release/src-rt-6.x.4708/router/www/basic-network.asp

   1 <!DOCTYPE HTML PUBLIC '-//W3C//DTD HTML 4.0//EN'>
   2 <!--
   3         Tomato GUI
   4         Copyright (C) 2006-2010 Jonathan Zarate
   5         http://www.polarcloud.com/tomato/
   6
   7         For use with Tomato Firmware only.
   8         No part of this file may be used without permission.
   9 -->
  10 <html>
  11 <head>
  12 <meta http-equiv='content-type' content='text/html;charset=utf-8'>
  13 <meta name='robots' content='noindex,nofollow'>
  14 <meta name="viewport" content="width=device-width">
  15 <title>[<% ident(); %>] Basic: Network</title>
  16 <link rel='stylesheet' type='text/css' href='tomato.css'>
  17 <% css(); %>
  18 <script type='text/javascript' src='tomato.js'></script>
  19
  20 <!-- / / / -->
  21
  22 <style type='text/css'>
  23 #lan-grid .co1,
  24 #lan-grid .co2,
  25 #lan-grid .co3,
  26 #lan-grid .co4,
  27 #lan-grid .co5,
  28 #lan-grid .co6,
  29 #lan-grid .co7 {
  30         text-align: center;
  31 }
  32
  33 #lan-grid .centered {
  34         text-align: center;
  35 }
  36
  37 #spin {
  38         visibility: hidden;
  39         vertical-align: middle;
  40 }
  41 </style>
  42
  43 <script type='text/javascript' src='debug.js'></script>
  44
  45 <script type='text/javascript' src='md5.js'></script>
  46 <script type='text/javascript' src='wireless.jsx?_http_id=<% nv(http_id); %>'></script>
  47 <script type='text/javascript' src='interfaces.js'></script>
  48 <script type='text/javascript'>
  49 //      <% nvram("dhcp_lease,dhcp_num,dhcp_start,dhcpd_startip,dhcpd_endip,l2tp_server_ip,lan_gateway,lan_ipaddr,lan_netmask,lan_proto,lan_state,lan_desc,lan_invert,mtu_enable,ppp_demand,ppp_idletime,pppoe_lei,pppoe_lef,ppp_passwd,ppp_redialperiod,ppp_service,ppp_username,ppp_custom,pptp_server_ip,pptp_dhcp,wl_security_mode,wan_dns,dnscrypt_proxy,dnscrypt_priority,dnscrypt_port,dnscrypt_resolver,dnscrypt_log,dnscrypt_manual,dnscrypt_provider_name,dnscrypt_provider_key,dnscrypt_resolver_address,wan_gateway,wan_ipaddr,wan_mtu,wan_netmask,wan_proto,wan_wins,wl_wds_enable,wl_channel,wl_closed,wl_crypto,wl_key,wl_key1,wl_key2,wl_key3,wl_key4,wl_lazywds,wl_mode,wl_net_mode,wl_passphrase,wl_radio,wl_radius_ipaddr,wl_radius_port,wl_ssid,wl_wds,wl_wep_bit,wl_wpa_gtk_rekey,wl_wpa_psk,wl_radius_key,wl_auth,wl_hwaddr,wan_islan,t_features,wl_nbw_cap,wl_nctrlsb,wl_nband,wl_phytype,lan_ifname,lan_stp,lan1_ifname,lan1_ipaddr,lan1_netmask,lan1_proto,lan1_stp,dhcp1_start,dhcp1_num,dhcp1_lease,dhcpd1_startip,dhcpd1_endip,lan2_ifname,lan2_ipaddr,lan2_netmask,lan2_proto,lan2_stp,dhcp2_start,dhcp2_num,dhcp2_lease,dhcpd2_startip,dhcpd2_endip,lan3_ifname,lan3_ipaddr,lan3_netmask,lan3_proto,lan3_stp,dhcp3_start,dhcp3_num,dhcp3_lease,dhcpd3_startip,dhcpd3_endip,ppp_mlppp,modem_ipaddr,modem_pin,modem_dev,modem_init,modem_apn,cstats_enable,dnssec_enable"); %>
  50
  51 var lg = new TomatoGrid();
  52 lg.setup = function() {
  53         this.init('lan-grid', '', 4, [
  54         { type: 'select', options: [[0, '0'],[1, '1'],[2, '2'],[3, '3']], prefix: '<div class="centered">', suffix: '</div>' },
  55         { type: 'checkbox', prefix: '<div class="centered">', suffix: '</div>' },
  56         { type: 'text', maxlen: 15, size: 17 },
  57         { type: 'text', maxlen: 15, size: 17 },
  58         { type: 'checkbox', prefix: '<div class="centered">', suffix: '</div>' },
  59         { multi: [ { type: 'text', maxlen: 15, size: 17}, { type: 'text', maxlen: 15, size: 17 } ] },
  60         { type: 'text', maxlen: 6, size: 8 }] );
  61         this.headerSet(['Bridge', 'STP', 'IP Address', 'Netmask', 'DHCP', 'IP&nbsp;Range&nbsp;<i>(first/last)</i>', 'Lease&nbsp;Time&nbsp;<i>(mins)</i>']);
  62
  63         var numBridges = 0;
  64         for (var i = 0 ; i <= MAX_BRIDGE_ID ; i++) {
  65                 var j = (i == 0) ? '' : i.toString();
  66                 if (nvram['lan' + j + '_ifname'].length > 0) {
  67                         if ((!fixIP(nvram['dhcpd' + j + '_startip'])) || (!fixIP(nvram['dhcpd' + j + '_endip']))) {
  68                                 if ((fixIP(nvram['lan' + j + '_ipaddr'])) && (fixIP(nvram['lan' + j + '_netmask'])) && (nvram['dhcp' + j + '_start'] != '')) {
  69                                         var n = getNetworkAddress(nvram['lan' + j + '_ipaddr'], nvram['lan' + j + '_netmask']);
  70                                         nvram['dhcpd' + j + '_startip'] = getAddress(('0.0.0.' + nvram['dhcp' + j + '_start'] * 1), n);
  71                                         nvram['dhcpd' + j + '_endip'] = getAddress(('0.0.0.' + ((nvram['dhcp' + j + '_start'] * 1) + (nvram['dhcp' + j + '_num'] *1) - 1)), n);
  72                                 }
  73                         }
  74                         lg.insertData(-1, [
  75                                 i.toString(),
  76                                 nvram['lan' + j + '_stp'],
  77                                 nvram['lan' + j + '_ipaddr'],
  78                                 nvram['lan' + j + '_netmask'],
  79                                 (nvram['lan' + j + '_proto'] == 'dhcp') ? '1' : '0',
  80                                 nvram['dhcpd' + j + '_startip'],
  81                                 nvram['dhcpd' + j + '_endip'],
  82                                 (nvram['lan' + j + '_proto'] == 'dhcp') ? (((nvram['dhcp' + j + '_lease'])*1 == 0) ? '1440' : (nvram['dhcp' + j + '_lease']).toString()) : ''
  83                         ] ) ;
  84                         numBridges++;
  85                 }
  86         }
  87         lg.canDelete = false;
  88         lg.sort(0);
  89         elem.removeClass(lg.header.cells[lg.sortColumn], 'sortasc', 'sortdes');
  90         lg.showNewEditor();
  91         lg.resetNewEditor();
  92 }
  93
  94 lg.dataToView = function(data) {
  95         return ['br' + data[0],
  96         (data[1].toString() == '1') ? '<small><i>Enabled</i></small>' : '<small><i>Disabled</i></small>',
  97         data[2],
  98         data[3],
  99         (data[4].toString() == '1') ? '<small><i>Enabled</i></small>' : '<small><i>Disabled</i></small>',
 100         (data[5].toString() + ((numberOfBitsOnNetMask(data[3])>=24) ? (' - ' + data[6].split('.').splice(3, 1).toString()) : ('<br>' + data[6].toString()) )),
 101         (((data[7] != null) && (data[7] != '')) ? data[7] : '') ];
 102 }
 103
 104 lg.dataToFieldValues = function (data) {
 105         return [data[0],
 106         (data[1] != 0) ? 'checked' : '',
 107         data[2].toString(),
 108         data[3].toString(),
 109         (data[4].toString() == '1') ? 'checked' : '',
 110         data[5].toString(),
 111         data[6].toString(),
 112         data[7].toString() ];
 113 }
 114
 115 lg.fieldValuesToData = function(row) {
 116         var f = fields.getAll(row);
 117         return [f[0].value,
 118         f[1].checked ? 1 : 0,
 119         f[2].value,
 120         f[3].value,
 121         f[4].checked ? 1 : 0,
 122         f[5].value,
 123         f[6].value,
 124         f[7].value ];
 125 }
 126
 127 lg.resetNewEditor = function() {
 128         var f = fields.getAll(this.newEditor);
 129         f[0].selectedIndex=0;
 130         var t = MAX_BRIDGE_ID;
 131         while((this.countBridge(f[0].selectedIndex) > 0) && (t > 0)) {
 132                 f[0].selectedIndex = (f[0].selectedIndex%(MAX_BRIDGE_ID))+1;
 133                 t--;
 134         }
 135         for(var j=0; j<= MAX_BRIDGE_ID ; j++) {
 136                 f[0].options[j].disabled = (this.countBridge(j) > 0);
 137         }
 138         f[1].checked = 0;
 139         f[2].value = '';
 140         f[3].value = '';
 141         f[5].value = '';
 142         f[6].value = '';
 143         f[7].value = '';
 144         f[4].checked = 0;
 145         f[4].disabled = 1;
 146         f[5].disabled = 1;
 147         f[6].disabled = 1;
 148         f[7].disabled = 1;
 149         ferror.clearAll(fields.getAll(this.newEditor));
 150 }
 151
 152 lg.onCancel = function() {
 153         this.removeEditor();
 154         this.showSource();
 155         this.disableNewEditor(false);
 156
 157         this.resetNewEditor();
 158 }
 159
 160 lg.onAdd = function() {
 161         var data;
 162
 163         this.moving = null;
 164         this.rpHide();
 165
 166         if (!this.verifyFields(this.newEditor, false)) return;
 167
 168         data = this.fieldValuesToData(this.newEditor);
 169         this.insertData(-1, data);
 170
 171         this.disableNewEditor(false);
 172         this.resetNewEditor();
 173
 174         this.resort();
 175 }
 176
 177 lg.onOK = function() {
 178         var i, data, view;
 179
 180         if (!this.verifyFields(this.editor, false)) return;
 181
 182         data = this.fieldValuesToData(this.editor);
 183         view = this.dataToView(data);
 184
 185         this.source.setRowData(data);
 186         for (i = 0; i < this.source.cells.length; ++i) {
 187         this.source.cells[i].innerHTML = view[i];
 188         }
 189
 190         this.removeEditor();
 191         this.showSource();
 192         this.disableNewEditor(false);
 193
 194         this.resort();
 195         this.resetNewEditor();
 196 }
 197
 198 lg.onDelete = function() {
 199         this.removeEditor();
 200         elem.remove(this.source);
 201         this.source = null;
 202         this.disableNewEditor(false);
 203
 204         this.resetNewEditor();
 205 }
 206
 207 lg.countElem = function(f, v) {
 208         var data = this.getAllData();
 209         var total = 0;
 210         for (var i = 0; i < data.length; ++i) {
 211                 total += (data[i][f] == v) ? 1 : 0;
 212         }
 213         return total;
 214 }
 215
 216 lg.countBridge = function (v) {
 217         return this.countElem(0,v);
 218 }
 219
 220 lg.countOverlappingNetworks = function (ip) {
 221         var data = this.getAllData();
 222         var total = 0;
 223         for (var i = 0; i < data.length; ++i) {
 224                 var net = getNetworkAddress(data[i][2], data[i][3]);
 225                 var brd = getBroadcastAddress(net, data[i][3]);
 226                 total += ((aton(ip) <= aton(brd)) && (aton(ip) >= aton(net))) ? 1 : 0;
 227         }
 228         return total;
 229 }
 230
 231 lg.verifyFields = function(row, quiet) {
 232         var ok=1;
 233         var f;
 234
 235         f = fields.getAll(row);
 236
 237         for(var j=0; j<= MAX_BRIDGE_ID ; j++) {
 238                 f[0].options[j].disabled = (this.countBridge(j) > 0);
 239         }
 240
 241         if(this.countBridge(f[0].selectedIndex) > 0) {
 242                 ferror.set(f[0], 'Cannot add another entry for bridge br' + f[0].selectedIndex, quiet);
 243                 ok = 0;
 244         } else {
 245                 ferror.clear(f[0]);
 246         }
 247 // valid IP address?
 248         if(!v_ip(f[2], quiet || !ok))
 249                 ok = 0;
 250 // if we have a properly defined IP address - 0.0.0.0 is NOT a valid IP address for our intents/purposes!
 251         if ((f[2].value != '') && (f[2].value != '0.0.0.0')) {
 252 // allow DHCP to be enabled
 253                 f[4].disabled = 0;
 254 // validate netmask
 255                 if(!v_netmask(f[3], quiet || !ok)) {
 256                         return 0;
 257                 } else {
 258 // should be 22 bits or smaller network
 259                         if ((numberOfBitsOnNetMask(f[3].value) < 22) && (nvram.cstats_enable == '1' )) {
 260                                 if (!confirm("Netmask should have at least 22 bits (255.255.252.0). You may continue anyway but remember - you was warned")) return;
 261                         } else {
 262                                 ferror.clear(f[3]);
 263                         }
 264                 }
 265                 if(f[2].value == getNetworkAddress(f[2].value, f[3].value)) {
 266                         var s = 'Invalid IP address or subnet mask (the address of the network cannot be used)';
 267                         ferror.set(f[2], s, quiet);
 268                         ferror.set(f[3], s, quiet);
 269                         return 0;
 270                 } else
 271                 if(f[2].value == getBroadcastAddress(getNetworkAddress(f[2].value, f[3].value), f[3].value)) {
 272                         var s = 'Invalid IP address or subnet mask (the broadcast address cannot be used)';
 273                         ferror.set(f[2], s, quiet);
 274                         ferror.set(f[3], s, quiet);
 275                         return 0;
 276                 } else
 277                 if (this.countOverlappingNetworks(f[2].value) > 0) {
 278                         var s = 'Invalid IP address or subnet mask (conflicts/overlaps with another LAN bridge)';
 279                         ferror.set(f[2], s, quiet);
 280                         ferror.set(f[3], s, quiet);
 281                         return 0;
 282                 } else {
 283                         ferror.clear(f[2]);
 284                         ferror.clear(f[3]);
 285                 }
 286         } else {
 287                 f[4].checked = 0;
 288                 f[4].disabled = 1;
 289         }
 290 // dhcp enabled?
 291         if( (f[4].checked) && (v_ip(f[2], 1)) && (v_netmask(f[3],1)) ) {
 292                 f[5].disabled = 0;
 293                 f[6].disabled = 0;
 294                 f[7].disabled = 0;
 295 // first/last IP still unset?
 296                 if (f[5].value == '') {
 297                         var l;
 298                         var m = aton(f[2].value) & aton(f[3].value);
 299                         var o = (m) ^ (~ aton(f[3].value))
 300                         var n = o - m;
 301                         do {
 302                                 if (--n < 0) {
 303                                         f[5].value = '';
 304                                         return;
 305                                 }
 306                                 m++;
 307                         } while (((l = fixIP(ntoa(m), 1)) == null) || (l == f[2].value) );
 308                         f[5].value = l;
 309                 }
 310                 if (f[6].value == '') {
 311                         var l;
 312                         var m = aton(f[2].value) & aton(f[3].value);
 313                         var o = (m) ^ (~ aton(f[3].value));
 314                         var n = o - m;
 315                         do {
 316                                 if (--n < 0) {
 317                                         f[6].value = '';
 318                                         return;
 319                                 }
 320                                 o--;
 321                         } while (((l = fixIP(ntoa(o), 1)) == null) || (l == f[2].value) );
 322                         f[6].value = l;
 323                 }
 324 // first IP valid?
 325                 if ((getNetworkAddress(f[5].value, f[3].value) != getNetworkAddress(f[2].value, f[3].value)) ||
 326                         (f[5].value == getBroadcastAddress(getNetworkAddress(f[2].value, f[3].value), f[3].value)) ||
 327                         (f[5].value == getNetworkAddress(f[2].value, f[3].value)) ||
 328                         (f[2].value == f[5].value)) {
 329                         ferror.set(f[5], 'Invalid first IP address or subnet mask', quiet || !ok);
 330                         return 0;
 331                 } else {
 332                         ferror.clear(f[5]);
 333                 }
 334 // last IP valid?
 335                 if ((getNetworkAddress(f[6].value, f[3].value) != getNetworkAddress(f[2].value, f[3].value)) ||
 336                         (f[6].value == getBroadcastAddress(getNetworkAddress(f[2].value, f[3].value), f[3].value)) ||
 337                         (f[6].value == getNetworkAddress(f[2].value, f[3].value)) ||
 338                         (f[2].value == f[6].value)) {
 339                         ferror.set(f[6], 'Invalid last IP address or subnet mask', quiet || !ok);
 340                         return 0;
 341                 } else {
 342                         ferror.clear(f[6]);
 343                 }
 344 // validate range, swap first/last IP if needed
 345                 if (aton(f[6].value) < aton(f[5].value)) {
 346                         var t = f[5].value;
 347                         f[5].value = f[6].value;
 348                         f[6].value = t;
 349                 }
 350 // lease time
 351                 if (parseInt(f[7].value*1) == 0)
 352                         f[7].value = 1440; // from nvram/defaults.c
 353                 if(!v_mins(f[7], quiet || !ok, 1, 10080))
 354                         ok = 0;
 355         } else {
 356                 f[5].disabled = 1;
 357                 f[6].disabled = 1;
 358                 f[7].disabled = 1;
 359                 ferror.clear(f[5]);
 360                 ferror.clear(f[6]);
 361                 ferror.clear(f[7]);
 362         }
 363         return ok;
 364 }
 365
 366 W('<style type=\'text/css\'>');
 367 for (var u = 0; u < wl_ifaces.length; ++u) {
 368         W('#spin'+wl_unit(u)+', ');
 369 }
 370 W('#spin {');
 371 W('     visibility: hidden;');
 372 W('     vertical-align: middle;');
 373 W('}');
 374 W('</style>');
 375
 376 var xob = null;
 377 var refresher = [];
 378 var nphy = features('11n');
 379 var acphy = features('11ac');
 380
 381 var ghz = [];
 382 var bands = [];
 383 var nm_loaded = [], ch_loaded = [], max_channel = [];
 384
 385 for (var uidx = 0; uidx < wl_ifaces.length; ++uidx) {
 386 //      if(wl_ifaces[uidx][0].indexOf('.') < 0) {
 387         if (wl_sunit(uidx)<0) {
 388                 var b;
 389                 b = [];
 390                 for (var i = 0; i < wl_bands[uidx].length; ++i) {
 391                         b.push([wl_bands[uidx][i] + '', (wl_bands[uidx][i] == '1') ? '5 GHz' : '2.4 GHz']);
 392                 }
 393                 bands.push(b);
 394
 395                 b = [];
 396                 ghz.push(b);
 397
 398                 nm_loaded.push(0);
 399                 ch_loaded.push(0);
 400                 max_channel.push(0);
 401                 refresher.push(null);
 402         }
 403 }
 404
 405 function selectedBand(uidx)
 406 {
 407         if (bands[uidx].length > 1) {
 408                 var e = E('_f_wl'+u+'_nband');
 409                 return (e.value + '' == '' ? eval('nvram.wl'+u+'_nband') : e.value);
 410         } else if (bands[uidx].length > 0) {
 411                 return bands[uidx][0][0] || '0';
 412         } else {
 413                 return '0';
 414         }
 415 }
 416
 417 function refreshNetModes(uidx)
 418 {
 419         var e, i, buf, val;
 420
 421         if (uidx >= wl_ifaces.length) return;
 422         var u = wl_unit(uidx);
 423
 424         var m = [['mixed','Auto']];
 425         if (selectedBand(uidx) == '1') {
 426                 m.push(['a-only','A Only']);
 427                 if (nphy) {
 428                         m.push(['n-only','N Only']);
 429                 }
 430         }
 431         else {
 432                 m.push(['b-only','B Only']);
 433                 m.push(['g-only','G Only']);
 434                 if (nphy) {
 435                         m.push(['bg-mixed','B/G Mixed']);
 436                         m.push(['n-only','N Only']);
 437                 }
 438         }
 439
 440         e = E('_wl'+u+'_net_mode');
 441         buf = '';
 442         val = (!nm_loaded[uidx] || (e.value + '' == '')) ? eval('nvram.wl'+u+'_net_mode') : e.value;
 443         if (val == 'disabled') val = 'mixed';
 444         for (i = 0; i < m.length; ++i)
 445                 buf += '<option value="' + m[i][0] + '"' + ((m[i][0] == val) ? ' selected' : '') + '>' + m[i][1] + '</option>';
 446
 447         e = E('__wl'+u+'_net_mode');
 448         buf = '<select name="wl'+u+'_net_mode" onchange="verifyFields(this, 1)" id = "_wl'+u+'_net_mode">' + buf + '</select>';
 449         elem.setInnerHTML(e, buf);
 450         nm_loaded[uidx] = 1;
 451 }
 452
 453 function refreshBandWidth(uidx)
 454 {
 455         var e, i, buf, val;
 456
 457         if (uidx >= wl_ifaces.length) return;
 458         var u = wl_unit(uidx);
 459
 460         var m = [['0','20 MHz']];
 461         if(nphy || acphy){
 462                 m.push(['1','40 MHz']);
 463         }
 464         if(acphy && selectedBand(uidx) == '1') {
 465                 m.push(['3','80 MHz']);
 466         }
 467
 468         e = E('_wl'+u+'_nbw_cap');
 469         buf = '';
 470         val = (!nm_loaded[uidx] || (e.value + '' == '')) ? eval('nvram.wl'+u+'_nbw_cap') : e.value;
 471         for (i = 0; i < m.length; ++i)
 472                 buf += '<option value="' + m[i][0] + '"' + ((m[i][0] == val) ? ' selected' : '') + '>' + m[i][1] + '</option>';
 473
 474         e = E('__wl'+u+'_nbw_cap');
 475         buf = '<select name="wl'+u+'_nbw_cap" onchange="verifyFields(this, 1)" id = "_wl'+u+'_nbw_cap">' + buf + '</select>';
 476         elem.setInnerHTML(e, buf);
 477         nm_loaded[uidx] = 1;
 478 }
 479
 480 function refreshChannels(uidx)
 481 {
 482         if (refresher[uidx] != null) return;
 483         if (u >= wl_ifaces.length) return;
 484         var u = wl_unit(uidx);
 485
 486         refresher[uidx] = new XmlHttp();
 487         refresher[uidx].onCompleted = function(text, xml) {
 488                 try {
 489                         var e, i, buf, val;
 490
 491                         var wl_channels = [];
 492                         eval(text);
 493
 494                         ghz[uidx] = [];
 495                         max_channel[uidx] = 0;
 496                         for (i = 0; i < wl_channels.length; ++i) {
 497                                 ghz[uidx].push([wl_channels[i][0] + '',
 498                                         (wl_channels[i][0]) ? ((wl_channels[i][1]) ? wl_channels[i][0] + ' - ' + (wl_channels[i][1] / 1000.0).toFixed(3) + ' GHz' : wl_channels[i][0] + '') : 'Auto (deprecated)']);
 499                                 max_channel[uidx] = wl_channels[i][0] * 1;
 500                         }
 501
 502                         e = E('_wl'+u+'_channel');
 503                         buf = '';
 504                         val = (!ch_loaded[uidx] || (e.value + '' == '')) ? eval('nvram.wl'+u+'_channel') : e.value;
 505                         for (i = 0; i < ghz[uidx].length; ++i)
 506                                 buf += '<option value="' + ghz[uidx][i][0] + '"' + ((ghz[uidx][i][0] == val) ? ' selected' : '') + '>' + ghz[uidx][i][1] + '</option>';
 507
 508                         e = E('__wl'+u+'_channel');
 509                         buf = '<select name="wl'+u+'_channel" onchange="verifyFields(this, 1)" id = "_wl'+u+'_channel">' + buf + '</select>';
 510                         elem.setInnerHTML(e, buf);
 511                         ch_loaded[uidx] = 1;
 512
 513                         refresher[uidx] = null;
 514                         verifyFields(null, 1);
 515                 }
 516                 catch (x) {
 517                 }
 518                 refresher[uidx] = null;
 519         }
 520
 521         var bw, sb, e;
 522
 523         e = E('_f_wl'+u+'_nctrlsb');
 524         sb = (e.value + '' == '' ? eval('nvram.wl'+u+'_nctrlsb') : e.value);
 525         e = E('_wl'+u+'_nbw_cap');
 526         switch(e.value + '' == '' ? eval('nvram.wl'+u+'_nbw_cap') : e.value) {
 527                 case '0':
 528                         bw = '20';
 529                         break;
 530                 case '1':
 531                         bw = '40';
 532                         break;
 533                 case '3':
 534                         bw = '80';
 535                         break;
 536                 default:
 537                         alert("Wrong nbw_cap.");
 538         }
 539
 540         refresher[uidx].onError = function(ex) { alert(ex); refresher[uidx] = null; reloadPage(); }
 541         refresher[uidx].post('update.cgi', 'exec=wlchannels&arg0=' + u + '&arg1=' + (nphy || acphy ? '1' : '0') +
 542                 '&arg2=' + bw + '&arg3=' + selectedBand(uidx) + '&arg4=' + sb);
 543 }
 544
 545 function spin(x, unit)
 546 {
 547         for (var u = 0; u < wl_ifaces.length; ++u) {
 548                 E('_f_wl'+wl_unit(u)+'_scan').disabled = x;
 549         }
 550         var e = E('_f_wl'+unit+'_scan');
 551         if (x) e.value = 'Scan ' + (wscan.tries + 1);
 552                 else e.value = 'Scan';
 553         E('spin'+unit).style.visibility = x ? 'visible' : 'hidden';
 554 }
 555
 556 function scan()
 557 {
 558         if (xob) return;
 559
 560         var unit = wscan.unit;
 561         var uidx = wl_uidx(unit);
 562
 563         xob = new XmlHttp();
 564         xob.onCompleted = function(text, xml) {
 565                 try {
 566                         var i;
 567
 568                         wlscandata = [];
 569                         eval(text);
 570
 571                         for (i = 0; i < wlscandata.length; ++i) {
 572                                 var data = wlscandata[i];
 573                                 var ch = data[2];
 574                                 var mac = data[0];
 575
 576                                 if (!wscan.inuse[ch]) {
 577                                         wscan.inuse[ch] = {
 578                                                 count: 0,
 579                                                 rssi: -999,
 580                                                 ssid: ''
 581                                         };
 582                                 }
 583
 584                                 if (!wscan.seen[mac]) {
 585                                         wscan.seen[mac] = 1;
 586                                         ++wscan.inuse[ch].count;
 587                                 }
 588
 589                                 if (data[4] > wscan.inuse[ch].rssi) {
 590                                         wscan.inuse[ch].rssi = data[4];
 591                                         wscan.inuse[ch].ssid = data[1];
 592                                 }
 593                         }
 594                         var e = E('_wl'+unit+'_channel');
 595                         for (i = 1; i < ghz[uidx].length; ++i) {
 596                                 var s = ghz[uidx][i][1];
 597                                 var u = wscan.inuse[ghz[uidx][i][0]];
 598                                 if (u) s += ' (' + u.count + ' AP' + (u.count == 1 ? '' : 's') + ' / strongest: "' + escapeHTML(ellipsis(u.ssid, 15)) + '" ' + u.rssi + ' dBm)';
 599                                 e.options[i].innerHTML = s;
 600                         }
 601                         e.style.width = '400px';
 602
 603                         xob = null;
 604
 605                         if (wscan.tries < 4) {
 606                                 ++wscan.tries;
 607                                 setTimeout(scan, 1000);
 608                                 return;
 609                         }
 610                 }
 611                 catch (x) {
 612                 }
 613                 spin(0, unit);
 614         }
 615         xob.onError = function(x) {
 616                 alert('error: ' + x);
 617                 spin(0, unit);
 618                 xob = null;
 619         }
 620
 621         spin(1, unit);
 622         xob.post('update.cgi', 'exec=wlscan&arg0='+unit);
 623 }
 624
 625 function scanButton(u)
 626 {
 627         if (xob) return;
 628
 629         wscan = {
 630                 unit: u,
 631                 seen: [],
 632                 inuse: [],
 633                 tries: 0
 634         };
 635
 636         scan();
 637 }
 638
 639 function joinAddr(a) {
 640         var r, i, s;
 641
 642         r = [];
 643         for (i = 0; i < a.length; ++i) {
 644                 s = a[i];
 645                 if ((s != '00:00:00:00:00:00') && (s != '0.0.0.0')) r.push(s);
 646         }
 647         return r.join(' ');
 648 }
 649
 650 function random_x(max)
 651 {
 652         var c = '0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz';
 653         var s = '';
 654         while (max-- > 0) s += c.substr(Math.floor(c.length * Math.random()), 1);
 655         return s;
 656 }
 657
 658 function random_psk(id)
 659 {
 660         var e = E(id);
 661         e.value = random_x(63);
 662         verifyFields(null, 1);
 663 }
 664
 665 function random_wep(u)
 666 {
 667         E('_wl'+u+'_passphrase').value = random_x(16);
 668         generate_wep(u);
 669 }
 670
 671 function v_wep(e, quiet)
 672 {
 673         var s = e.value;
 674
 675         if (((s.length == 5) || (s.length == 13)) && (s.length == (e.maxLength >> 1))) {
 676                 // no checking
 677         }
 678         else {
 679                 s = s.toUpperCase().replace(/[^0-9A-F]/g, '');
 680                 if (s.length != e.maxLength) {
 681                         ferror.set(e, 'Invalid WEP key. Expecting ' + e.maxLength + ' hex or ' + (e.maxLength >> 1) + ' ASCII characters.', quiet);
 682                         return 0;
 683                 }
 684         }
 685
 686         e.value = s;
 687         ferror.clear(e);
 688         return 1;
 689 }
 690
 691 // compatible w/ Linksys' and Netgear's (key 1) method for 128-bits
 692 function generate_wep(u)
 693 {
 694         function _wepgen(pass, i)
 695         {
 696                 while (pass.length < 64) pass += pass;
 697                 return hex_md5(pass.substr(0, 64)).substr(i, (E('_wl'+u+'_wep_bit').value == 128) ? 26 : 10);
 698         }
 699
 700         var e = E('_wl'+u+'_passphrase');
 701         var pass = e.value;
 702         if (!v_length(e, false, 3)) return;
 703         E('_wl'+u+'_key1').value = _wepgen(pass, 0);
 704         pass += '#$%';
 705         E('_wl'+u+'_key2').value = _wepgen(pass, 2);
 706         pass += '!@#';
 707         E('_wl'+u+'_key3').value = _wepgen(pass, 4);
 708         pass += '%&^';
 709         E('_wl'+u+'_key4').value = _wepgen(pass, 6);
 710         verifyFields(null, 1);
 711 }
 712
 713 function verifyFields(focused, quiet)
 714 {
 715         var i;
 716         var ok = 1;
 717         var a, b, c, d, e;
 718         var u, uidx;
 719         var wmode, sm2;
 720
 721         var n = E('_f_lan_state').checked;
 722         E('_f_lan_desc').disabled = !n;
 723         E('_f_lan_invert').disabled = !n;
 724
 725         for (uidx = 0; uidx < wl_ifaces.length; ++uidx) {
 726 //              if(wl_ifaces[uidx][0].indexOf('.') < 0) {
 727                 if (wl_sunit(uidx)<0) {
 728                         u = wl_unit(uidx);
 729                         if (focused == E('_f_wl'+u+'_nband')) {
 730                                 refreshNetModes(uidx);
 731                                 refreshChannels(uidx);
 732                                 refreshBandWidth(uidx);
 733                         }
 734                         else if (focused == E('_f_wl'+u+'_nctrlsb') || focused == E('_wl'+u+'_nbw_cap')) {
 735                                 refreshChannels(uidx);
 736                         }
 737                 }
 738         }
 739
 740         // --- visibility ---
 741
 742         var vis = {
 743                 _wan_proto: 1,
 744                 _ppp_username: 1,
 745                 _ppp_passwd: 1,
 746                 _ppp_service: 1,
 747                 _ppp_custom: 1,
 748                 _l2tp_server_ip: 1,
 749                 _wan_ipaddr: 1,
 750                 _wan_netmask: 1,
 751                 _wan_gateway: 1,
 752                 _pptp_server_ip: 1,
 753                 _f_pptp_dhcp: 1,
 754                 _ppp_demand: 1,
 755                 _ppp_idletime: 1,
 756                 _ppp_redialperiod: 1,
 757                 _pppoe_lei: 1,
 758                 _pppoe_lef: 1,
 759                 _mtu_enable: 1,
 760                 _f_wan_mtu: 1,
 761                 _f_wan_islan: 0,
 762                 _f_ppp_mlppp: 1,
 763                 _modem_ipaddr: 1,
 764
 765                 _f_dns_1: 1,
 766                 _f_dns_2: 1,
 767                 _f_dns_3: 1,
 768 /* DNSSEC-BEGIN */
 769                 _f_dnssec_enable: 1,
 770 /* DNSSEC-END */
 771                 _lan_gateway: 1,
 772                 _wan_wins: 1,
 773                 _modem_pin: 1,
 774                 _modem_dev: 1,
 775                 _modem_init: 1,
 776                 _modem_apn: 1
 777         };
 778
 779         var wl_vis = [];
 780         for (uidx = 0; uidx < wl_ifaces.length; ++uidx) {
 781 //              if(wl_ifaces[uidx][0].indexOf('.') < 0) {
 782                 if (wl_sunit(uidx)<0) {
 783                         a = {
 784                         _f_wl_radio: 1,
 785                         _f_wl_mode: 1,
 786                         _f_wl_nband: (bands[uidx].length > 1) ? 1 : 0,
 787                         _wl_net_mode: 1,
 788                         _wl_ssid: 1,
 789                         _f_wl_bcast: 1,
 790                         _wl_channel: 1,
 791                         _wl_nbw_cap: nphy || acphy ? 1 : 0,
 792                         _f_wl_nctrlsb: nphy || acphy ? 1 : 0,
 793                         _f_wl_scan: 1,
 794
 795                         _wl_security_mode: 1,
 796                         _wl_crypto: 1,
 797                         _wl_wpa_psk: 1,
 798                         _f_wl_psk_random1: 1,
 799                         _f_wl_psk_random2: 1,
 800                         _wl_wpa_gtk_rekey: 1,
 801                         _wl_radius_key: 1,
 802                         _wl_radius_ipaddr: 1,
 803                         _wl_radius_port: 1,
 804                         _wl_wep_bit: 1,
 805                         _wl_passphrase: 1,
 806                         _f_wl_wep_gen: 1,
 807                         _f_wl_wep_random: 1,
 808                         _wl_key1: 1,
 809                         _wl_key2: 1,
 810                         _wl_key3: 1,
 811                         _wl_key4: 1,
 812
 813                         _f_wl_lazywds: 1,
 814                         _f_wl_wds_0: 1
 815                         };
 816                         wl_vis.push(a);
 817                 }
 818         }
 819
 820         var wan = E('_wan_proto').value;
 821
 822         for (uidx = 0; uidx < wl_ifaces.length; ++uidx) {
 823 //              if(wl_ifaces[uidx][0].indexOf('.') < 0) {
 824                 if (wl_sunit(uidx)<0) {
 825                         wmode = E('_f_wl'+wl_unit(uidx)+'_mode').value;
 826
 827                         if (wmode == 'wet') {
 828                                 wan = 'disabled';
 829                                 vis._wan_proto = 0;
 830                         }
 831
 832                         if ((wan == 'disabled') || (wmode == 'sta') || (wmode == 'wet')) {
 833                                 vis._f_wan_islan = 1;
 834                         }
 835                 }
 836         }
 837
 838         switch (wan) {
 839         case 'disabled':
 840                 vis._ppp_username = 0;
 841                 vis._ppp_service = 0;
 842                 vis._ppp_custom = 0;
 843                 vis._l2tp_server_ip = 0;
 844                 vis._wan_ipaddr = 0;
 845                 vis._wan_netmask = 0;
 846                 vis._wan_gateway = 0;
 847                 vis._pptp_server_ip = 0;
 848                 vis._f_pptp_dhcp = 0;
 849                 vis._ppp_demand = 0;
 850                 vis._mtu_enable = 0;
 851                 vis._f_wan_mtu = 0;
 852                 vis._f_ppp_mlppp = 0;
 853                 vis._modem_ipaddr = 0;
 854                 vis._modem_pin = 0;
 855                 vis._modem_dev = 0;
 856                 vis._modem_init = 0;
 857                 vis._modem_apn = 0;
 858                 vis._pppoe_lei = 0;
 859                 vis._pppoe_lef = 0;
 860                 break;
 861         case 'dhcp':
 862                 vis._l2tp_server_ip = 0;
 863                 vis._pppoe_lei = 0;
 864                 vis._pppoe_lef = 0;
 865                 vis._ppp_demand = 0;
 866                 vis._ppp_service = 0;
 867                 vis._ppp_username = 0;
 868                 vis._ppp_custom = 0;
 869                 vis._pptp_server_ip = 0;
 870                 vis._f_pptp_dhcp = 0;
 871                 vis._wan_gateway = 0;
 872                 vis._wan_ipaddr = 0;
 873                 vis._wan_netmask = 0;
 874                 vis._f_ppp_mlppp = 0;
 875                 vis._modem_ipaddr = 1;
 876
 877                 vis._lan_gateway = 0;
 878                 vis._modem_pin = 0;
 879                 vis._modem_dev = 0;
 880                 vis._modem_init = 0;
 881                 vis._modem_apn = 0;
 882                 break;
 883         case 'pppoe':
 884                 vis._l2tp_server_ip = 0;
 885                 vis._pptp_server_ip = 0;
 886                 vis._f_pptp_dhcp = 0;
 887                 vis._wan_gateway = 0;
 888                 vis._wan_ipaddr = 0;
 889                 vis._wan_netmask = 0;
 890                 vis._modem_ipaddr = 1;
 891
 892                 vis._lan_gateway = 0;
 893                 vis._modem_pin = 0;
 894                 vis._modem_dev = 0;
 895                 vis._modem_init = 0;
 896                 vis._modem_apn = 0;
 897                 break;
 898         case 'ppp3g':
 899                 vis._pppoe_lei = 0;
 900                 vis._pppoe_lef = 0;
 901                 vis._ppp_service = 0;
 902                 vis._l2tp_server_ip = 0;
 903                 vis._pptp_server_ip = 0;
 904                 vis._f_pptp_dhcp = 0;
 905                 vis._wan_gateway = 0;
 906                 vis._wan_ipaddr = 0;
 907                 vis._wan_netmask = 0;
 908                 vis._lan_gateway = 0;
 909                 vis._modem_ipaddr = 0;
 910                 vis._f_ppp_mlppp = 0;
 911                 break;
 912         case 'lte':
 913                 vis._pppoe_lei = 0;
 914                 vis._pppoe_lef = 0;
 915                 vis._ppp_service = 0;
 916                 vis._ppp_demand = 0;
 917                 vis._ppp_service = 0;
 918                 vis._ppp_username = 0;
 919                 vis._ppp_custom = 0;
 920                 vis._l2tp_server_ip = 0;
 921                 vis._pptp_server_ip = 0;
 922                 vis._f_pptp_dhcp = 0;
 923                 vis._wan_gateway = 0;
 924                 vis._wan_ipaddr = 0;
 925                 vis._wan_netmask = 0;
 926                 vis._lan_gateway = 0;
 927                 vis._modem_ipaddr = 0;
 928                 vis._modem_dev = 0;
 929                 vis._modem_init = 0;
 930                 vis._f_ppp_mlppp = 0;
 931                 break;
 932         case 'static':
 933                 vis._pppoe_lei = 0;
 934                 vis._pppoe_lef = 0;
 935                 vis._l2tp_server_ip = 0;
 936                 vis._ppp_demand = 0;
 937                 vis._ppp_service = 0;
 938                 vis._ppp_username = 0;
 939                 vis._ppp_custom = 0;
 940                 vis._pptp_server_ip = 0;
 941                 vis._f_pptp_dhcp = 0;
 942                 vis._f_ppp_mlppp = 0;
 943                 vis._modem_ipaddr = 1;
 944
 945                 vis._lan_gateway = 0;
 946                 vis._modem_pin = 0;
 947                 vis._modem_dev = 0;
 948                 vis._modem_init = 0;
 949                 vis._modem_apn = 0;
 950                 break;
 951         case 'pptp':
 952                 vis._pppoe_lei = 0;
 953                 vis._pppoe_lef = 0;
 954                 vis._l2tp_server_ip = 0;
 955                 vis._ppp_service = 0;
 956                 vis._wan_gateway = (!E('_f_pptp_dhcp').checked);
 957                 vis._wan_ipaddr = (!E('_f_pptp_dhcp').checked);
 958                 vis._modem_ipaddr = 0;
 959
 960                 vis._lan_gateway = 0;
 961                 vis._modem_pin = 0;
 962                 vis._modem_dev = 0;
 963                 vis._modem_init = 0;
 964                 vis._modem_apn = 0;
 965                 break;
 966         case 'l2tp':
 967                 vis._pppoe_lei = 0;
 968                 vis._pppoe_lef = 0;
 969                 vis._pptp_server_ip = 0;
 970                 vis._ppp_service = 0;
 971                 vis._wan_gateway = (!E('_f_pptp_dhcp').checked);
 972                 vis._wan_ipaddr = (!E('_f_pptp_dhcp').checked);
 973                 vis._modem_ipaddr = 0;
 974
 975                 vis._lan_gateway = 0;
 976                 vis._modem_pin = 0;
 977                 vis._modem_dev = 0;
 978                 vis._modem_init = 0;
 979                 vis._modem_apn = 0;
 980                 break;
 981         }
 982
 983         vis._ppp_idletime = (E('_ppp_demand').value == 1) && vis._ppp_demand
 984         vis._ppp_redialperiod = !vis._ppp_idletime && vis._ppp_demand;
 985
 986         if (vis._mtu_enable) {
 987                 if (E('_mtu_enable').value == 0) {
 988                         vis._f_wan_mtu = 2;
 989                         a = E('_f_wan_mtu');
 990                         switch (E('_wan_proto').value) {
 991                         case 'pppoe':
 992                                 a.value = 1492;
 993                                 break;
 994                         case 'pptp':
 995                         case 'l2tp':
 996                                 a.value = 1460;
 997                                 break;
 998                          default:
 999                                 a.value = 1500;
1000                                 break;
1001                         }
1002                 }
1003         }
1004
1005 /* DNSCRYPT-BEGIN */
1006         var p = E('_f_dnscrypt_proxy').checked;
1007         vis._dnscrypt_priority = p;
1008         vis._dnscrypt_port = p;
1009         vis._dnscrypt_log = p;
1010         vis._f_dnscrypt_manual = p;
1011         var q = E('_f_dnscrypt_proxy').checked && E('_f_dnscrypt_manual').checked;
1012         vis._dnscrypt_provider_name = q;
1013         vis._dnscrypt_provider_key = q;
1014         vis._dnscrypt_resolver_address = q;
1015         var r = E('_f_dnscrypt_proxy').checked && !E('_f_dnscrypt_manual').checked;
1016         vis._dnscrypt_resolver = r;
1017 /* DNSCRYPT-END */
1018
1019         for (uidx = 0; uidx < wl_ifaces.length; ++uidx) {
1020 //              if(wl_ifaces[uidx][0].indexOf('.') < 0) {
1021                 if (wl_sunit(uidx)<0) {
1022                         u = wl_unit(uidx);
1023                         wmode = E('_f_wl'+u+'_mode').value;
1024
1025                         if (!E('_f_wl'+u+'_radio').checked) {
1026                                 for (a in wl_vis[uidx]) {
1027                                         wl_vis[uidx][a] = 2;
1028                                 }
1029                                 wl_vis[uidx]._f_wl_radio = 1;
1030                                 wl_vis[uidx]._wl_nbw_cap = nphy || acphy ? 2 : 0;
1031                                 wl_vis[uidx]._f_wl_nband = (bands[uidx].length > 1) ? 2 : 0;
1032                         }
1033
1034                         switch (wmode) {
1035                         case 'apwds':
1036                         case 'wds':
1037                                 break;
1038                         case 'wet':
1039                         case 'sta':
1040                                 wl_vis[uidx]._f_wl_bcast = 0;
1041                                 wl_vis[uidx]._wl_channel = 0;
1042                                 wl_vis[uidx]._wl_nbw_cap = 0;
1043                                 vis._modem_ipaddr = 0;
1044                         default:
1045                                 wl_vis[uidx]._f_wl_lazywds = 0;
1046                                 wl_vis[uidx]._f_wl_wds_0 = 0;
1047                                 break;
1048                         }
1049
1050                         sm2 = E('_wl'+u+'_security_mode').value;
1051                         switch (sm2) {
1052                         case 'disabled':
1053                                 wl_vis[uidx]._wl_crypto = 0;
1054                                 wl_vis[uidx]._wl_wep_bit = 0;
1055                                 wl_vis[uidx]._wl_wpa_psk = 0;
1056                                 wl_vis[uidx]._wl_radius_key = 0;
1057                                 wl_vis[uidx]._wl_radius_ipaddr = 0;
1058                                 wl_vis[uidx]._wl_wpa_gtk_rekey = 0;
1059                                 break;
1060                         case 'wep':
1061                                 wl_vis[uidx]._wl_crypto = 0;
1062                                 wl_vis[uidx]._wl_wpa_psk = 0;
1063                                 wl_vis[uidx]._wl_radius_key = 0;
1064                                 wl_vis[uidx]._wl_radius_ipaddr = 0;
1065                                 wl_vis[uidx]._wl_wpa_gtk_rekey = 0;
1066                                 break;
1067                         case 'radius':
1068                                 wl_vis[uidx]._wl_crypto = 0;
1069                                 wl_vis[uidx]._wl_wpa_psk = 0;
1070                                 break;
1071                         default:        // wpa*
1072                                 wl_vis[uidx]._wl_wep_bit = 0;
1073                                 if (sm2.indexOf('personal') != -1) {
1074                                         wl_vis[uidx]._wl_radius_key = 0;
1075                                         wl_vis[uidx]._wl_radius_ipaddr = 0;
1076                                 }
1077                                 else {
1078                                         wl_vis[uidx]._wl_wpa_psk = 0;
1079                                 }
1080                                 break;
1081                         }
1082
1083                         if ((E('_f_wl'+u+'_lazywds').value == 1) && (wl_vis[uidx]._f_wl_wds_0 == 1)) {
1084                                 wl_vis[uidx]._f_wl_wds_0 = 2;
1085                         }
1086
1087                         if (wl_vis[uidx]._wl_nbw_cap != 0) {
1088                                 switch (E('_wl'+u+'_net_mode').value) {
1089                                 case 'b-only':
1090                                 case 'g-only':
1091                                 case 'a-only':
1092                                 case 'bg-mixed':
1093                                         wl_vis[uidx]._wl_nbw_cap = 2;
1094                                         if (E('_wl'+u+'_nbw_cap').value != '0') {
1095                                                 E('_wl'+u+'_nbw_cap').value = 0;
1096                                                 refreshChannels(uidx);
1097                                         }
1098                                         break;
1099                                 }
1100                                 // avoid Enterprise-TKIP with 40MHz
1101                                 if ((sm2 == 'wpa_enterprise') && (E('_wl'+u+'_crypto').value == 'tkip')) {
1102                                         wl_vis[uidx]._wl_nbw_cap = 2;
1103                                         if (E('_wl'+u+'_nbw_cap').value != '0') {
1104                                                 E('_wl'+u+'_nbw_cap').value = 0;
1105                                                 refreshChannels(uidx);
1106                                         }
1107                                 }
1108                         }
1109
1110                         wl_vis[uidx]._f_wl_nctrlsb = (E('_wl'+u+'_nbw_cap').value == 0) ? 0 : wl_vis[uidx]._wl_nbw_cap;
1111
1112 /* REMOVE-BEGIN
1113         This is ugly...
1114         Special case - 2.4GHz band, currently running in B/G-only mode,
1115         with N/Auto and 40MHz selected in the GUI.
1116         Channel list is not filtered in this case by the wl driver,
1117         and includes all channels available with 20MHz channel width.
1118 REMOVE-END */
1119                         b = selectedBand(uidx);
1120                         if (wl_vis[uidx]._wl_channel == 1 && wl_vis[uidx]._f_wl_nctrlsb != 0 &&
1121                            ((b == '2') || (wl_vis[uidx]._f_wl_nband == 0 && b == '0'))) {
1122                                 switch (eval('nvram.wl'+u+'_net_mode')) {
1123                                 case 'b-only':
1124                                 case 'g-only':
1125                                 case 'bg-mixed':
1126                                         i = E('_wl'+u+'_channel').value * 1;
1127                                         if (i > 0 && i < 5) {
1128                                                 E('_f_wl'+u+'_nctrlsb').value = 'lower';
1129                                                 wl_vis[uidx]._f_wl_nctrlsb = 2;
1130                                         }
1131                                         else if (i > max_channel[uidx] - 4) {
1132                                                 E('_f_wl'+u+'_nctrlsb').value = 'upper';
1133                                                 wl_vis[uidx]._f_wl_nctrlsb = 2;
1134                                         }
1135                                         break;
1136                                 }
1137                         }
1138
1139                         wl_vis[uidx]._f_wl_scan = wl_vis[uidx]._wl_channel;
1140                         wl_vis[uidx]._f_wl_psk_random1 = wl_vis[uidx]._wl_wpa_psk;
1141                         wl_vis[uidx]._f_wl_psk_random2 = wl_vis[uidx]._wl_radius_key;
1142                         wl_vis[uidx]._wl_radius_port = wl_vis[uidx]._wl_radius_ipaddr;
1143                         wl_vis[uidx]._wl_key1 = wl_vis[uidx]._wl_key2 = wl_vis[uidx]._wl_key3 = wl_vis[uidx]._wl_key4 = wl_vis[uidx]._f_wl_wep_gen = wl_vis[uidx]._f_wl_wep_random = wl_vis[uidx]._wl_passphrase = wl_vis[uidx]._wl_wep_bit;
1144
1145                         for (i = 1; i < 10; ++i) {
1146                                 wl_vis[uidx]['_f_wl_wds_' + i] = wl_vis[uidx]._f_wl_wds_0;
1147                         }
1148                 }
1149         } // for each wl_iface
1150
1151         vis._ppp_passwd = vis._ppp_username;
1152
1153         for (a in vis) {
1154                 b = E(a);
1155                 c = vis[a];
1156 /* REMOVE-BEGIN
1157 //              if (b != null)
1158 REMOVE-END */
1159                         b.disabled = (c != 1);
1160                 PR(b).style.display = c ? '' : 'none';
1161         }
1162
1163         for (uidx = 0; uidx < wl_ifaces.length; ++uidx) {
1164                 if(wl_ifaces[uidx][0].indexOf('.') < 0) {
1165                         for (a in wl_vis[uidx]) {
1166                                 i = 3;
1167                                 if (a.substr(0, 6) == '_f_wl_') i = 5;
1168                                 b = E(a.substr(0, i) + wl_unit(uidx) + a.substr(i, a.length));
1169                                 c = wl_vis[uidx][a];
1170                                 b.disabled = (c != 1);
1171                                 PR(b).style.display = c ? '' : 'none';
1172                         }
1173                 }
1174         }
1175
1176         // --- verify ---
1177
1178         ferror.clear('_wan_proto');
1179
1180         var wlclnt = 0;
1181         for (uidx = 0; uidx < wl_ifaces.length; ++uidx) {
1182 //              if(wl_ifaces[uidx][0].indexOf('.') < 0) {
1183                 if (wl_sunit(uidx)<0) {
1184                         u = wl_unit(uidx);
1185                         wmode = E('_f_wl'+u+'_mode').value;
1186                         sm2 = E('_wl'+u+'_security_mode').value;
1187
1188 /* REMOVE-BEGIN
1189                         if ((wl_vis[uidx]._f_wl_mode == 1) && (wmode != 'ap') && (sm2.substr(0, 4) == 'wpa2')) {
1190                                 ferror.set('_wl'+u+'_security_mode', 'WPA2 is supported only in AP mode.', quiet || !ok);
1191                                 ok = 0;
1192                         }
1193                         else ferror.clear('_wl'+u+'_security_mode');
1194 REMOVE-END */
1195
1196                         // --- N standard does not support WPA+TKIP ---
1197                         a = E('_wl'+u+'_crypto');
1198                         switch (E('_wl'+u+'_net_mode').value) {
1199                         case 'mixed':
1200                         case 'n-only':
1201                                 if ((nphy || acphy) && (a.value == 'tkip') && (sm2.indexOf('wpa') != -1)) {
1202                                         ferror.set(a, 'TKIP encryption is not supported with WPA / WPA2 in N and AC mode.', quiet || !ok);
1203                                         ok = 0;
1204                                 }
1205                                 else ferror.clear(a);
1206                                 break;
1207                         }
1208
1209                         a = E('_wl'+u+'_net_mode');
1210                         ferror.clear(a);
1211                         b = E('_f_wl'+u+'_mode');
1212                         ferror.clear(b);
1213                         if ((wmode == 'sta') || (wmode == 'wet')) {
1214                                 ++wlclnt;
1215                                 if (wlclnt > 1) {
1216                                         ferror.set(b, 'Only one wireless interface can be configured in client mode.', quiet || !ok);
1217                                         ok = 0;
1218                                 }
1219                                 else if (a.value == 'n-only') {
1220                                         ferror.set(a, 'N-only is not supported in wireless client modes, use Auto.', quiet || !ok);
1221                                         ok = 0;
1222                                 }
1223                         }
1224
1225                         a = E('_wl'+u+'_wpa_psk');
1226                         ferror.clear(a);
1227                         if (wl_vis[uidx]._wl_wpa_psk == 1) {
1228                                 if ((a.value.length < 8) || ((a.value.length == 64) && (a.value.search(/[^0-9A-Fa-f]/) != -1))) {
1229                                         ferror.set('_wl'+u+'_wpa_psk', 'Invalid pre-shared key. Please enter at least 8 characters or 64 hexadecimal digits.', quiet || !ok);
1230                                         ok = 0;
1231                                 }
1232                         }
1233
1234                         // wl channel
1235                         if (((wmode == 'wds') || (wmode == 'apwds')) && (wl_vis[uidx]._wl_channel == 1) && (E('_wl'+u+'_channel').value == '0')) {
1236                                 ferror.set('_wl'+u+'_channel', 'Fixed wireless channel required in WDS mode.', quiet || !ok);
1237                                 ok = 0;
1238                         }
1239                         else ferror.clear('_wl'+u+'_channel');
1240
1241                         if (E('_f_wl'+u+'_mode').value == 'sta') {
1242                                 if ((wan == 'disabled') && (E('_f_wl'+u+'_radio').checked)) {
1243                                         ferror.set('_wan_proto', 'Wireless Client mode requires a valid WAN setting (usually DHCP).', quiet || !ok);
1244                                         ok = 0;
1245                                 }
1246                         }
1247                 }
1248         }
1249
1250         // domain name or IP address
1251         a = ['_l2tp_server_ip', '_pptp_server_ip'];
1252         for (i = a.length - 1; i >= 0; --i)
1253                 if ((vis[a[i]]) && ((!v_length(a[i], 1, 1)) || ((!v_ip(a[i], 1)) && (!v_domain(a[i], 1))))) {
1254                         if (!quiet && ok) ferror.show(a[i]);
1255                         ok = 0;
1256                 }
1257
1258         // IP address
1259         a = ['_wan_gateway','_wan_ipaddr'];
1260         for (i = a.length - 1; i >= 0; --i)
1261                 if ((vis[a[i]]) && (!v_ip(a[i], quiet || !ok))) ok = 0;
1262
1263         // IP address, blank -> 0.0.0.0
1264         a = ['_f_dns_1', '_f_dns_2', '_f_dns_3','_wan_wins','_lan_gateway', '_modem_ipaddr'];
1265         for (i = a.length - 1; i >= 0; --i)
1266                 if ((vis[a[i]]) && (!v_dns(a[i], quiet || !ok))) ok = 0;
1267
1268         // netmask
1269         a = ['_wan_netmask'];
1270         for (i = a.length - 1; i >= 0; --i)
1271                 if ((vis[a[i]]) && (!v_netmask(a[i], quiet || !ok))) ok = 0;
1272
1273         // range
1274         a = [['_ppp_idletime', 3, 1440],['_ppp_redialperiod', 1, 86400],['_f_wan_mtu', 576, 1500],
1275                 ['_pppoe_lei', 1, 60],['_pppoe_lef', 1, 10]];
1276         for (i = a.length - 1; i >= 0; --i) {
1277                 v = a[i];
1278                 if ((vis[v[0]]) && (!v_range(v[0], quiet || !ok, v[1], v[2]))) ok = 0;
1279         }
1280
1281         for (uidx = 0; uidx < wl_ifaces.length; ++uidx) {
1282 //              if(wl_ifaces[uidx][0].indexOf('.') < 0) {
1283                 if (wl_sunit(uidx)<0) {
1284                         u = wl_unit(uidx);
1285
1286                         // IP address
1287                         a = ['_radius_ipaddr'];
1288                         for (i = a.length - 1; i >= 0; --i) {
1289                                 if ((wl_vis[uidx]['_wl'+a[i]]) && (!v_ip('_wl'+u+a[i], quiet || !ok))) ok = 0;
1290                         }
1291
1292                         // range
1293                         a = [['_wpa_gtk_rekey', 60, 7200], ['_radius_port', 1, 65535]];
1294                         for (i = a.length - 1; i >= 0; --i) {
1295                                 v = a[i];
1296                                 if ((wl_vis[uidx]['_wl'+v[0]]) && (!v_range('_wl'+u+v[0], quiet || !ok, v[1], v[2]))) ok = 0;
1297                         }
1298
1299                         // length
1300                         a = [['_ssid', 1], ['_radius_key', 1]];
1301                         for (i = a.length - 1; i >= 0; --i) {
1302                                 v = a[i];
1303                                 if ((wl_vis[uidx]['_wl'+v[0]]) && (!v_length('_wl'+u+v[0], quiet || !ok, v[1], E('_wl'+u+v[0]).maxlength))) ok = 0;
1304                         }
1305
1306                         if (wl_vis[uidx]._wl_key1) {
1307                                 a = (E('_wl'+u+'_wep_bit').value == 128) ? 26 : 10;
1308                                 for (i = 1; i <= 4; ++i) {
1309                                         b = E('_wl'+u+'_key' + i);
1310                                         b.maxLength = a;
1311                                         if ((b.value.length > 0) || (E('_f_wl'+u+'_wepidx_' + i).checked)) {
1312                                                 if (!v_wep(b, quiet || !ok)) ok = 0;
1313                                         }
1314                                         else ferror.clear(b);
1315                                 }
1316                         }
1317
1318                         ferror.clear('_f_wl'+u+'_wds_0');
1319                         if (wl_vis[uidx]._f_wl_wds_0 == 1) {
1320                                 b = 0;
1321                                 for (i = 0; i < 10; ++i) {
1322                                         a = E('_f_wl'+u+'_wds_' + i);
1323                                         if (!v_macz(a, quiet || !ok)) ok = 0;
1324                                                 else if (!isMAC0(a.value)) b = 1;
1325                                 }
1326                                 if (!b) {
1327                                         ferror.set('_f_wl'+u+'_wds_0', 'WDS MAC address required.', quiet || !ok);
1328                                         ok = 0;
1329                                 }
1330                         }
1331                 }
1332         }
1333
1334         return ok;
1335 }
1336
1337 function earlyInit()
1338 {
1339         verifyFields(null, 1);
1340 }
1341
1342 function save()
1343 {
1344         if (lg.isEditing()) return;
1345         lg.resetNewEditor();
1346
1347         var a, b, c;
1348         var i;
1349         var u, uidx, wmode, sm2, wradio;
1350
1351         if (!verifyFields(null, false)) return;
1352
1353         var fom = E('_fom');
1354
1355         fom.wan_mtu.value = fom.f_wan_mtu.value;
1356         fom.wan_mtu.disabled = fom.f_wan_mtu.disabled;
1357
1358         for (uidx = 0; uidx < wl_ifaces.length; ++uidx) {
1359 //              if(wl_ifaces[uidx][0].indexOf('.') < 0) {
1360                 if (wl_sunit(uidx)<0) {
1361                         u = wl_unit(uidx);
1362                         wmode = E('_f_wl'+u+'_mode').value;
1363                         sm2 = E('_wl'+u+'_security_mode').value;
1364                         wradio = E('_f_wl'+u+'_radio').checked;
1365
1366                         E('_wl'+u+'_nband').value = selectedBand(uidx);
1367
1368                         if (wmode == 'apwds') E('_wl'+u+'_mode').value = 'ap';
1369                         else E('_wl'+u+'_mode').value = wmode;
1370
1371                         if (wmode == 'wet') {
1372                                 fom.wan_proto.value = 'disabled';
1373                                 fom.wan_proto.disabled = 0;
1374 /* REMOVE-BEGIN */
1375 // TODO - what's required ? integrate with tomatogrid?
1376 /* REMOVE-END */
1377                 }
1378
1379                         a = [];
1380                         for (i = 0; i < 10; ++i) a.push(E('_f_wl'+u+'_wds_' + i).value);
1381                         E('_wl'+u+'_wds').value = joinAddr(a);
1382
1383                         if (wmode.indexOf('wds') != -1) {
1384                                 E('_wl'+u+'_wds_enable').value = 1;
1385                                 E('_wl'+u+'_lazywds').value = E('_f_wl'+u+'_lazywds').value;
1386                                 if (E('_wl'+u+'_lazywds').value == 1) E('_wl'+u+'_wds').value = '';
1387                         }
1388                         else {
1389                                 E('_wl'+u+'_wds_enable').value = 0;
1390                                 E('_wl'+u+'_wds').value = '';
1391                                 E('_wl'+u+'_lazywds').value = 0;
1392                         }
1393
1394                         E('_wl'+u+'_radio').value = wradio ? 1 : 0;
1395                         E('_wl'+u+'_auth').value = eval('nvram.wl'+u+'_auth');
1396
1397                         e = E('_wl'+u+'_akm');
1398                         switch (sm2) {
1399                         case 'disabled':
1400                         case 'radius':
1401                         case 'wep':
1402                                 e.value = '';
1403                                 break;
1404                         default:
1405                                 c = [];
1406
1407                                 if (sm2.indexOf('personal') != -1) {
1408                                         if (sm2.indexOf('wpa2_') == -1) c.push('psk');
1409                                         if (sm2.indexOf('wpa_') == -1) c.push('psk2');
1410                                 }
1411                                 else {
1412                                         if (sm2.indexOf('wpa2_') == -1) c.push('wpa');
1413                                         if (sm2.indexOf('wpa_') == -1) c.push('wpa2');
1414                                 }
1415                                 c = c.join(' ');
1416                                 e.value = c;
1417                                 break;
1418                         }
1419                         E('_wl'+u+'_auth_mode').value = (sm2 == 'radius') ? 'radius' : 'none';
1420                         E('_wl'+u+'_wep').value = ((sm2 == 'radius') || (sm2 == 'wep')) ? 'enabled': 'disabled';
1421
1422                         if (sm2.indexOf('wpa') != -1) E('_wl'+u+'_auth').value = 0;
1423
1424                         E('_wl'+u+'_nreqd').value = 0;
1425                         E('_wl'+u+'_gmode').value = 1;
1426                         E('_wl'+u+'_nmode').value = 0;
1427                         E('_wl'+u+'_nmcsidx').value = -2; // Legacy Rate
1428                         E('_wl'+u+'_nbw').value = 0;
1429                         switch (E('_wl'+u+'_net_mode').value) {
1430                         case 'b-only':
1431                                 E('_wl'+u+'_gmode').value = 0;
1432                                 break;
1433                         case 'g-only':
1434                                 E('_wl'+u+'_gmode').value = 4;
1435                                 break;
1436                         case 'bg-mixed':
1437                                 break;
1438                         case 'a-only':
1439                                 E('_wl'+u+'_nmcsidx').value = -1; // Auto
1440                                 break;
1441                         case 'n-only':
1442                                 if (selectedBand(uidx) == '1') { // 5 GHz
1443                                         E('_wl'+u+'_nmode').value = -1;
1444                                         E('_wl'+u+'_nmcsidx').value = -1;
1445                                 } else {
1446                                         E('_wl'+u+'_nmode').value = 1;
1447                                         E('_wl'+u+'_nmcsidx').value = 32;
1448                                 }
1449                                 E('_wl'+u+'_nreqd').value = 1;
1450                                 break;
1451                         default: // Auto
1452                                 E('_wl'+u+'_nmode').value = -1;
1453                                 E('_wl'+u+'_nmcsidx').value = -1;
1454                                 break;
1455                         }
1456
1457                         E('_wl'+u+'_nctrlsb').value = eval('nvram.wl'+u+'_nctrlsb');
1458                         if (E('_wl'+u+'_nmode').value != 0) {
1459                                 E('_wl'+u+'_nctrlsb').value = E('_f_wl'+u+'_nctrlsb').value;
1460                                 E('_wl'+u+'_nbw').value = (E('_wl'+u+'_nbw_cap').value == 0) ? 20 : ((E('_wl'+u+'_nbw_cap').value== 3) ? 80:40);
1461                         }
1462
1463                         E('_wl'+u+'_closed').value = E('_f_wl'+u+'_bcast').checked ? 0 : 1;
1464
1465                         a = fields.radio.selected(eval('fom.f_wl'+u+'_wepidx'));
1466                         if (a) E('_wl'+u+'_key').value = a.value;
1467                 }
1468         }
1469
1470         fom.wan_islan.value = fom.f_wan_islan.checked ? 1 : 0;
1471         fom.pptp_dhcp.value = fom.f_pptp_dhcp.checked ? 1 : 0;
1472
1473         fom.wan_dns.value = joinAddr([fom.f_dns_1.value, fom.f_dns_2.value, fom.f_dns_3.value]);
1474
1475 /* DNSSEC-BEGIN */
1476         fom.dnssec_enable.value = fom.f_dnssec_enable.checked ? 1 : 0;
1477 /* DNSSEC-END */
1478
1479 /* DNSCRYPT-BEGIN */
1480         fom.dnscrypt_proxy.value = fom.f_dnscrypt_proxy.checked ? 1 : 0;
1481         fom.dnscrypt_manual.value = fom.f_dnscrypt_manual.checked ? 1 : 0;
1482 /* DNSCRYPT-END */
1483
1484         fom.lan_state.value = fom.f_lan_state.checked ? 1 : 0;
1485         fom.lan_desc.value = fom.f_lan_desc.checked ? 1 : 0;
1486         fom.lan_invert.value = fom.f_lan_invert.checked ? 1 : 0;
1487
1488 // initialize/wipe out relevant fields
1489         for (var i = 0 ; i <= MAX_BRIDGE_ID ; i++) {
1490                 var j = (i == 0) ? '' : i.toString();
1491                 fom['lan' + j + '_ifname'].value = '';
1492                 fom['lan' + j + '_ipaddr'].value = '';
1493                 fom['lan' + j + '_netmask'].value = '';
1494                 fom['lan' + j + '_proto'].value = '';
1495                 fom['lan' + j + '_stp'].value = '';
1496                 fom['dhcp' + j + '_start'].value = '';
1497                 fom['dhcp' + j + '_num'].value = '';
1498                 fom['dhcp' + j + '_lease'].value = '';
1499                 fom['dhcpd' + j + '_startip'].value = '';
1500                 fom['dhcpd' + j + '_endip'].value = '';
1501         }
1502
1503         var d = lg.getAllData();
1504         for (var i = 0; i < d.length; ++i) {
1505
1506                 if (lg.countOverlappingNetworks(d[i][2]) > 1) {
1507                         var s = 'Cannot proceed: two or more LAN bridges have conflicting IP addresses or overlapping subnets';
1508                         alert(s);
1509                         var e = E('footer-msg');
1510                         e.innerHTML = s;
1511                         e.style.visibility = 'visible';
1512                         setTimeout(
1513                                 function() {
1514                                         e.innerHTML = '';
1515                                         e.style.visibility = 'hidden';
1516                                 }, 5000);
1517                         return;
1518                 }
1519
1520                 var j = (parseInt(d[i][0]) == 0) ? '' : d[i][0].toString();
1521                 fom['lan' + j + '_ifname'].value = 'br' + d[i][0];
1522                 fom['lan' + j + '_stp'].value = d[i][1];
1523                 fom['lan' + j + '_ipaddr'].value = d[i][2];
1524                 fom['lan' + j + '_netmask'].value = d[i][3];
1525                 fom['lan' + j + '_proto'].value = (d[i][4] != '0') ? 'dhcp' : 'static';
1526                 fom['dhcp' + j + '_start'].value = (d[i][4] != '0') ? (d[i][5]).split('.').splice(3, 1) : '';
1527                 fom['dhcp' + j + '_num'].value = (d[i][4] != '0') ? d[i][6].split('.').splice(3, 1) - (d[i][5]).split('.').splice(3, 1) + 1 : ''; // presuming /24 subnet (legacy)
1528                 fom['dhcp' + j + '_lease'].value = (d[i][4] != '0') ? d[i][7] : '';
1529                 fom['dhcpd' + j + '_startip'].value = (d[i][4] != '0') ? d[i][5] : '';
1530                 fom['dhcpd' + j + '_endip'].value = (d[i][4] != '0') ? d[i][6] : '';
1531
1532 /* REMOVE-BEGIN */
1533 alert('lan' + j + '_ifname=' + fom['lan' + j + '_ifname'].value + '\n' +
1534         'lan' + j + '_stp=' + fom['lan' + j + '_stp'].value + '\n' +
1535         'lan' + j + '_ipaddr=' + fom['lan' + j + '_ipaddr'].value + '\n' +
1536         'lan' + j + '_netmask=' + fom['lan' + j + '_netmask'].value + '\n' +
1537         'lan' + j + '_proto=' + fom['lan' + j + '_proto'].value + '\n' +
1538         'dhcp' + j + '_start=' + fom['dhcp' + j + '_start'].value + '\n' +
1539         'dhcp' + j + '_num=' + fom['dhcp' + j + '_num'].value + '\n' +
1540         'dhcp' + j + '_lease=' + fom['dhcp' + j + '_lease'].value + '\n' +
1541         'dhcpd' + j + '_startip=' + fom['dhcpd' + j + '_startip'].value + '\n' +
1542         'dhcpd' + j + '_endip=' + fom['dhcpd' + j + '_endip'].value);
1543 /* REMOVE-END */
1544         }
1545
1546         var e = E('footer-msg');
1547         var t = fixIP(fom['lan_ipaddr'].value);
1548         if ((fom['lan_ifname'].value != 'br0') || (fom['lan_ipaddr'].value == '0.0.0.0') || (!t)) {
1549                 e.innerHTML = 'Bridge br0 must be always defined and have a valid IP address set.';
1550                 e.style.visibility = 'visible';
1551                 setTimeout(
1552                         function() {
1553                                 e.innerHTML = '';
1554                                 e.style.visibility = 'hidden';
1555                                 }, 5000);
1556                 return;
1557         }
1558
1559 /* REMOVE-BEGIN
1560 //      if ((nvram.lan_ipaddr != fom.lan_ipaddr.value) || (nvram.lan1_ipaddr != fom.lan1_ipaddr.value) ||
1561 //              (nvram.lan2_ipaddr != fom.lan2_ipaddr.value) || (nvram.lan3_ipaddr != fom.lan3_ipaddr.value)){
1562 REMOVE-END */
1563
1564         fom.ppp_mlppp.value = fom.f_ppp_mlppp.checked ? 1 : 0;
1565
1566         if (nvram.lan_ipaddr != fom.lan_ipaddr.value) {
1567                 fom._moveip.value = 1;
1568                 form.submit(fom);
1569         }
1570         else {
1571                 form.submit(fom, 1);
1572         }
1573 }
1574
1575 function init()
1576 {
1577         for (var uidx = 0; uidx < wl_ifaces.length; ++uidx) {
1578 //              if(wl_ifaces[uidx][0].indexOf('.') < 0) {
1579                 if (wl_sunit(uidx)<0) {
1580                         refreshNetModes(uidx);
1581                         refreshChannels(uidx);
1582                         refreshBandWidth(uidx);
1583                 }
1584         }
1585 }
1586 </script>
1587
1588 </head>
1589 <body onload='init()'>
1590 <form id='_fom' method='post' action='tomato.cgi'>
1591 <table id='container' cellspacing=0>
1592 <tr><td colspan=2 id='header'>
1593         <div class='title'>Tomato</div>
1594         <div class='version'>Version <% version(); %></div>
1595 </td></tr>
1596 <tr id='body'><td id='navi'><script type='text/javascript'>navi()</script></td>
1597 <td id='content'>
1598 <div id='ident'><% ident(); %></div>
1599
1600 <!-- / / / -->
1601
1602 <input type='hidden' name='_nextpage' value='basic-network.asp'>
1603 <input type='hidden' name='_nextwait' value='10'>
1604 <input type='hidden' name='_service' value='*'>
1605 <input type='hidden' name='_moveip' value='0'>
1606
1607 <input type='hidden' name='wan_mtu'>
1608 <input type='hidden' name='wan_islan'>
1609 <input type='hidden' name='pptp_dhcp'>
1610 <input type='hidden' name='wan_dns'>
1611 <input type='hidden' name='ppp_mlppp'>
1612 <!-- DNSSEC-BEGIN -->
1613 <input type='hidden' name='dnssec_enable'>
1614 <!-- DNSSEC-END -->
1615 /* DNSCRYPT-BEGIN */
1616 <input type='hidden' name='dnscrypt_proxy'>
1617 <input type='hidden' name='dnscrypt_manual'>
1618 /* DNSCRYPT-END */
1619 <input type='hidden' name='lan_state'>
1620 <input type='hidden' name='lan_desc'>
1621 <input type='hidden' name='lan_invert'>
1622
1623 <script type='text/javascript'>
1624
1625 for (var i = 0 ; i <= MAX_BRIDGE_ID ; i++) {
1626 var j = (i == 0) ? '' : i.toString();
1627 W('<input type=\'hidden\' id=\'lan' + j + '_ifname\' name=\'lan' + j + '_ifname\'>');
1628 W('<input type=\'hidden\' id=\'lan' + j + '_ipaddr\' name=\'lan' + j + '_ipaddr\'>');
1629 W('<input type=\'hidden\' id=\'lan' + j + '_netmask\' name=\'lan' + j + '_netmask\'>');
1630 W('<input type=\'hidden\' id=\'lan' + j + '_proto\' name=\'lan' + j + '_proto\'>');
1631 W('<input type=\'hidden\' id=\'lan' + j + '_stp\' name=\'lan' + j + '_stp\'>');
1632 W('<input type=\'hidden\' id=\'dhcp' + j + '_start\' name=\'dhcp' + j + '_start\'>');
1633 W('<input type=\'hidden\' id=\'dhcp' + j + '_num\' name=\'dhcp' + j + '_num\'>');
1634 W('<input type=\'hidden\' id=\'dhcp' + j + '_lease\' name=\'dhcp' + j + '_lease\'>');
1635 W('<input type=\'hidden\' id=\'dhcpd' + j + '_startip\' name=\'dhcpd' + j + '_startip\'>');
1636 W('<input type=\'hidden\' id=\'dhcpd' + j + '_endip\' name=\'dhcpd' + j + '_endip\'>');
1637 }
1638 </script>
1639
1640 <div class='section-title'>WAN / Internet</div>
1641 <div class='section'>
1642 <script type='text/javascript'>
1643 createFieldTable('', [
1644         { title: 'Type', name: 'wan_proto', type: 'select', options: [['dhcp','DHCP'],['pppoe','PPPoE'],['static','Static'],['pptp','PPTP'],['l2tp','L2TP'],
1645 /* LINUX26-BEGIN */
1646 /* USB-BEGIN */
1647                 ['ppp3g','3G Modem'],
1648                 ['lte','4G/LTE'],
1649 /* USB-END */
1650 /* LINUX26-END */
1651                 ['disabled','Disabled']],
1652                 value: nvram.wan_proto },
1653         { title: 'Modem device', name: 'modem_dev', type: 'select', options: [['ttyUSB0', '/dev/ttyUSB0'],['ttyUSB1', '/dev/ttyUSB1'],['ttyUSB2', '/dev/ttyUSB2'],['ttyUSB3', '/dev/ttyUSB3'],['ttyUSB4', '/dev/ttyUSB4'],['ttyUSB5', '/dev/ttyUSB5'],['ttyUSB6', '/dev/ttyUSB6'],['ttyACM0', '/dev/ttyACM0']], value: nvram.modem_dev },
1654         { title: 'PIN Code', name: 'modem_pin', type: 'text', maxlen: 6, size: 8, value: nvram.modem_pin, suffix: ' <small>(advised to turn off PIN Code)</small>' },
1655         { title: 'Modem init string', name: 'modem_init', type: 'text', maxlen: 25, size: 32, value: nvram.modem_init },
1656         { title: 'APN', name: 'modem_apn', type: 'text', maxlen: 25, size: 32, suffix: ' <small>(if empty, AT+CGDCONT will not be sent)</small>', value: nvram.modem_apn },
1657         { title: 'Username', name: 'ppp_username', type: 'text', maxlen: 60, size: 64, value: nvram.ppp_username },
1658         { title: 'Password', name: 'ppp_passwd', type: 'password', maxlen: 60, size: 64, peekaboo: 1, value: nvram.ppp_passwd },
1659         { title: 'Service Name', name: 'ppp_service', type: 'text', maxlen: 50, size: 64, value: nvram.ppp_service },
1660         { title: 'L2TP Server', name: 'l2tp_server_ip', type: 'text', maxlen: 128, size: 64, value: nvram.l2tp_server_ip },
1661         { title: 'Use DHCP', name: 'f_pptp_dhcp', type: 'checkbox', value: (nvram.pptp_dhcp == 1) },
1662         { title: 'IP Address', name: 'wan_ipaddr', type: 'text', maxlen: 15, size: 17, value: nvram.wan_ipaddr },
1663         { title: 'Subnet Mask', name: 'wan_netmask', type: 'text', maxlen: 15, size: 17, value: nvram.wan_netmask },
1664         { title: 'Gateway', name: 'wan_gateway', type: 'text', maxlen: 15, size: 17, value: nvram.wan_gateway },
1665         { title: 'PPTP Gateway', name: 'pptp_server_ip', type: 'text', maxlen: 128, size: 64, value: nvram.pptp_server_ip },
1666         { title: 'Options', name: 'ppp_custom', type: 'text', maxlen: 256, size: 64, value: nvram.ppp_custom },
1667         { title: 'Connect Mode', name: 'ppp_demand', type: 'select', options: [['1', 'Connect On Demand'],['0', 'Keep Alive']],
1668                 value: nvram.ppp_demand },
1669         { title: 'Max Idle Time', indent: 2, name: 'ppp_idletime', type: 'text', maxlen: 5, size: 7, suffix: ' <small>minutes</small>',
1670                 value: nvram.ppp_idletime },
1671         { title: 'Redial Interval', indent: 2, name: 'ppp_redialperiod', type: 'text', maxlen: 5, size: 7, suffix: ' <small>seconds</small>',
1672                 value: nvram.ppp_redialperiod },
1673         { title: 'LCP Echo Interval', indent: 2, name: 'pppoe_lei', type: 'text', maxlen: 5, size: 7, suffix: ' <small>seconds (range: 1 - 60; default: 10)</small>',
1674                 value: nvram.pppoe_lei },
1675         { title: 'LCP Echo Link fail limit', indent: 2, name: 'pppoe_lef', type: 'text', maxlen: 5, size: 7, suffix: ' <small>(range: 1 - 10; default: 5)</small>',
1676                 value: nvram.pppoe_lef },
1677         { title: 'MTU', multi: [
1678                 { name: 'mtu_enable', type: 'select', options: [['0', 'Default'],['1','Manual']], value: nvram.mtu_enable },
1679                 { name: 'f_wan_mtu', type: 'text', maxlen: 4, size: 6, value: nvram.wan_mtu } ] },
1680         { title: 'Single Line MLPPP', name: 'f_ppp_mlppp', type: 'checkbox', value: (nvram.ppp_mlppp == 1) },
1681
1682         { title: 'Route Modem IP', name: 'modem_ipaddr', type: 'text', maxlen: 15, size: 17, suffix: ' <small>(must be in different subnet to router, 0.0.0.0 to disable)</small>', value: nvram.modem_ipaddr },
1683
1684         { title: 'Bridge WAN port to primary LAN (br0)', name: 'f_wan_islan', type: 'checkbox', value: (nvram.wan_islan == 1) }
1685 ]);
1686
1687 </script>
1688 </div>
1689
1690 <div class='section-title'>LAN</div>
1691 <div class='section'>
1692         <table class='tomato-grid' cellspacing=1 id='lan-grid'></table>
1693
1694         <script type='text/javascript'>lg.setup();</script>
1695
1696 <script type='text/javascript'>
1697 dns = nvram.wan_dns.split(/\s+/);
1698 /* REMOVE-BEGIN
1699 //ipp = nvram.lan_ipaddr.split('.').splice(0, 3).join('.');
1700 REMOVE-END */
1701 createFieldTable('', [
1702         { title: 'Default Gateway', name: 'lan_gateway', type: 'text', maxlen: 15, size: 17, value: nvram.lan_gateway },
1703         { title: 'Static DNS', suffix: ' <small>(IP or IP:port)</small>', name: 'f_dns_1', type: 'text', maxlen: 21, size: 25, value: dns[0] || '0.0.0.0' },
1704         { title: '', name: 'f_dns_2', type: 'text', maxlen: 21, size: 25, value: dns[1] || '0.0.0.0' },
1705         { title: '', name: 'f_dns_3', type: 'text', maxlen: 21, size: 25, value: dns[2] || '0.0.0.0' },
1706 /* DNSSEC-BEGIN */
1707         { title: 'Enable DNSSEC', name: 'f_dnssec_enable', type: 'checkbox', suffix: ' <small>(must be supported by upstream nameservers)</small>', value: (nvram.dnssec_enable == 1) },
1708 /* DNSSEC-END */
1709 /* DNSCRYPT-BEGIN */
1710         { title: 'Use dnscrypt-proxy', name: 'f_dnscrypt_proxy', type: 'checkbox', value: (nvram.dnscrypt_proxy == 1) },
1711         { title: 'Manual Entry', indent: 2, name: 'f_dnscrypt_manual', type: 'checkbox', value: (nvram.dnscrypt_manual == 1) },
1712         { title: 'Resolver', indent: 2, name: 'dnscrypt_resolver', type: 'select', options: _dnscrypt_resolvers_, value: nvram.dnscrypt_resolver, suffix: ' <a href=\'https://github.com/jedisct1/dnscrypt-proxy/blob/master/dnscrypt-resolvers.csv\' target=\'_new\'>Resolver Details</a>' },
1713         { title: 'Resolver Address', indent: 2, name: 'dnscrypt_resolver_address', type: 'text', maxlen: 50, size: 25, value: nvram.dnscrypt_resolver_address, suffix: ' <a href=\'https://github.com/jedisct1/dnscrypt-proxy/blob/master/dnscrypt-resolvers.csv\' target=\'_new\'>Resolver Details</a>' },
1714         { title: 'Provider Name', indent: 2, name: 'dnscrypt_provider_name', type: 'text', maxlen: 60, size: 25, value: nvram.dnscrypt_provider_name },
1715         { title: 'Provider Public Key', indent: 2, name: 'dnscrypt_provider_key', type: 'text', maxlen: 80, size: 25, value: nvram.dnscrypt_provider_key },
1716         { title: 'Priority', indent: 2, name: 'dnscrypt_priority', type: 'select', options: [['1','Strict-Order'],['2','No-Resolv'],['0','None']], value: nvram.dnscrypt_priority },
1717         { title: 'Local Port', indent: 2, name: 'dnscrypt_port', type: 'text', maxlen: 5, size: 7, value: nvram.dnscrypt_port },
1718         { title: 'Log Level', indent: 2, name: 'dnscrypt_log', type: 'text', maxlen: 2, size: 5, value: nvram.dnscrypt_log },
1719 /* DNSCRYPT-END */
1720         { title: 'WINS <i>(for DHCP)</i>', name: 'wan_wins', type: 'text', maxlen: 15, size: 17, value: nvram.wan_wins }
1721 ]);
1722 </script>
1723 </div>
1724
1725 <div class='section-title'>Ethernet Ports State - Configuration</div>
1726 <div class='section'>
1727 <script type='text/javascript'>
1728 createFieldTable('', [
1729         { title: 'Enable Ports State', name: 'f_lan_state', type: 'checkbox', value: (nvram.lan_state == 1) },
1730         { title: 'Show Speed Info', indent: 2, name: 'f_lan_desc', type: 'checkbox', value: (nvram.lan_desc == 1) },
1731         { title: 'Invert Ports Order', indent: 2, name: 'f_lan_invert', type: 'checkbox', value: (nvram.lan_invert == 1) }
1732 ]);
1733 </script>
1734 </div>
1735
1736 <script type='text/javascript'>
1737
1738 for (var uidx = 0; uidx < wl_ifaces.length; ++uidx) {
1739 //if(wl_ifaces[uidx][0].indexOf('.') < 0) {
1740 if (wl_sunit(uidx)<0) {
1741         var u = wl_unit(uidx);
1742
1743         W('<input type=\'hidden\' id=\'_wl'+u+'_mode\' name=\'wl'+u+'_mode\'>');
1744         W('<input type=\'hidden\' id=\'_wl'+u+'_nband\' name=\'wl'+u+'_nband\'>');
1745         W('<input type=\'hidden\' id=\'_wl'+u+'_wds_enable\' name=\'wl'+u+'_wds_enable\'>');
1746         W('<input type=\'hidden\' id=\'_wl'+u+'_wds\' name=\'wl'+u+'_wds\'>');
1747         W('<input type=\'hidden\' id=\'_wl'+u+'_radio\' name=\'wl'+u+'_radio\'>');
1748         W('<input type=\'hidden\' id=\'_wl'+u+'_closed\' name=\'wl'+u+'_closed\'>');
1749         W('<input type=\'hidden\' id=\'_wl'+u+'_key\' name=\'wl'+u+'_key\'>');
1750         W('<input type=\'hidden\' id=\'_wl'+u+'_gmode\' name=\'wl'+u+'_gmode\'>');
1751         W('<input type=\'hidden\' id=\'_wl'+u+'_akm\' name=\'wl'+u+'_akm\'>');
1752         W('<input type=\'hidden\' id=\'_wl'+u+'_auth\' name=\'wl'+u+'_auth\'>');
1753         W('<input type=\'hidden\' id=\'_wl'+u+'_auth_mode\' name=\'wl'+u+'_auth_mode\'>');
1754         W('<input type=\'hidden\' id=\'_wl'+u+'_wep\' name=\'wl'+u+'_wep\'>');
1755         W('<input type=\'hidden\' id=\'_wl'+u+'_lazywds\' name=\'wl'+u+'_lazywds\'>');
1756         W('<input type=\'hidden\' id=\'_wl'+u+'_nmode\' name=\'wl'+u+'_nmode\'>');
1757         W('<input type=\'hidden\' id=\'_wl'+u+'_nmcsidx\' name=\'wl'+u+'_nmcsidx\'>');
1758         W('<input type=\'hidden\' id=\'_wl'+u+'_nreqd\' name=\'wl'+u+'_nreqd\'>');
1759         W('<input type=\'hidden\' id=\'_wl'+u+'_nctrlsb\' name=\'wl'+u+'_nctrlsb\'>');
1760         W('<input type=\'hidden\' id=\'_wl'+u+'_nbw\' name=\'wl'+u+'_nbw\'>');
1761
1762         W('<div class=\'section-title\'>Wireless');
1763 //      if (wl_ifaces.length > 1)
1764                 W(' (' + wl_display_ifname(uidx) + ')');
1765         W('</div>');
1766
1767         W('<div class=\'section\'>');
1768
1769         f = [
1770                 { title: 'Enable Wireless', name: 'f_wl'+u+'_radio', type: 'checkbox',
1771                         value: (eval('nvram.wl'+u+'_radio') == '1') && (eval('nvram.wl'+u+'_net_mode') != 'disabled') },
1772                 { title: 'MAC Address', text: '<a href="advanced-mac.asp">' + eval('nvram.wl'+u+'_hwaddr') + '</a>' },
1773                 { title: 'Wireless Mode', name: 'f_wl'+u+'_mode', type: 'select',
1774                         options: [['ap', 'Access Point'],['apwds', 'Access Point + WDS'],['sta', 'Wireless Client'],['wet', 'Wireless Ethernet Bridge'],['wds', 'WDS']],
1775                         value: ((eval('nvram.wl'+u+'_mode') == 'ap') && (eval('nvram.wl'+u+'_wds_enable') == '1')) ? 'apwds' : eval('nvram.wl'+u+'_mode') },
1776                 { title: 'Radio Band', name: 'f_wl'+u+'_nband', type: 'select', options: bands[uidx],
1777                         value: eval('nvram.wl'+u+'_nband') || '0' == '0' ? bands[uidx][0][0] : eval('nvram.wl'+u+'_nband') },
1778                 { title: 'Wireless Network Mode', name: 'wl'+u+'_net_mode', type: 'select',
1779                         value: (eval('nvram.wl'+u+'_net_mode') == 'disabled') ? 'mixed' : eval('nvram.wl'+u+'_net_mode'),
1780                         options: [], prefix: '<span id="__wl'+u+'_net_mode">', suffix: '</span>' },
1781                 { title: 'SSID', name: 'wl'+u+'_ssid', type: 'text', maxlen: 32, size: 34, value: eval('nvram.wl'+u+'_ssid') },
1782                 { title: 'Broadcast', indent: 2, name: 'f_wl'+u+'_bcast', type: 'checkbox', value: (eval('nvram.wl'+u+'_closed') == '0') },
1783                 { title: 'Channel', name: 'wl'+u+'_channel', type: 'select', options: ghz[uidx], prefix: '<span id="__wl'+u+'_channel">', suffix: '</span> <input type="button" id="_f_wl'+u+'_scan" value="Scan" onclick="scanButton('+u+')"> <img src="spin.gif" id="spin'+u+'">',
1784                         value: eval('nvram.wl'+u+'_channel') },
1785                 { title: 'Channel Width', name: 'wl'+u+'_nbw_cap', type: 'select', options: [],
1786                         value: eval('nvram.wl'+u+'_nbw_cap'), prefix: '<span id="__wl'+u+'_nbw_cap">', suffix: '</span>' },
1787                 { title: 'Control Sideband', name: 'f_wl'+u+'_nctrlsb', type: 'select', options: [['lower','Lower'],['upper','Upper']],
1788                         value: eval('nvram.wl'+u+'_nctrlsb') == 'none' ? 'lower' : eval('nvram.wl'+u+'_nctrlsb') },
1789                 null,
1790                 { title: 'Security', name: 'wl'+u+'_security_mode', type: 'select',
1791                         options: [['disabled','Disabled'],['wep','WEP'],['wpa_personal','WPA Personal'],['wpa_enterprise','WPA Enterprise'],['wpa2_personal','WPA2 Personal'],['wpa2_enterprise','WPA2 Enterprise'],['wpaX_personal','WPA / WPA2 Personal'],['wpaX_enterprise','WPA / WPA2 Enterprise'],['radius','Radius']],
1792                         value: eval('nvram.wl'+u+'_security_mode') },
1793                 { title: 'Encryption', indent: 2, name: 'wl'+u+'_crypto', type: 'select',
1794                         options: [['tkip','TKIP'],['aes','AES'],['tkip+aes','TKIP / AES']], value: eval('nvram.wl'+u+'_crypto') },
1795                 { title: 'Shared Key', indent: 2, name: 'wl'+u+'_wpa_psk', type: 'password', maxlen: 64, size: 66, peekaboo: 1,
1796                         suffix: ' <input type="button" id="_f_wl'+u+'_psk_random1" value="Random" onclick="random_psk(\'_wl'+u+'_wpa_psk\')">',
1797                         value: eval('nvram.wl'+u+'_wpa_psk') },
1798                 { title: 'Shared Key', indent: 2, name: 'wl'+u+'_radius_key', type: 'password', maxlen: 80, size: 32, peekaboo: 1,
1799                         suffix: ' <input type="button" id="_f_wl'+u+'_psk_random2" value="Random" onclick="random_psk(\'_wl'+u+'_radius_key\')">',
1800                         value: eval('nvram.wl'+u+'_radius_key') },
1801                 { title: 'Group Key Renewal', indent: 2, name: 'wl'+u+'_wpa_gtk_rekey', type: 'text', maxlen: 4, size: 6, suffix: ' <small>seconds</small>',
1802                         value: eval('nvram.wl'+u+'_wpa_gtk_rekey') },
1803                 { title: 'Radius Server', indent: 2, multi: [
1804                         { name: 'wl'+u+'_radius_ipaddr', type: 'text', maxlen: 15, size: 17, value: eval('nvram.wl'+u+'_radius_ipaddr') },
1805                         { name: 'wl'+u+'_radius_port', type: 'text', maxlen: 5, size: 7, prefix: ' : ', value: eval('nvram.wl'+u+'_radius_port') } ] },
1806                 { title: 'Encryption', indent: 2, name: 'wl'+u+'_wep_bit', type: 'select', options: [['128','128-bits'],['64','64-bits']],
1807                         value: eval('nvram.wl'+u+'_wep_bit') },
1808                 { title: 'Passphrase', indent: 2, name: 'wl'+u+'_passphrase', type: 'text', maxlen: 16, size: 20,
1809                         suffix: ' <input type="button" id="_f_wl'+u+'_wep_gen" value="Generate" onclick="generate_wep('+u+')"> <input type="button" id="_f_wl'+u+'_wep_random" value="Random" onclick="random_wep('+u+')">',
1810                         value: eval('nvram.wl'+u+'_passphrase') }
1811         ];
1812
1813         for (i = 1; i <= 4; ++i)        {
1814                 f.push(
1815                         { title: ('Key ' + i), indent: 2, name: ('wl'+u+'_key' + i), type: 'text', maxlen: 26, size: 34,
1816                                 suffix: '<input type="radio" onchange="verifyFields(this,1)" onclick="verifyFields(this,1)" name="f_wl'+u+'_wepidx" id="_f_wl'+u+'_wepidx_' + i + '" value="' + i + '"' + ((eval('nvram.wl'+u+'_key') == i) ? ' checked>' : '>'),
1817                                 value: nvram['wl'+u+'_key' + i] });
1818         }
1819
1820         f.push(null,
1821                 { title: 'WDS', name: 'f_wl'+u+'_lazywds', type: 'select',
1822                          options: [['0','Link With...'],['1','Automatic']], value: nvram['wl'+u+'_lazywds'] } );
1823         wds = eval('nvram.wl'+u+'_wds').split(/\s+/);
1824         for (i = 0; i < 10; i += 2)     {
1825                 f.push({ title: (i ? '' : 'MAC Address'), indent: 2, multi: [
1826                         { name: 'f_wl'+u+'_wds_' + i, type: 'text', maxlen: 17, size: 20, value: wds[i] || '00:00:00:00:00:00' },
1827                         { name: 'f_wl'+u+'_wds_' + (i + 1), type: 'text', maxlen: 17, size: 20, value: wds[i + 1] || '00:00:00:00:00:00' } ] } );
1828         }
1829
1830         createFieldTable('', f);
1831         W('</div>');
1832         }
1833 }
1834 // for each wlif
1835 </script>
1836
1837 <!-- / / / -->
1838
1839 </td></tr>
1840 <tr><td id='footer' colspan=2>
1841         <span id='footer-msg'></span>
1842         <input type='button' value='Save' id='save-button' onclick='save()'>
1843         <input type='button' value='Cancel' id='cancel-button' onclick='reloadPage();'>
1844 </td></tr>
1845 </table>
1846 </form>
1847 <script type='text/javascript'>earlyInit()</script>
1848 <div style='height:100px'></div>
1849 </body>
1850 </html>