static gint
parse_key_end(gpointer ptr)
{
read_ctx_t *ctx = (read_ctx_t*)ptr;
if(ctx->level == LEVEL_NETWORK+1 &&
ctx->level_signals == TRUE)
{
/* Assume that all signal samples are sorted by timestamp */
if(ctx->signal &&
ctx->signal->timestamp &&
ctx->network.signals)
{
signals_append(ctx->network.signals, ctx->signal);
}
else
g_free(ctx->signal);
ctx->signal = NULL;
}
else if(ctx->level == LEVEL_NETWORK)
{
if(ctx->network.address)
{
mtscan_model_add(ui.model, &ctx->network, ctx->merge);
ctx->changed = TRUE;
}
network_free_null(&ctx->network);
}
ctx->level--;
return 1;
}
gint
model_update_network(mtscan_model_t *model,
network_t *net)
{
GtkTreeIter *iter_ptr;
GtkTreeIter iter;
gint64 *address;
gchar *current_ssid;
gchar *current_radioname;
gint8 current_maxrssi;
guint8 current_state;
gboolean new_network_found;
gfloat distance = NAN;
if(g_hash_table_lookup_extended(model->map, &net->address, (gpointer*)&address, (gpointer*)&iter_ptr))
{
/* Update a network, check current values first */
gtk_tree_model_get(GTK_TREE_MODEL(model->store), iter_ptr,
COL_STATE, ¤t_state,
COL_SSID, ¤t_ssid,
COL_RADIONAME, ¤t_radioname,
COL_MAXRSSI, ¤t_maxrssi,
COL_SIGNALS, &net->signals,
-1);
/* Update state to active (keep MODEL_STATE_NEW untouched) */
if(current_state == MODEL_STATE_INACTIVE)
current_state = MODEL_STATE_ACTIVE;
/* Preserve hidden SSIDs */
if((net->ssid && !net->ssid[0]) ||
!net->ssid)
{
g_free(net->ssid);
net->ssid = current_ssid;
}
else
{
g_free(current_ssid);
}
/* ... and Radio Names */
if((net->radioname && !net->radioname[0]) ||
!net->radioname)
{
g_free(net->radioname);
net->radioname = current_radioname;
}
else
{
g_free(current_radioname);
}
#if MIKROTIK_LOW_SIGNAL_BUGFIX
if(net->rssi >= -12 && net->rssi <= -10 && current_maxrssi <= -15)
net->rssi = current_maxrssi;
#endif
#if MIKROTIK_HIGH_SIGNAL_BUGFIX
if(net->rssi >= 10)
net->rssi = current_maxrssi;
#endif
if(conf_get_preferences_signals())
signals_append(net->signals, signals_node_new(net->firstseen, net->rssi, net->latitude, net->longitude, net->azimuth));
/* At new signal peak, update additionally COL_MAXRSSI, COL_LATITUDE, COL_LONGITUDE, COL_AZIMUTH and COL_DISTANCE */
if(net->rssi > current_maxrssi)
{
if(conf_get_interface_geoloc())
geoloc_match(net->address, net->ssid, net->azimuth, FALSE, &distance);
gtk_list_store_set(model->store, iter_ptr,
COL_STATE, current_state,
COL_FREQUENCY, net->frequency,
COL_CHANNEL, (net->channel ? net->channel : ""),
COL_STREAMS, net->streams,
COL_MODE, (net->mode ? net->mode : ""),
COL_SSID, (net->ssid ? net->ssid : ""),
COL_RADIONAME, (net->radioname ? net->radioname : ""),
COL_MAXRSSI, net->rssi,
COL_RSSI, net->rssi,
COL_NOISE, net->noise,
COL_PRIVACY, net->flags.privacy,
COL_ROUTEROS, net->flags.routeros,
COL_NSTREME, net->flags.nstreme,
COL_TDMA, net->flags.tdma,
COL_WDS, net->flags.wds,
COL_BRIDGE, net->flags.bridge,
COL_ROUTEROS_VER, (net->routeros_ver ? net->routeros_ver : ""),
COL_AIRMAX, net->ubnt_airmax,
COL_AIRMAX_AC_PTP, net->ubnt_ptp,
COL_AIRMAX_AC_PTMP, net->ubnt_ptmp,
COL_AIRMAX_AC_MIXED, net->ubnt_mixed,
COL_LASTLOG, net->firstseen,
COL_LATITUDE, net->latitude,
COL_LONGITUDE, net->longitude,
COL_AZIMUTH, net->azimuth,
COL_DISTANCE, distance,
-1);
}
else
{
gtk_list_store_set(model->store, iter_ptr,
COL_STATE, current_state,
COL_FREQUENCY, net->frequency,
COL_CHANNEL, (net->channel ? net->channel : ""),
COL_STREAMS, net->streams,
COL_MODE, (net->mode ? net->mode : ""),
COL_SSID, (net->ssid ? net->ssid : ""),
COL_RADIONAME, (net->radioname ? net->radioname : ""),
COL_RSSI, net->rssi,
COL_NOISE, net->noise,
COL_PRIVACY, net->flags.privacy,
COL_ROUTEROS, net->flags.routeros,
COL_NSTREME, net->flags.nstreme,
COL_TDMA, net->flags.tdma,
COL_WDS, net->flags.wds,
COL_BRIDGE, net->flags.bridge,
COL_ROUTEROS_VER, (net->routeros_ver ? net->routeros_ver : ""),
COL_AIRMAX, net->ubnt_airmax,
COL_AIRMAX_AC_PTP, net->ubnt_ptp,
COL_AIRMAX_AC_PTMP, net->ubnt_ptmp,
COL_AIRMAX_AC_MIXED, net->ubnt_mixed,
COL_LASTLOG, net->firstseen,
-1);
}
/* Add address to the active network list */
g_hash_table_insert(model->active, address, iter_ptr);
new_network_found = MODEL_NETWORK_UPDATE;
}
else
{
/* Add a new network */
if(conf_get_interface_geoloc())
geoloc_match(net->address, net->ssid, net->azimuth, conf_get_preferences_location_wigle(), &distance);
net->signals = signals_new();
if(conf_get_preferences_signals())
signals_append(net->signals, signals_node_new(net->firstseen, net->rssi, net->latitude, net->longitude, net->azimuth));
gtk_list_store_insert_with_values(model->store, &iter, -1,
COL_STATE, MODEL_STATE_NEW,
COL_ADDRESS, net->address,
COL_FREQUENCY, net->frequency,
COL_CHANNEL, (net->channel ? net->channel : ""),
COL_STREAMS, net->streams,
COL_MODE, (net->mode ? net->mode : ""),
COL_SSID, (net->ssid ? net->ssid : ""),
COL_RADIONAME, (net->radioname ? net->radioname : ""),
COL_MAXRSSI, net->rssi,
COL_RSSI, net->rssi,
COL_NOISE, net->noise,
COL_PRIVACY, net->flags.privacy,
COL_ROUTEROS, net->flags.routeros,
COL_NSTREME, net->flags.nstreme,
COL_TDMA, net->flags.tdma,
COL_WDS, net->flags.wds,
COL_BRIDGE, net->flags.bridge,
COL_ROUTEROS_VER, (net->routeros_ver ? net->routeros_ver : ""),
COL_AIRMAX, net->ubnt_airmax,
COL_AIRMAX_AC_PTP, net->ubnt_ptp,
COL_AIRMAX_AC_PTMP, net->ubnt_ptmp,
COL_AIRMAX_AC_MIXED, net->ubnt_mixed,
COL_FIRSTLOG, net->firstseen,
COL_LASTLOG, net->firstseen,
COL_LATITUDE, net->latitude,
COL_LONGITUDE, net->longitude,
COL_AZIMUTH, net->azimuth,
COL_DISTANCE, distance,
COL_SIGNALS, net->signals,
-1);
iter_ptr = gtk_tree_iter_copy(&iter);
address = gint64dup(&net->address);
g_hash_table_insert(model->map, address, iter_ptr);
g_hash_table_insert(model->active, address, iter_ptr);
if(conf_get_preferences_alarmlist_enabled() && conf_get_preferences_alarmlist(*address))
{
new_network_found = MODEL_NETWORK_NEW_ALARM;
if(conf_get_preferences_events_new_network())
mtscan_exec(conf_get_preferences_events_new_network_exec(),
2,
model_format_address(*address, FALSE),
"ALARM");
}
else if(conf_get_preferences_highlightlist_enabled() && conf_get_preferences_highlightlist(*address))
{
new_network_found = MODEL_NETWORK_NEW_HIGHLIGHT;
if(conf_get_preferences_events_new_network())
mtscan_exec(conf_get_preferences_events_new_network_exec(),
2,
model_format_address(*address, FALSE),
"HIGHLIGHT");
}
else
{
new_network_found = MODEL_NETWORK_NEW;
if(conf_get_preferences_events_new_network())
mtscan_exec(conf_get_preferences_events_new_network_exec(),
2,
model_format_address(*address, FALSE),
"NORMAL");
}
}
/* Signals are stored in GtkListStore just as pointer,
so set it to NULL before freeing the struct */
net->signals = NULL;
return new_network_found;
}
