr = group_assignment_map.find(snet->bssid);
if (gamitr != group_assignment_map.end())
group_assignment_map.erase(gamitr);
// So far so good. Now we see if we're supposed to be in any other networks,
// and remove the reference
map<mac_addr, string>::iterator bsgmitr = bssid_group_map.find(snet->bssid);
if (bsgmitr != bssid_group_map.end())
bssid_group_map.erase(bsgmitr);
// Now we tell them we belong to the new network
bssid_group_map[snet->bssid] = core->tag;
// Register that we're assigned...
group_assignment_map[snet->bssid] = core;
// Assign our display net
snet->dispnet = core;
// And add us to the core network list
core->networks.push_back(snet);
}
// Now we find all the pointers to this network from networks that aren't
// currently live, and move them. This keeps us from breaking grouping.
for (map<mac_addr, string>::iterator iter = bssid_group_map.begin();
iter != bssid_group_map.end(); ++iter) {
if (iter->second == dnet->tag)
bssid_group_map[iter->first] = core->tag;
}
// Now we destroy the pointer to the old host group -- we assume we have to
// exist since we (can't/shouldn't) ever make a network that isn't in the
// name map
group_tag_map.erase(group_tag_map.find(dnet->tag));
map<string, string>::iterator gnmitr = group_name_map.find(dnet->tag);
if (gnmitr != group_name_map.end())
group_name_map.erase(gnmitr);
// And remove it from the vector, and compensate the for loop
group_vec.erase(group_vec.begin() + x);
x--;
// And free the group
delete dnet;
}
if (core != NULL) {
if (core->networks.size() > 1)
core->type = group_bundle;
else
core->type = group_host;
}
return core;
}
void Frontend::DestroyGroup(display_network *in_group) {
// fprintf(stderr, "FEDes: %p\n", in_group);
/*
if (in_group->type != group_bundle)
return;
*/
// Destroy the assignments of all the groups inside
for (unsigned int x = 0; x < in_group->networks.size(); x++) {
wireless_network *snet = in_group->networks[x];
// Destroy our assignment
map<mac_addr, display_network *>::iterator gamitr =
group_assignment_map.find(snet->bssid);
if (gamitr != group_assignment_map.end())
group_assignment_map.erase(gamitr);
// So far so good. Now we see if we're supposed to be in any other networks,
// and remove the reference
map<mac_addr, string>::iterator bsgmitr = bssid_group_map.find(snet->bssid);
if (bsgmitr != bssid_group_map.end())
bssid_group_map.erase(bsgmitr);
// Remove our assignment
snet->dispnet = NULL;
}
// We've unassigned all the sub networks, so remove us from the tag map
map<string, display_network *>::iterator gtmitr = group_tag_map.find(in_group->tag);
if (gtmitr != group_tag_map.end())
group_tag_map.erase(gtmitr);
map<string, string>::iterator gnmitr = group_name_map.find(in_group->tag);
if (gnmitr != group_name_map.end())
group_name_map.erase(gnmitr);
// Remove us from the vector
for (unsigned int x = 0; x < group_vec.size(); x++) {
if (group_vec[x] == in_group) {
group_vec.erase(group_vec.begin() + x);
break;
}
}
// And free the memory
delete in_group;
}
void Frontend::ReadGroupMap(FILE *in_file) {
char dline[8192];
char type[6];
char parm1[MAC_STR_LEN];
char parm2[1024];
mac_addr bssid;
// We have two formats:
// GROUP: TAG NAME
// LINK: BSSID TAG
char format[64];
// stupid sscanf not taking dynamic sizes
snprintf(format, 64, "%%6[^:]: %%%d[^ ] %%1024[^\n]\n", MAC_STR_LEN);
while (!feof(in_file)) {
if (fgets(dline, 8192, in_file) == NULL ||
feof(in_file)) break;
// Fetch the line and continue if we're invalid...
if (sscanf(dline, format, type, parm1, parm2) < 3)
continue;
if (!strncmp(type, "GROUP", 64)) {
group_name_map[parm1] = parm2;
} else if (!strncmp(type, "LINK", 64)) {
bssid = parm1;
if (bssid.error == 1)
continue;
bssid_group_map[bssid] = parm2;
}
}
return;
}
void Frontend::WriteGroupMap(FILE *in_file) {
char format[64];
map<string, int> saved_groups;
snprintf(format, 64, "GROUP: %%.%ds %%.1024s\n", MAC_STR_LEN);
for (unsigned int x = 0; x < group_vec.size(); x++) {
display_network *dnet = group_vec[x];
// Don't save non-persistent groups
if (dnet->persistent == 0)
continue;
// Don't save null virtnet
if (dnet->virtnet == NULL)
continue;
// Don't save single-network groups that don't have custom names
if (dnet->type != group_bundle && dnet->name == dnet->virtnet->ssid)
continue;
saved_groups[dnet->tag] = 1;
fprintf(in_file, format, dnet->tag.c_str(), dnet->name.c_str());
}
// Now save groups that weren't live this run
for (map<string, string>::iterator x = group_name_map.begin();
x != group_name_map.end(); ++x) {
if (saved_groups.find(x->first) != saved_groups.end())
continue;
if (group_tag_map.find(x->first) != group_tag_map.end()) {
if (group_tag_map[x->first]->virtnet == NULL)
continue;
if (group_tag_map[x->first]->persistent == 0)
continue;
if (group_tag_map[x->first]->type != group_bundle &&
group_tag_map[x->first]->name == group_tag_map[x->first]->virtnet->ssid)
continue;
}
saved_groups[x->first] = 1;
fprintf(in_file, format, x->first.c_str(), x->second.c_str());
}
snprintf(format, 64, "LINK: %%.%ds %%.%ds\n", MAC_STR_LEN, MAC_STR_LEN);
for (map<mac_addr, string>::iterator x = bssid_group_map.begin();
x != bssid_group_map.end(); ++x) {
if (saved_groups.find(x->second) != saved_groups.end())
fprintf(in_file, format, x->first.Mac2String().c_str(), x->second.c_str());
}
return;
}
void Frontend::ReadAPManufMap(FILE *in_file) {
ReadManufMap(in_file, 1, &ap_manuf_map);
}
void Frontend::ReadClientManufMap(FILE *in_file) {
ReadManufMap(in_file, 0, &client_manuf_map);
}
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