烽火光猫HG6543C绕过无线SSID修改格式限制
烽火HG6543C4采用默认终端配置账号密码登录（普通账号见设备背面标牌）通过chome开发者工具(F12可打开)，找个wlanBasicSettings_2G_CM.js这个文件，搜索saveApply函数，发现SSID等参数检测是通过wlcfgTestFields函数。片段信息如下：function wlcfgTestFields(){ else if(ssidmunidfir != "CMCC-" && areacode != "Jiangsu"){ alert("SSID名称必须以CMCC-作为开头"); return ; }} function saveApply(){ var test = wlcfgTestFields(); if (test != true) { return false; }}对if (test != true) {设置断点，然后点击页面保存设置，弹出告警信息确定后，程序会停在断电处，修改test变量值为true，继续脚本执行，即可绕过对SSID名称格式修改的限制。<script language="JavaScript" type="text/javascript">
var WapiFlag = '0';
var aWiFiCustFlag = '0';
var aWiFiSSID2GInst = '';
var wifiPasswordMask='1';
var CfgMode ='HUBCMCC_RMS';
var CurrentBin = 'CMCC';
var curUserType='0';
var MngtJsCmcc = '0';
var TianyiFlag = '0';
var wep1password;
var wpapskpassword;
var radiuspassword;
var wep1PsdModFlag = false;
var pskPsdModFlag = false;
var radPsdModFlag = false;
var g_flags = new Array();
g_flags = 0;
g_flags = 0;
g_flags = 0;
var desc_show = "点击显示密码";
var desc_hide = "点击隐藏密码";
function GetLanguageDesc(Name)
{
return cfg_wlancfgdetail_language;
}
var wlanpage;
if (location.href.indexOf("e8cWlanBasic.asp?") > 0)
{
wlanpage = location.href.split("?");
top.WlanBasicPage = wlanpage;
}
wlanpage = top.WlanBasicPage;
function ShowOrHideText(flag, checkBoxId, passwordId, textId, value)
{
if (1 == g_flags)
{
getElById(checkBoxId).innerHTML = desc_show;
setDisplay(passwordId, 1);
setDisplay(textId, 0);
g_flags = 0;
}
else
{
getElById(checkBoxId).innerHTML = desc_hide;
setDisplay(passwordId, 0);
setDisplay(textId, 1);
g_flags = 1;
}
}
function stWlan(domain,name,enable,ssid,BeaconType,BasicEncryptionModes,BasicAuthenticationMode,
KeyIndex,EncryptionLevel,WPAEncryptionModes,WPAAuthenticationMode,IEEE11iEncryptionModes,IEEE11iAuthenticationMode,
X_HW_WPAand11iEncryptionModes,X_HW_WPAand11iAuthenticationMode,RadiusServer,RadiusPort,RadiusKey,X_HW_ServiceEnable, LowerLayers,
X_HW_WAPIEncryptionModes,X_HW_WAPIAuthenticationMode,X_HW_WAPIServer,X_HW_WAPIPort)
{
this.domain = domain;
this.name = name;
this.enable = enable;
this.ssid = ssid;
this.BeaconType = BeaconType;
this.BasicEncryptionModes = BasicEncryptionModes;
this.BasicAuthenticationMode = BasicAuthenticationMode;
this.KeyIndex = KeyIndex;
this.EncypBit = EncryptionLevel;
this.WPAEncryptionModes = WPAEncryptionModes;
this.WPAAuthenticationMode = WPAAuthenticationMode;
this.IEEE11iEncryptionModes = IEEE11iEncryptionModes;
this.IEEE11iAuthenticationMode = IEEE11iAuthenticationMode;
this.X_HW_WPAand11iEncryptionModes = X_HW_WPAand11iEncryptionModes;
this.X_HW_WPAand11iAuthenticationMode = X_HW_WPAand11iAuthenticationMode;
this.RadiusServer = RadiusServer;
this.RadiusPort = RadiusPort;
this.RadiusKey = RadiusKey;
this.X_HW_ServiceEnable = X_HW_ServiceEnable;
this.LowerLayers = LowerLayers;
this.X_HW_WAPIEncryptionModes = X_HW_WAPIEncryptionModes;
this.X_HW_WAPIAuthenticationMode = X_HW_WAPIAuthenticationMode;
this.X_HW_WAPIServer = X_HW_WAPIServer;
this.X_HW_WAPIPort = X_HW_WAPIPort;
}
function stWEPKey(domain, value)
{
this.domain = domain;
this.value = value;
}
function stPreSharedKey(domain, value)
{
this.domain = domain;
this.value = value;
}
function stMaxWLAN(idx, lang)
{
this.MAX_ID = idx;
this.MAX_ID_LANG = lang;
}
function stIndexMapping(index,portIndex)
{
this.index = index;
this.portIndex = portIndex;
}
function stWlanWifi(domain,name,enable,ssid,mode,channel,power,Country,AutoChannelEnable,channelWidth)
{
this.domain = domain;
this.name = name;
this.enable = enable;
this.ssid = ssid;
this.mode = mode;
this.channel = channel;
this.power = power;
this.RegulatoryDomain = Country;
this.AutoChannelEnable = AutoChannelEnable;
this.channelWidth = channelWidth;
}
var WlanWifiArr = new Array(new stWlanWifi("InternetGatewayDevice\x2eLANDevice\x2e1\x2eWLANConfiguration\x2e1","ath0","1","CMCC\x2dSheenHome","11bgn","0","80","CN","1","1"),null);
var WlanWifi = WlanWifiArr;
if (null == WlanWifi)
{
WlanWifi = new stWlanWifi("","","","","11n","","","","","");
}
var enbl = '1';
var Wlan = new Array();
var WlanArr = new Array(new stWlan("InternetGatewayDevice\x2eLANDevice\x2e1\x2eWLANConfiguration\x2e1","ath0","1","CMCC\x2dSheenHome","WPAand11i","None","None","1","104\x2dbit","TKIPEncryption","PSKAuthentication","TKIPandAESEncryption","PSKAuthentication","AESEncryption","PSKAuthentication","192\x2e168\x2e0\x2e100","1812","\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a","1","InternetGatewayDevice\x2eLANDevice\x2e1\x2eWiFi\x2eRadio\x2e1","SMS4","WAPIPSK","192\x2e168\x2e100\x2e200","3810"),null);
var wlanArrLen = WlanArr.length - 1;
for (i=0; i < wlanArrLen; i++)
{
Wlan = new stWlan();
Wlan = WlanArr;
}
var g_keys = new Array(new stWEPKey("InternetGatewayDevice\x2eLANDevice\x2e1\x2eWLANConfiguration\x2e1\x2eWEPKey\x2e1","\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a"),new stWEPKey("InternetGatewayDevice\x2eLANDevice\x2e1\x2eWLANConfiguration\x2e1\x2eWEPKey\x2e2","\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a"),new stWEPKey("InternetGatewayDevice\x2eLANDevice\x2e1\x2eWLANConfiguration\x2e1\x2eWEPKey\x2e3","\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a"),new stWEPKey("InternetGatewayDevice\x2eLANDevice\x2e1\x2eWLANConfiguration\x2e1\x2eWEPKey\x2e4","\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a"),null);
if (null != g_keys)
{
wep1password = g_keys;
}
var wpaPskKey = new Array(new stPreSharedKey("InternetGatewayDevice\x2eLANDevice\x2e1\x2eWLANConfiguration\x2e1\x2ePreSharedKey\x2e1","\x2a\x2a\x2a\x2a\x2a\x2a\x2a\x2a"),null);
var wlanMac = '78\x3a58\x3a60\x3aD4\x3aD3\x3a44';
var ssidIdx = -1;
var ssidAccessAttr = 'Subscriber';
var AddFlag = true;
var currentWlan = new stWlan();
var maxSingleWLAN = new stMaxWLAN(4,'four');
var maxDoubleWLAN = new stMaxWLAN(8,'eight');
function getWlanPortNumber(name)
{
var length = name.length;
var number;
var str = parseInt(name.charAt(length-1));
return str;
}
var uiFirstRecordFor5G = 0;
var RecordFor5G = 0;
var flag5Ghide = 0;
function FirstRecordFor5G()
{
if ((1 == DoubleFreqFlag) && ("5G" == wlanpage))
{
for (var loop = 0; loop < WlanMap.length; loop++)
{
if (WlanMap.portIndex > 3)
{
uiFirstRecordFor5G = parseInt(getIndexFromPort(WlanMap.portIndex));
WlanWifi = WlanWifiArr;
RecordFor5G = loop;
break;
}
}
}
}
var uiFirstRecordFor2G = 0;
var RecordFor2G = 0;
function FirstRecordFor2G()
{
if ((1 == DoubleFreqFlag) && ("2G" == wlanpage))
{
for (var loop = 0; loop < WlanMap.length; loop++)
{
if (WlanMap.portIndex < 4)
{
uiFirstRecordFor2G = parseInt(getIndexFromPort(WlanMap.portIndex));
WlanWifi = WlanWifiArr;
RecordFor2G = loop;
break;
}
}
}
}
var uiTotal2gNum = 0;
var uiTotal5gNum = 0;
var uiTotalNum = 0;
function Total2gNum()
{
uiTotal2gNum = 0;
uiTotal5gNum = 0;
uiTotalNum = Wlan.length;
for (var loop = 0; loop < Wlan.length; loop++)
{
if ('' == Wlan.name)
{
continue;
}
if (getWlanPortNumber(Wlan.name) > 3)
{
uiTotal5gNum++;
}
else
{
uiTotal2gNum++;
}
}
}
var ShowISPSsidFlag = '0';
var WlanMap = new Array();
var j = 0;
for (var i = 0; i < Wlan.length; i++)
{
var index = getWlanPortNumber(Wlan.name);
var wlanInst = getWlanInstFromDomain(Wlan.domain);
if ((isSsidForIsp(wlanInst) == 1) && (1 != ShowISPSsidFlag))
{
continue;
}
else
{
WlanMap = new stIndexMapping(i,index);
j++;
}
}
if (WlanMap.length >= 2)
{
for (var i = 0; i < WlanMap.length-1; i++)
{
for( var j =0; j < WlanMap.length-i-1; j++)
{
if (WlanMap.portIndex < WlanMap.portIndex)
{
var middle = WlanMap;
WlanMap = WlanMap;
WlanMap = middle;
}
}
}
}
function getIndexFromPort(index)
{
for (var i = 0; i < WlanMap.length; i++)
{
if (index == WlanMap.portIndex)
{
return WlanMap.index;
}
}
}
function getPortFromIndex(index)
{
for (var i = 0; i < WlanMap.length; i++)
{
if (index == WlanMap.index)
{
return WlanMap.portIndex;
}
}
}
function getEncryLevel(encrylevel)
{
var level = '';
for (var i = 0; i < encrylevel.length; i++)
{
if (encrylevel.charAt(i) != '-')
{
level += encrylevel.charAt(i);
}
else
{
break;
}
}
return level;
}
var auth_none = "NONE";
var auth_wep = "WEP";
var auth_wpa_psk = "WPA-PSK";
var auth_wpa2_psk = "WPA2-PSK";
var auth_wpawpa2_psk = "WPA-PSK/WPA2-PSK";
var auth_wpa = cfg_wlancfgdetail_language['amp_auth_wpa'];
var auth_wpa2 = cfg_wlancfgdetail_language['amp_auth_wpa2'];
var auth_wpawpa2 = cfg_wlancfgdetail_language['amp_auth_wpawpa2'];
var encrypt_none = "NONE";
var encrypt_open = "OPEN";
var encrypt_share = "SHARE";
var encrypt_both = "OPEN+SHARE";
var encrypt_tkip = "TKIP";
var encrypt_aes = "AES";
var encrypt_tkipaes = "TKIP+AES";
function addAuthModeOption()
{
var len = document.forms.WlanAuthMode_select.options.length;
var authMode = getSelectVal('WlanAuthMode_select');
var mode = WlanWifi.mode;
for (i = 0; i < len; i++)
{
document.forms.WlanAuthMode_select.remove(0);
}
if (mode == "11n")
{
document.forms.WlanAuthMode_select = new Option(auth_none, "open");
document.forms.WlanAuthMode_select = new Option(auth_wpa_psk, "wpa-psk");
document.forms.WlanAuthMode_select = new Option(auth_wpa2_psk, "wpa2-psk");
document.forms.WlanAuthMode_select = new Option(auth_wpawpa2_psk, "wpa/wpa2-psk");
document.forms.WlanAuthMode_select = new Option(auth_wpa, "wpa");
document.forms.WlanAuthMode_select = new Option(auth_wpa2, "wpa2");
document.forms.WlanAuthMode_select = new Option(auth_wpawpa2, "wpa/wpa2");
}
else
{
document.forms.WlanAuthMode_select = new Option(auth_none, "open");
document.forms.WlanAuthMode_select = new Option(auth_wep, "shared");
document.forms.WlanAuthMode_select = new Option(auth_wpa_psk, "wpa-psk");
document.forms.WlanAuthMode_select = new Option(auth_wpa2_psk, "wpa2-psk");
document.forms.WlanAuthMode_select = new Option(auth_wpawpa2_psk, "wpa/wpa2-psk");
document.forms.WlanAuthMode_select = new Option(auth_wpa, "wpa");
document.forms.WlanAuthMode_select = new Option(auth_wpa2, "wpa2");
document.forms.WlanAuthMode_select = new Option(auth_wpawpa2, "wpa/wpa2");
if(1 == WapiFlag)
{
document.forms.WlanAuthMode_select = new Option(cfg_wlancfgdetail_language['amp_auth_wapi_psk'], "wapi-psk");
document.forms.WlanAuthMode_select = new Option(cfg_wlancfgdetail_language['amp_auth_wapi'], "wapi");
}
}
setSelect('WlanAuthMode_select',authMode);
}
function addWapiEncryMethodOption()
{
var len = document.forms.WlanPwdMode_select.options.length;
for (i = 0; i < len; i++)
{
document.forms.WlanPwdMode_select.remove(0);
}
document.forms.WlanPwdMode_select = new Option(cfg_wlancfgdetail_language['amp_encrypt_sms4'], "SMS4");
}
function addEncryMethodOption(type1,type2)
{
var len = document.forms.WlanPwdMode_select.options.length;
var mode = WlanWifi.mode;
for (i = 0; i < len; i++)
{
document.forms.WlanPwdMode_select.remove(0);
}
if ((type1 == 0) && (type2 == 0))
{
}
else if ((type1 == 0) && (type2 == 1))
{
}
else
{
if (mode == "11n")
{
document.forms.WlanPwdMode_select = new Option(cfg_wlancfgdetail_language['amp_encrypt_aes'], "AESEncryption");
}
else
{
document.forms.WlanPwdMode_select = new Option(cfg_wlancfgdetail_language['amp_encrypt_aes'], "AESEncryption");
document.forms.WlanPwdMode_select = new Option(cfg_wlancfgdetail_language['amp_encrypt_tkip'], "TKIPEncryption");
document.forms.WlanPwdMode_select = new Option(encrypt_tkipaes, "TKIPandAESEncryption");
}
}
}
function GetWepEncrypt(BasicAuthenticationMode)
{
if ((BasicAuthenticationMode == 'None') ||(BasicAuthenticationMode == 'OpenSystem'))
{
return 'OpenSystem';
}
else if ((BasicAuthenticationMode == 'SharedAuthentication') ||(BasicAuthenticationMode == 'SharedKey'))
{
return 'SharedKey';
}
else
{
return 'Both';
}
}
function ClearPsdModFlag()
{
wep1PsdModFlag = false;
pskPsdModFlag = false;
radPsdModFlag = false;
}
function authModeChange()
{
ClearPsdModFlag();
setDisplay("wlEncryMethod",0);
setDisplay("wlEncryWep",0);
setDisplay("keyInfo", 0);
setDisplay("wlRadius", 0);
setDisplay("wpaPreShareKey", 0);
setDisable("WlanPwdMode_select",0);
setDisplay('wlWapi',0);
var authMode = getSelectVal('WlanAuthMode_select');
switch (authMode)
{
case 'open':
break;
case 'shared':
var level = getEncryLevel(Wlan.EncypBit);
var mode = WlanWifi.mode;
if (mode == "11n")
{
}
else
{
setDisplay("wlEncryWep",1);
setDisplay('keyInfo', 1);
if (AddFlag == false)
{
setSelect('WlanWepPwd_select', GetWepEncrypt(Wlan.BasicAuthenticationMode));
setSelect('WlanKeyBit_select', parseInt(level)+24);
setText('wlKeys1',g_keys.value);
wep1password = g_keys.value;
setText('twlKeys1',g_keys.value);
}
else
{
setSelect('WlanWepPwd_select', 'Both');
setSelect('WlanKeyBit_select', 128);
setText('wlKeys1','');
wep1password = ''; setText('twlKeys1','');
}
}
break;
case 'wpa':
case 'wpa2':
case 'wpa/wpa2':
setDisplay('wlEncryMethod',1);
addEncryMethodOption(1,0);
setDisplay('wlRadius', 1);
if (AddFlag == false)
{
if (authMode == 'wpa')
{
setSelect('WlanPwdMode_select',Wlan.WPAEncryptionModes);
}
else if (authMode == 'wpa2')
{
setSelect('WlanPwdMode_select',Wlan.IEEE11iEncryptionModes);
}
else
{
setSelect('WlanPwdMode_select',Wlan.X_HW_WPAand11iEncryptionModes);
}
setText('wlRadiusIPAddr',Wlan.RadiusServer);
setText('wlRadiusPort',Wlan.RadiusPort);
setText('wlRadiusKey',Wlan.RadiusKey);
radiuspassword = Wlan.RadiusKey;
setText('twlRadiusKey',Wlan.RadiusKey);
}
else
{
setText('wlRadiusIPAddr','');
setText('wlRadiusPort','');
setText('wlRadiusKey','');
radiuspassword = '';
setText('twlRadiusKey','');
}
break;
case 'wpa-psk':
case 'wpa2-psk':
case 'wpa/wpa2-psk':
setDisplay('wlEncryMethod',1);
addEncryMethodOption(1,0);
setDisplay('wpaPreShareKey', 1);
if (AddFlag == false)
{
if (authMode == 'wpa-psk')
{
setSelect('WlanPwdMode_select',Wlan.WPAEncryptionModes);
}
else if (authMode == 'wpa2-psk')
{
setSelect('WlanPwdMode_select',Wlan.IEEE11iEncryptionModes);
}
else
{
setSelect('WlanPwdMode_select',Wlan.X_HW_WPAand11iEncryptionModes);
}
setText('WlanPassword_password',wpaPskKey.value);
wpapskpassword = wpaPskKey.value;
setText('tWlanPassword_password',wpaPskKey.value);
}
else
{
setText('WlanPassword_password','');
wpapskpassword = '';
setText('tWlanPassword_password','');
}
break;
case 'wapi-psk':
setDisplay('wlEncryMethod',1);
addWapiEncryMethodOption();
document.getElementById('wpa_psk').innerHTML = GetLanguageDesc("amp_wapi_psk");
setDisable('WlanPwdMode_select',1);
setDisplay("wpaPreShareKey", 1);
setText('WlanPassword_password',wpaPskKey.value);
setText('tWlanPassword_password',wpaPskKey.value);
wpapskpassword = wpaPskKey.value;
if(AddFlag == false)
{
setSelect('WlanPwdMode_select',Wlan.X_HW_WAPIEncryptionModes);
}
break;
case 'wapi':
setDisplay('wlEncryMethod',1);
addWapiEncryMethodOption();
setDisable('WlanPwdMode_select',1);
setDisplay('wlWapi',1);
setText('wapiIPAddr',Wlan.X_HW_WAPIServer);
setText('wapiPort',Wlan.X_HW_WAPIPort);
if(AddFlag == false)
{
setSelect('WlanPwdMode_select',Wlan.X_HW_WAPIEncryptionModes);
}
break;
default:
break;
}
}
function isValidKey(val, size)
{
var ret = false;
var len = val.length;
var dbSize = size * 2;
if (isValidAscii(val) != '')
{
return false;
}
if ( len == size )
ret = true;
else if ( len == dbSize )
{
for ( i = 0; i < dbSize; i++ )
if ( isHexaDigit(val.charAt(i)) == false )
break;
if ( i == dbSize )
ret = true;
}
else
ret = false;
return ret;
}
function displaywepkey()
{
if (AddFlag == false)
{
setText('wlKeys1',g_keys.value);
wep1password = g_keys.value;
setText('twlKeys1',g_keys.value);
}
else
{
setText('wlKeys1','');
wep1password = '';
setText('twlKeys1', '');
}
}
function beaconTypeChange(mode)
{
setDisplay('wlEncryMethod',0);
setDisplay("wlEncryWep",0);
setDisplay('keyInfo', 0);
setDisplay('wlRadius', 0);
setDisplay('wpaPreShareKey', 0);
setDisplay('wlWapi',0);
if (mode == 'Basic')
{
var BasicAuthenticationMode = Wlan.BasicAuthenticationMode;
var BasicEncryptionModes = Wlan.BasicEncryptionModes;
if (BasicEncryptionModes == 'None')
{
setSelect('WlanAuthMode_select','open');
}
else
{
var level = getEncryLevel(Wlan.EncypBit);
setDisplay("wlEncryWep",1);
setDisplay('keyInfo', 1);
setSelect('WlanAuthMode_select','shared');
setSelect('WlanWepPwd_select',GetWepEncrypt(BasicAuthenticationMode));
setSelect('WlanKeyBit_select', parseInt(level)+24);
WlanKeyBit_selectChange();
displaywepkey();
}
}
else if (mode == 'WPA')
{
if (Wlan.WPAAuthenticationMode == 'EAPAuthentication')
{
setDisplay("wlEncryMethod",1);
addEncryMethodOption(1,0);
setDisplay("wlRadius", 1);
setSelect('WlanAuthMode_select','wpa');
setSelect('WlanPwdMode_select',Wlan.WPAEncryptionModes);
setText('wlRadiusIPAddr',Wlan.RadiusServer);
setText('wlRadiusPort',Wlan.RadiusPort);
setText('wlRadiusKey',Wlan.RadiusKey);
radiuspassword = Wlan.RadiusKey;
setText('twlRadiusKey',Wlan.RadiusKey);
}
else
{
setDisplay("wlEncryMethod",1);
addEncryMethodOption(1,1);
setDisplay("wpaPreShareKey", 1);
setSelect('WlanAuthMode_select','wpa-psk');
setSelect('WlanPwdMode_select',Wlan.WPAEncryptionModes);
setText('WlanPassword_password',wpaPskKey.value);
wpapskpassword = wpaPskKey.value;
setText('tWlanPassword_password',wpaPskKey.value);
}
}
else if ((mode == '11i') || (mode == 'WPA2') )
{
if (Wlan.IEEE11iAuthenticationMode == 'EAPAuthentication')
{
setDisplay("wlEncryMethod",1);
addEncryMethodOption(1,0);
setDisplay("wlRadius", 1);
setSelect('WlanAuthMode_select','wpa2');
setSelect('WlanPwdMode_select',Wlan.IEEE11iEncryptionModes);
setText('wlRadiusIPAddr',Wlan.RadiusServer);
setText('wlRadiusPort',Wlan.RadiusPort);
setText('wlRadiusKey',Wlan.RadiusKey);
radiuspassword = Wlan.RadiusKey;
setText('twlRadiusKey',Wlan.RadiusKey);
}
else
{
setDisplay("wlEncryMethod",1);
addEncryMethodOption(1,2);
setDisplay("wpaPreShareKey", 1);
setSelect('WlanAuthMode_select','wpa2-psk');
setSelect('WlanPwdMode_select',Wlan.IEEE11iEncryptionModes);
setText('WlanPassword_password',wpaPskKey.value);
wpapskpassword = wpaPskKey.value;
setText('tWlanPassword_password',wpaPskKey.value);
}
}
else if ((mode == 'WPAand11i')|| (mode == 'WPA/WPA2'))
{
if (Wlan.X_HW_WPAand11iAuthenticationMode == 'EAPAuthentication')
{
setDisplay("wlEncryMethod",1);
addEncryMethodOption(1,0);
setDisplay("wlRadius", 1);
setSelect('WlanAuthMode_select','wpa/wpa2');
setSelect('WlanPwdMode_select',Wlan.X_HW_WPAand11iEncryptionModes);
setText('wlRadiusIPAddr',Wlan.RadiusServer);
setText('wlRadiusPort',Wlan.RadiusPort);
setText('wlRadiusKey',Wlan.RadiusKey);
radiuspassword = Wlan.RadiusKey;
setText('twlRadiusKey',Wlan.RadiusKey);
}
else
{
setDisplay("wlEncryMethod",1);
addEncryMethodOption(0,2);
setDisplay("wpaPreShareKey", 1);
setSelect('WlanAuthMode_select','wpa/wpa2-psk');
setSelect('WlanPwdMode_select',Wlan.X_HW_WPAand11iEncryptionModes);
setText('WlanPassword_password',wpaPskKey.value);
wpapskpassword = wpaPskKey.value;
setText('tWlanPassword_password',wpaPskKey.value);
}
}
else if(mode == 'X_HW_WAPI')
{
if(Wlan.X_HW_WAPIAuthenticationMode == 'WAPIPSK')
{
setSelect('WlanAuthMode_select','wapi-psk');
setDisplay('wlEncryMethod',1);
addWapiEncryMethodOption();
setDisable('WlanPwdMode_select',1);
setDisplay("wpaPreShareKey", 1);
document.getElementById('wpa_psk').innerHTML = GetLanguageDesc("amp_wapi_psk");
setText('WlanPassword_password',wpaPskKey.value);
setText('tWlanPassword_password',wpaPskKey.value);
wpapskpassword = wpaPskKey.value;
setSelect('WlanPwdMode_select',Wlan.X_HW_WAPIEncryptionModes);
}
else
{
setSelect('WlanAuthMode_select','wapi');
setDisplay('wlEncryMethod',1);
addWapiEncryMethodOption();
setDisable('WlanPwdMode_select',1);
setDisplay('wlWapi',1);
setText('wapiIPAddr',Wlan.X_HW_WAPIServer);
setText('wapiPort',Wlan.X_HW_WAPIPort);
}
}
else
{
setSelect('WlanAuthMode_select','open');
}
}
function WlanKeyBit_selectChange()
{
var desc;
if (getSelectVal('WlanKeyBit_select') == 128)
{
desc = "128位无线网络密钥需输入13个ASCII字符或26个十六进制数";
}
else
{
desc = "64位无线网络密钥需输入5个ASCII字符或10个十六进制数";
}
getElById("Title_wlan_key_tips_lable").innerHTML = desc;
}
function onMethodChange(isSelected)
{
var authMode = getSelectVal('WlanAuthMode_select');
if (authMode == 'open')
{
var var2 = getSelectVal('WlanPwdMode_select');
if (var2 == 'None')
{
setDisplay('keyInfo', 0);
}
else
{
if (AddFlag == false)
{
var level = getEncryLevel(Wlan.EncypBit);
setDisplay('keyInfo', 1);
setSelect('WlanKeyBit_select', parseInt(level)+24);
setText('wlKeys1',g_keys.value);
wep1password = g_keys.value;
setText('twlKeys1',g_keys.value);
}
else
{
setDisplay('keyInfo', 1);
setSelect('WlanKeyBit_select', 128);
setText('wlKeys1','');
wep1password = '';
setText('twlKeys1','');
}
}
}
else
{
setDisplay('keyInfo', 0);
}
}
function onWepChange()
{
}
function SsidEnable()
{
if (true == AddFlag)
{
return;
}
if (Wlan.X_HW_ServiceEnable == 1)
{
}
else
{
AlertEx(cfg_wlancfgother_language['amp_ssid_state']);
setCheck('wlEnable', 0);
}
return;
}
function ShowSsidEnable(currentWlan)
{
if (currentWlan.X_HW_ServiceEnable == 1)
{
setCheck('wlEnable', currentWlan.enable);
}
else
{
setCheck('wlEnable', 0);
}
return;
}
function ltrim(str)
{
return str.replace(/(^\s*)/g,"");
}
function IsCharandNum(str)
{
var prefix='';
var postfix = '-5G';
var endPos = str.length;
var ErrorNote = "SSID-1 “CMCC-”前缀后面只允许输入由0-9、a-z、A-Z等组成的字符串。";
if (0 == getWlanPortNumber(currentWlan.name))
{
prefix = "CMCC-";
}
if ((1 == DoubleFreqFlag) && (4 == getWlanPortNumber(currentWlan.name)))
{
prefix = "CMCC-";
endPos = str.length - postfix.length;
if (endPos != str.lastIndexOf(postfix))
{
endPos = str.length;
}
ErrorNote = "SSID-5 “CMCC-”前缀后面只允许输入由0-9、a-z、A-Z等组成的字符串，并且允许以“-5G”结尾。";
}
for( var i = prefix.length; i < endPos; i++ )
{
if(str.charAt(i) < '0' || str.charAt(i) > '9')
{
if(str.charAt(i) < 'a' || str.charAt(i) > 'z')
{
if(str.charAt(i) < 'A' || str.charAt(i) > 'Z')
{
AlertEx(ErrorNote);
return false;
}
}
}
}
return true;
}
function addParameter1(Form)
{
Form.addParameter('y.Enable',getCheckVal('wlEnable'));
var ssid;
ssid = ltrim(getValue('WlanSsid_text'));
if (ssid == '')
{
AlertEx(cfg_wlancfgother_language['amp_empty_ssid']);
return false;
}
if (ssid.length > 32)
{
AlertEx(cfg_wlancfgother_language['amp_ssid_check1'] + ssid + cfg_wlancfgother_language['amp_ssid_too_loog']);
return false;
}
if (isValidAscii(ssid) != '')
{
AlertEx(cfg_wlancfgother_language['amp_ssid_check1'] + ssid + cfg_wlancfgother_language['amp_ssid_invalid'] + isValidAscii(ssid));
return false;
}
for (i = 0; i < Wlan.length; i++)
{
if ((getWlanPortNumber(Wlan.name) > 3) && ((1 == DoubleFreqFlag) && ("2G" == wlanpage)) )
{
continue;
}
if ((getWlanPortNumber(Wlan.name) <= 3) && ((1 == DoubleFreqFlag) && ("5G" == wlanpage)) )
{
continue;
}
if (ssidIdx != i)
{
if (Wlan.ssid == ssid)
{
AlertEx(cfg_wlancfgother_language['amp_ssid_exist']);
return false;
}
}
else
{
continue;
}
}
if ('E8C' == CurrentBin.toUpperCase() && '0' == TianyiFlag)
{
if((0 == getWlanPortNumber(currentWlan.name)) && (0 != ssid.indexOf("ChinaNet-")) )
{
AlertEx(cfg_wlancfgother_language['amp_ssid_must_be_chinanet']);
return false;
}
if (1 == DoubleFreqFlag)
{
if((4 == getWlanPortNumber(currentWlan.name)) && (0 != ssid.indexOf("ChinaNet-")) )
{
AlertEx(cfg_wlancfgother_language['amp_ssid_must_be_chinanet_5G']);
return false;
}
}
}
if ('CMCC' == CurrentBin.toUpperCase() && MngtJsCmcc != 1)
{
if((0 == getWlanPortNumber(currentWlan.name)) && (0 != ssid.indexOf("CMCC-")) )
{
AlertEx(cfg_wlancfgother_language['amp_ssid_must_be_cmcc']);
return false;
}
if (1 == DoubleFreqFlag)
{
if((4 == getWlanPortNumber(currentWlan.name)) && (0 != ssid.indexOf("CMCC-")) )
{
AlertEx(cfg_wlancfgother_language['amp_ssid_must_be_cmcc_5G']);
return false;
}
}
}
if ('SHXCNCATV' == CfgMode.toUpperCase())
{
if((0 == getWlanPortNumber(currentWlan.name)) && (0 != ssid.indexOf("sxbctvnet-")) )
{
AlertEx(cfg_wlancfgother_language['amp_ssid_must_be_shxcncatv']);
return false;
}
if (1 == DoubleFreqFlag)
{
if((4 == getWlanPortNumber(currentWlan.name)) && (0 != ssid.indexOf("sxbctvnet-")) )
{
AlertEx(cfg_wlancfgother_language['amp_ssid_must_be_shxcncatv_5G']);
return false;
}
}
}
if (('1' == aWiFiCustFlag) && (aWiFiSSID2GInst == getWlanInstFromDomain(currentWlan.domain)))
{
if ((ssid != 'aWiFi') && (0 != ssid.indexOf("aWiFi-")))
{
AlertEx(cfg_wlancfgother_language['amp_ssid_must_be_awifi']);
return false;
}
if (ssid == 'aWiFi-')
{
ssid = 'aWiFi';
}
}
Form.addParameter('y.SSID',ssid);
}
function addParameter2(Form)
{
var url = '';
var temp = '';
var AuthMode = getSelectVal('WlanAuthMode_select');
if (AuthMode == 'open')
{
Form.addParameter('y.BeaconType','None');
Form.addParameter('y.BasicAuthenticationMode','OpenSystem');
Form.addParameter('y.BasicEncryptionModes','None');
}
else if (AuthMode == 'shared')
{
var KeyBit = getSelectVal('WlanKeyBit_select');
var index = 1;
var wlKeys1 = getValue('wlKeys1');
var val;
var i;
var vKey = 0;
var KeyDesc;
for (vKey = 0; vKey < 1; vKey++)
{
if (vKey == 0)
{
val = wlKeys1;
KeyDesc = cfg_wlancfgdetail_language['amp_encrypt_key1'];
}
if ( val != '' && val != null)
{
if ( KeyBit == '128' )
{
if (isValidKey(val, 13) == false )
{
AlertEx(cfg_wlancfgdetail_language['amp_key_check1'] + val + cfg_wlancfgdetail_language['amp_key_invalid1']);
return false;
}
}
else
{
if (isValidKey(val, 5) == false )
{
AlertEx(cfg_wlancfgdetail_language['amp_key_check1'] + val + cfg_wlancfgdetail_language['amp_key_invalid2']);
return false;
}
}
}
else
{
AlertEx(cfg_wlancfgdetail_language['amp_key_invalid3']);
return false;
}
}
Form.addParameter('y.WEPEncryptionLevel',(KeyBit-24)+'-bit');
Form.addParameter('y.WEPKeyIndex',index);
if (wifiPasswordMask == '1')
{
if (KeyBit == '128')
{
if ( (wlKeys1 != "*************") || (wep1PsdModFlag == true) )
{
Form.addParameter('k1.WEPKey', wlKeys1);
Form.addParameter('k2.WEPKey', wlKeys1);
Form.addParameter('k3.WEPKey', wlKeys1);
Form.addParameter('k4.WEPKey', wlKeys1);
}
}
else
{
if ( (wlKeys1 != "*****") || (wep1PsdModFlag == true) )
{
Form.addParameter('k1.WEPKey', wlKeys1);
Form.addParameter('k2.WEPKey', wlKeys1);
Form.addParameter('k3.WEPKey', wlKeys1);
Form.addParameter('k4.WEPKey', wlKeys1);
}
}
}
else
{
Form.addParameter('k1.WEPKey', wlKeys1);
Form.addParameter('k2.WEPKey', wlKeys1);
Form.addParameter('k3.WEPKey', wlKeys1);
Form.addParameter('k4.WEPKey', wlKeys1);
}
Form.addParameter('y.BeaconType','Basic');
Form.addParameter('y.BasicAuthenticationMode',getSelectVal('WlanWepPwd_select'));
Form.addParameter('y.BasicEncryptionModes','WEPEncryption');
}
else if (AuthMode == 'wpa' || AuthMode == 'wpa2' || AuthMode == 'wpa/wpa2')
{
var wlRadiusKey = getValue('wlRadiusKey');
var wlRadiusIPAddr = getValue('wlRadiusIPAddr');
var wlRadiusPort = getValue('wlRadiusPort');
if (wlRadiusIPAddr == '' || wlRadiusPort == '' || wlRadiusKey == '')
{
AlertEx(cfg_wlancfgother_language['amp_empty_para']);
return false;
}
if (isValidRaiusKey(wlRadiusKey) == false)
{
AlertEx(cfg_wlancfgdetail_language['amp_radius_keyinvalid']);
return false;
}
if (isAbcIpAddress(wlRadiusIPAddr) == false)
{
AlertEx(cfg_wlancfgdetail_language['amp_srvip_invalid']);
return false;
}
if (isValidRadiusPort(wlRadiusPort) == false)
{
AlertEx(cfg_wlancfgdetail_language['amp_srvport_invalid']);
return false;
}
if (AuthMode == 'wpa')
{
Form.addParameter('y.BeaconType','WPA');
Form.addParameter('y.WPAAuthenticationMode','EAPAuthentication');
Form.addParameter('y.WPAEncryptionModes',getSelectVal('WlanPwdMode_select'));
}
else if (AuthMode == 'wpa2')
{
Form.addParameter('y.BeaconType','11i');
Form.addParameter('y.IEEE11iAuthenticationMode','EAPAuthentication');
Form.addParameter('y.IEEE11iEncryptionModes',getSelectVal('WlanPwdMode_select'));
}
else
{
Form.addParameter('y.BeaconType','WPAand11i');
Form.addParameter('y.X_HW_WPAand11iAuthenticationMode','EAPAuthentication');
Form.addParameter('y.X_HW_WPAand11iEncryptionModes',getSelectVal('WlanPwdMode_select'));
}
if (wifiPasswordMask == '1')
{
if ( (wlRadiusKey != "********") || (radPsdModFlag == true) )
{
Form.addParameter('y.X_HW_RadiusKey',wlRadiusKey);
}
}
else
{
Form.addParameter('y.X_HW_RadiusKey',wlRadiusKey);
}
Form.addParameter('y.X_HW_RadiuServer',wlRadiusIPAddr);
wlRadiusPort = parseInt(getValue('wlRadiusPort'),10);
Form.addParameter('y.X_HW_RadiusPort',wlRadiusPort);
}
else if (AuthMode == 'wpa-psk' || AuthMode == 'wpa2-psk' || AuthMode == 'wpa/wpa2-psk'|| AuthMode == 'wapi'|| AuthMode == 'wapi-psk')
{
var value = getValue('WlanPassword_password');
var wapiIP = getValue('wapiIPAddr');
var wapiPort = getValue('wapiPort');
if(AuthMode == 'wpa-psk' || AuthMode == 'wpa2-psk' || AuthMode == 'wpa/wpa2-psk')
{
if (value == '')
{
AlertEx(cfg_wlancfgother_language['amp_empty_para']);
return false;
}
if (isValidWPAPskKey(value) == false)
{
AlertEx(cfg_wlancfgdetail_language['amp_wpskey_invalid']);
return false;
}
}
if (AuthMode == 'wpa-psk')
{
Form.addParameter('y.BeaconType','WPA');
Form.addParameter('y.WPAAuthenticationMode','PSKAuthentication');
Form.addParameter('y.WPAEncryptionModes',getSelectVal('WlanPwdMode_select'));
}
else if (AuthMode == 'wpa2-psk')
{
Form.addParameter('y.BeaconType','11i');
Form.addParameter('y.IEEE11iAuthenticationMode','PSKAuthentication');
Form.addParameter('y.IEEE11iEncryptionModes',getSelectVal('WlanPwdMode_select'));
}
else if(AuthMode == 'wapi')
{
if (isAbcIpAddress(wapiIP) == false)
{
AlertEx(cfg_wlancfgdetail_language['amp_wapisrvip_invalid']);
return false;
}
if (isValidRadiusPort(wapiPort) == false)
{
AlertEx(cfg_wlancfgdetail_language['amp_wapisrvport_invalid']);
return false;
}
Form.addParameter('y.BeaconType','X_HW_WAPI');
Form.addParameter('y.X_HW_WAPIAuthenticationMode','WAPICERT');
Form.addParameter('y.X_HW_WAPIEncryptionModes','SMS4');
Form.addParameter('y.X_HW_WAPIServer',wapiIP);
Form.addParameter('y.X_HW_WAPIPort',parseInt(getValue('wapiPort')),10);
}
else if(AuthMode == 'wapi-psk')
{
if (value == '')
{
AlertEx(cfg_wlancfgother_language['amp_empty_para']);
return false;
}
if (isValidWPAPskKey(value) == false)
{
AlertEx(cfg_wlancfgdetail_language['amp_wpskey_invalid']);
return false;
}
Form.addParameter('y.BeaconType','X_HW_WAPI');
Form.addParameter('y.X_HW_WAPIAuthenticationMode','WAPIPSK');
Form.addParameter('y.X_HW_WAPIEncryptionModes','SMS4');
}
else
{
Form.addParameter('y.BeaconType','WPAand11i');
Form.addParameter('y.X_HW_WPAand11iAuthenticationMode','PSKAuthentication');
Form.addParameter('y.X_HW_WPAand11iEncryptionModes',getSelectVal('WlanPwdMode_select'));
}
if (wifiPasswordMask == '1')
{
if ( (value != "********") || (pskPsdModFlag == true) )
{
Form.addParameter('k.PreSharedKey',value);
}
}
else
{
Form.addParameter('k.PreSharedKey',value);
}
}
else
{
}
return true;
}
var guiCoverSsidNotifyFlag = 0;
function setCoverSsidNotifyFlag(DBvalue, WebValue)
{
if (DBvalue != WebValue)
{
guiCoverSsidNotifyFlag++;
}
}
function stExtendedWLC(domain, SSIDIndex)
{
this.domain = domain;
this.SSIDIndex = SSIDIndex;
}
var apExtendedWLC = new Array(null);
function isWifiCoverSsidNotify()
{
if (guiCoverSsidNotifyFlag > 0)
{
return true;
}
return false;
}
function isWifiCoverSsid(wlanInst)
{
for (var j = 0; j < apExtendedWLC.length - 1; j++)
{
if (wlanInst == apExtendedWLC.SSIDIndex)
{
if (isWifiCoverSsidNotify())
{
return true;
}
}
}
return false
}
function AddParaForCover(Form)
{
var wlandomain = Wlan.domain;
var length = wlandomain.length;
var wlanInstId = parseInt(wlandomain.charAt(length-1));
var beaconType = "Basic";
Form.addParameter('w.SsidInst',wlanInstId);
Form.addParameter('w.SSID',ltrim(getValue('WlanSsid_text')));
setCoverSsidNotifyFlag(Wlan.ssid, ltrim(getValue('WlanSsid_text')));
Form.addParameter('w.Enable',getCheckVal('wlEnable'));
Form.addParameter('w.Standard',WlanWifi.mode);
Form.addParameter('w.BasicAuthenticationMode','None');
Form.addParameter('w.BasicEncryptionModes','WEPEncryption');
Form.addParameter('w.WPAAuthenticationMode','EAPAuthentication');
Form.addParameter('w.WPAEncryptionModes',getSelectVal('WlanPwdMode_select'));
Form.addParameter('w.IEEE11iAuthenticationMode','EAPAuthentication');
Form.addParameter('w.IEEE11iEncryptionModes',getSelectVal('WlanPwdMode_select'));
Form.addParameter('w.MixAuthenticationMode','EAPAuthentication');
Form.addParameter('w.MixEncryptionModes',getSelectVal('WlanPwdMode_select'));
var AuthMode = getSelectVal('WlanAuthMode_select');
if (AuthMode == 'shared' || AuthMode == 'open')
{
Form.addParameter('w.BeaconType','Basic');
setCoverSsidNotifyFlag(Wlan.BeaconType, 'Basic');
Form.addParameter('w.BasicAuthenticationMode',getSelectVal('WlanWepPwd_select'));
setCoverSsidNotifyFlag(Wlan.BasicAuthenticationMode, getSelectVal('WlanWepPwd_select'));
Form.addParameter('w.BasicEncryptionModes','WEPEncryption');
setCoverSsidNotifyFlag(Wlan.BasicEncryptionModes, 'WEPEncryption');
}
else if (AuthMode == 'wpa' || AuthMode == 'wpa2' || AuthMode == 'wpa/wpa2')
{
if (AuthMode == 'wpa')
{
Form.addParameter('w.BeaconType','WPA');
setCoverSsidNotifyFlag(Wlan.BeaconType, 'WPA');
beaconType = "WPA";
Form.addParameter('w.WPAAuthenticationMode','EAPAuthentication');
setCoverSsidNotifyFlag(Wlan.WPAAuthenticationMode, 'EAPAuthentication');
Form.addParameter('w.WPAEncryptionModes',getSelectVal('WlanPwdMode_select'));
setCoverSsidNotifyFlag(Wlan.WPAEncryptionModes, getSelectVal('WlanPwdMode_select'));
}
else if (AuthMode == 'wpa2')
{
Form.addParameter('w.BeaconType','11i');
setCoverSsidNotifyFlag(Wlan.BeaconType, '11i');
beaconType = "11i";
Form.addParameter('w.IEEE11iAuthenticationMode','EAPAuthentication');
setCoverSsidNotifyFlag(Wlan.IEEE11iAuthenticationMode, 'EAPAuthentication');
Form.addParameter('w.IEEE11iEncryptionModes',getSelectVal('WlanPwdMode_select'));
setCoverSsidNotifyFlag(Wlan.IEEE11iEncryptionModes, getSelectVal('WlanPwdMode_select'));
}
else
{
Form.addParameter('w.BeaconType','WPAand11i');
setCoverSsidNotifyFlag(Wlan.BeaconType, 'WPAand11i');
beaconType = "WPAand11i";
Form.addParameter('w.MixAuthenticationMode','EAPAuthentication');
setCoverSsidNotifyFlag(Wlan.X_HW_WPAand11iAuthenticationMode, 'EAPAuthentication');
Form.addParameter('w.MixEncryptionModes',getSelectVal('WlanPwdMode_select'));
setCoverSsidNotifyFlag(Wlan.X_HW_WPAand11iEncryptionModes, getSelectVal('WlanPwdMode_select'));
}
}
else if (AuthMode == 'wpa-psk' || AuthMode == 'wpa2-psk' || AuthMode == 'wpa/wpa2-psk'|| AuthMode == 'wapi'|| AuthMode == 'wapi-psk')
{
if (AuthMode == 'wpa-psk')
{
Form.addParameter('w.BeaconType','WPA');
setCoverSsidNotifyFlag(Wlan.BeaconType, 'WPA');
beaconType = "WPA";
Form.addParameter('w.WPAAuthenticationMode','PSKAuthentication');
setCoverSsidNotifyFlag(Wlan.WPAAuthenticationMode, 'PSKAuthentication');
Form.addParameter('w.WPAEncryptionModes',getSelectVal('WlanPwdMode_select'));
setCoverSsidNotifyFlag(Wlan.WPAEncryptionModes, getSelectVal('WlanPwdMode_select'));
}
else if (AuthMode == 'wpa2-psk')
{
Form.addParameter('w.BeaconType','11i');
setCoverSsidNotifyFlag(Wlan.BeaconType, '11i');
beaconType = "11i";
Form.addParameter('w.IEEE11iAuthenticationMode','PSKAuthentication');
setCoverSsidNotifyFlag(Wlan.IEEE11iAuthenticationMode, 'PSKAuthentication');
Form.addParameter('w.IEEE11iEncryptionModes',getSelectVal('WlanPwdMode_select'));
setCoverSsidNotifyFlag(Wlan.IEEE11iEncryptionModes, getSelectVal('WlanPwdMode_select'));
}
else if(AuthMode == 'wapi')
{
Form.addParameter('w.BeaconType','X_HW_WAPI');
setCoverSsidNotifyFlag(Wlan.BeaconType, 'X_HW_WAPI');
beaconType = "X_HW_WAPI";
}
else if(AuthMode == 'wapi-psk')
{
Form.addParameter('w.BeaconType','X_HW_WAPI');
setCoverSsidNotifyFlag(Wlan.BeaconType, 'X_HW_WAPI');
beaconType = "X_HW_WAPI";
}
else
{
Form.addParameter('w.BeaconType','WPAand11i');
setCoverSsidNotifyFlag(Wlan.BeaconType, 'WPAand11i');
beaconType = "WPAand11i";
Form.addParameter('w.MixAuthenticationMode','PSKAuthentication');
setCoverSsidNotifyFlag(Wlan.X_HW_WPAand11iAuthenticationMode, 'PSKAuthentication');
Form.addParameter('w.MixEncryptionModes',getSelectVal('WlanPwdMode_select'));
setCoverSsidNotifyFlag(Wlan.X_HW_WPAand11iEncryptionModes, getSelectVal('WlanPwdMode_select'));
}
}
var KeyBit = getSelectVal('WlanKeyBit_select');
Form.addParameter('w.WEPEncryptionLevel',(KeyBit-24)+'-bit');
setCoverSsidNotifyFlag(Wlan.EncypBit, (KeyBit-24)+'-bit');
//var keyIndex = getSelectVal('wlKeyIndex');
var keyIndex = 1;
Form.addParameter('w.WEPKeyIndex', keyIndex);
var weppsdModifyFLag = false;
var key;
if (1 == keyIndex)
{
key = getValue('wlKeys1');
weppsdModifyFLag = wep1PsdModFlag;
}
else if (2 == keyIndex)
{
key = getValue('wlKeys2');
weppsdModifyFLag = wep2PsdModFlag;
}
else if (3 == keyIndex)
{
key = getValue('wlKeys3');
weppsdModifyFLag = wep3PsdModFlag;
}
elseif (4 == keyIndex)
{
key = getValue('wlKeys4');
weppsdModifyFLag = wep4PsdModFlag;
}
if ("Basic" != beaconType)
{
key = getValue('WlanPassword_password');
}
if (wifiPasswordMask == '1')
{
if ("Basic" != beaconType)
{
if ( (key != "********") || (pskPsdModFlag == true) )
{
Form.addParameter('w.Key', key);
}
}
else
{
if ('WEPEncryption' == getSelectVal('WlanPwdMode_select'))
{
if (KeyBit == '128')
{
if ( (key != "*************") || (weppsdModifyFLag == true) )
{
Form.addParameter('w.Key', key);
}
}
else
{
if ( (key != "*****") || (weppsdModifyFLag == true) )
{
Form.addParameter('w.Key', key);
}
}
}
}
}
else
{
Form.addParameter('w.Key', key);
}
if ("Basic" != beaconType)
{
setCoverSsidNotifyFlag(wpaPskKey.value, key);
}
else
{
if (('WEPEncryption' == getSelectVal('WlanPwdMode_select')) && (1 <= keyIndex) && (keyIndex <= 4))
{
setCoverSsidNotifyFlag(Wlan.KeyIndex, keyIndex);
setCoverSsidNotifyFlag(g_keys.value, key);
}
}
return true;
}
function SubmitForm()
{
var Form = new webSubmitForm();
if (addParameter1(Form) == false)
{
setDisable('Save_button',0);
setDisable('Cancel_button',0);
return;
}
if (addParameter2(Form) == false)
{
setDisable('Save_button',0);
setDisable('Cancel_button',0);
return;
}
if (AddParaForCover(Form) == false)
{
setDisable('Save_button',0);
setDisable('Cancel_button',0);
return;
}
var wlandomain = Wlan.domain;
var AuthMode = getSelectVal('WlanAuthMode_select');
if (isWifiCoverSsid(getWlanInstFromDomain(wlandomain)))
{
if (false == ConfirmEx(cfg_wificover_basic_language['amp_wificover_ssid_change_notify']))
{
guiCoverSsidNotifyFlag = 0;
setDisable('Save_button',0);
setDisable('Cancel_button',0);
return;
}
}
var url;
if (AuthMode == 'open')
{
url = 'set.cgi?w=InternetGatewayDevice.X_HW_DEBUG.AMP.WifiCoverSetWlanBasic&y=' + wlandomain;
}
else if (AuthMode == 'shared')
{
url = 'set.cgi?w=InternetGatewayDevice.X_HW_DEBUG.AMP.WifiCoverSetWlanBasic&y=' + wlandomain
+ '&k1=' + wlandomain + '.WEPKey.1'
+ '&k2=' + wlandomain + '.WEPKey.2'
+ '&k3=' + wlandomain + '.WEPKey.3'
+ '&k4=' + wlandomain + '.WEPKey.4';
}
else if (AuthMode == 'wpa' || AuthMode == 'wpa2' || AuthMode == 'wpa/wpa2')
{
url = 'set.cgi?w=InternetGatewayDevice.X_HW_DEBUG.AMP.WifiCoverSetWlanBasic&y=' + wlandomain;
}
else if (AuthMode == 'wpa-psk' || AuthMode == 'wpa2-psk' || AuthMode == 'wpa/wpa2-psk')
{
url = 'set.cgi?w=InternetGatewayDevice.X_HW_DEBUG.AMP.WifiCoverSetWlanBasic&y=' + wlandomain
+ '&k=' + wlandomain + '.PreSharedKey.1';
}
else if(AuthMode == 'wapi' || AuthMode == 'wapi-psk')
{
url = 'set.cgi?w=InternetGatewayDevice.X_HW_DEBUG.AMP.WifiCoverSetWlanBasic&y=' + wlandomain
+'&k=' + wlandomain + '.PreSharedKey.1';
}
else
{
url = 'set.cgi?w=InternetGatewayDevice.X_HW_DEBUG.AMP.WifiCoverSetWlanBasic&x=InternetGatewayDevice.LANDevice.1'
+ '&y=' + wlandomain;
}
url += '&RequestFile=html/amp/wlanbasic/e8cWlanBasic.asp';
Form.setAction(url);
setDisable('Save_button',1);
setDisable('Cancel_button',1);
Form.addParameter('x.X_HW_Token', getValue('onttoken'));
Form.submit();
}
function WlanBasic(enable)
{
setDisplay('wlanBasicCfg',1);
setCheck('WlanEnable_checkbox', enable);
if ((1 == enable) && (WlanArr != null))
{
ssidIdx = 0;
if ((1 == DoubleFreqFlag) && ("5G" == wlanpage) && (uiTotal5gNum > 0))
{
FirstRecordFor5G();
selectLine('record_' + RecordFor5G);
}
else if((1 == DoubleFreqFlag) && ("2G" == wlanpage) && ((uiTotal2gNum > 0)))
{
FirstRecordFor2G();
selectLine('record_' + RecordFor2G);
}
else if (uiTotalNum > 0)
{
selectLine('record_0');
}
setDisplay('wlanCfg',1);
var authMode = Wlan.BeaconType;
beaconTypeChange(authMode);
}
else
{
setDisplay('wlanCfg',0);
}
}
function BindPsdModifyEvent()
{
$('#wlKeys1').bind("propertychange input", function(){
var KeyBit = getSelectVal('WlanKeyBit_select');
if (KeyBit == '128')
{
if (getValue('wlKeys1') != "*************")
{
wep1PsdModFlag = true;
}
}
else
{
if(getValue('wlKeys1') != "*****")
{
wep1PsdModFlag = true;
}
}
} );
$('#WlanPassword_password').bind("propertychange input", function(){
if(getValue('WlanPassword_password') != "********")
{
pskPsdModFlag = true;
}
} );
$('#wlRadiusKey').bind("propertychange input", function(){
if(getValue('wlRadiusKey') != "********")
{
radPsdModFlag = true;
}
} );
}
function LoadFrame()
{
var flag5G =0;
var flag2G =0;
Total2gNum();
if (enbl == '')
{
setDisplay('wlanBasicCfg',0);
}
else
{
setDisplay('ConfigForm',1);
if (1 == DoubleFreqFlag)
{
FirstRecordFor5G();
if ('2G' == wlanpage)
{
WlanBasic(enbl2G);
}
if ('5G' == wlanpage)
{
WlanBasic(enbl5G);
}
}
else
{
WlanBasic(enbl);
}
}
if (1 == DoubleFreqFlag)
{
if("2G" == wlanpage)
{
for(var j = 0; j < WlanMap.length; j++)
{
if(WlanMap.portIndex < 4 )
{
flag2G++
}
}
if(flag2G > 0)
{
setDisplay('ssidDetail',1);
}
else
{
setDisplay('ssidDetail',0);
}
}
if("5G" == wlanpage)
{
for(var j = 0; j < WlanMap.length; j++)
{
if(WlanMap.portIndex >= 4 )
{
flag5G++
}
}
if(flag5G > 0)
{
setDisplay('ssidDetail',1);
}
else
{
setDisplay('ssidDetail',0);
}
}
}
else
{
if(0 == WlanMap.length)
{
setDisplay('ssidDetail',0);
}
}
addAuthModeOption();
WlanKeyBit_selectChange();
if (1 == '0')
{
setDisable("WlanPwdMode_select",1);
setDisable("WlanAuthMode_select",1);
}
if (wifiPasswordMask == 1)
{
BindPsdModifyEvent();
setDisable('hidewlRadiusKey', 1);
setDisable('hidewlKeys', 1);
setDisable('CheckoutPassword_button', 1);
}
var all = document.getElementsByTagName("td");
for (var i = 0; i <all.length ; i++)
{
var b = all;
if(b.getAttribute("BindText") == null)
{
continue;
}
if (cfg_wlancfgbasic_language) {
b.innerHTML = cfg_wlancfgbasic_language;
} else if (cfg_wlancfgdetail_language) {
b.innerHTML = cfg_wlancfgdetail_language;
} else if (cfg_wlancfgadvance_language) {
b.innerHTML = cfg_wlancfgadvance_language;
} else if (cfg_wlancfgother_language) {
b.innerHTML = cfg_wlancfgother_language;
} else if (cfg_wlanzone_language) {
b.innerHTML = cfg_wlanzone_language;
}
}
if (g_keys != null)
{
document.getElementById('wlKeys1').title = posswordComplexTitle;
document.getElementById('twlKeys1').title = posswordComplexTitle;
}
document.getElementById('WlanPassword_password').title = posswordComplexTitle;
document.getElementById('tWlanPassword_password').title = posswordComplexTitle;
document.getElementById('wlRadiusKey').title = posswordComplexTitle;
document.getElementById('twlRadiusKey').title = posswordComplexTitle;
}
function ApplySubmit1()
{
var Form = new webSubmitForm();
if (addParameter1(Form) == false)
{
setDisable('Save_button',0);
setDisable('Cancel_button',0);
return;
}
if (1 == DoubleFreqFlag)
{
if ("2G" == wlanpage)
{
Form.addParameter('y.LowerLayers', node2G);
Form.setAction('add.cgi?y=InternetGatewayDevice.LANDevice.1.WLANConfiguration'
+ '&RequestFile=html/amp/wlanbasic/e8cWlanBasic.asp');
}
else if ("5G" == wlanpage)
{
Form.addParameter('y.LowerLayers', node5G);
Form.setAction('add.cgi?y=InternetGatewayDevice.LANDevice.1.WLANConfiguration'
+ '&RequestFile=html/amp/wlanbasic/e8cWlanBasic.asp');
}
else
{}
}
else
{
Form.setAction('add.cgi?y=InternetGatewayDevice.LANDevice.1.WLANConfiguration'
+ '&RequestFile=html/amp/wlanbasic/e8cWlanBasic.asp');
}
setDisable('Save_button',1);
setDisable('Cancel_button',1);
Form.addParameter('x.X_HW_Token', getValue('onttoken'));
Form.submit();
}
function ApplySubmit2()
{
SubmitForm();
}
function ApplySubmit()
{
if (AddFlag == true)
{
setDisable('BtnAdd', 1);
setDisable('BtnRemove', 1);
setDisable('Save_button',1);
setDisable('Cancel_button',1);
ApplySubmit1();
}
else
{
ApplySubmit2();
}
}
function EnableSubmit()
{
setDisable('WlanEnable_checkbox', 1);
AddFlag = false;
var Form = new webSubmitForm();
var enable = getCheckVal('WlanEnable_checkbox');
var url;
setDisable('Save_button', 1);
setDisable('Cancel_button', 1);
if (1 == DoubleFreqFlag)
{
if ("2G" == wlanpage)
{
Form.addParameter('x.Enable',enable);
if ('InternetGatewayDevice.LANDevice.1.WiFi.Radio.1' == node2G)
{
url = 'set.cgi?x=InternetGatewayDevice.LANDevice.1.WiFi.Radio.1';
}
else
{
url = 'set.cgi?x=InternetGatewayDevice.LANDevice.1.WiFi.Radio.2';
}
}
else if ("5G" == wlanpage)
{
Form.addParameter('x.Enable',enable);
if ('InternetGatewayDevice.LANDevice.1.WiFi.Radio.1' == node5G)
{
url = 'set.cgi?x=InternetGatewayDevice.LANDevice.1.WiFi.Radio.1';
}
else
{
url = 'set.cgi?x=InternetGatewayDevice.LANDevice.1.WiFi.Radio.2';
}
}
else
{
}
}
else
{
Form.addParameter('x.X_HW_WlanEnable',enable);
url = 'set.cgi?x=InternetGatewayDevice.LANDevice.1';
}
url += '&RequestFile=html/amp/wlanbasic/e8cWlanBasic.asp';
Form.setAction(url);
Form.addParameter('x.X_HW_Token', getValue('onttoken'));
Form.submit();
}
function showWlan(currentWlan)
{
with (document.forms)
{
ShowSsidEnable(currentWlan);
setText('WlanSsid_text',currentWlan.ssid);
if (ssidAccessAttr.indexOf('Subscriber') < 0)
{
setDisable('WlanSsid_text',1);
}
beaconTypeChange(currentWlan.BeaconType);
}
}
function setControl(idIndex)
{
if (-1 == idIndex)
{
if (1 == SingleFreqFlag)
{
if (Wlan.length >= maxSingleWLAN.MAX_ID)
{
setDisplay('cfg_table', 0);
AlertEx(cfg_wlancfgother_language['amp_ssid_4max']);
return;
}
}
else if (1 == DoubleFreqFlag)
{
Total2gNum();
if ("2G" == wlanpage)
{
if ((uiTotal2gNum >= 4) || (uiTotalNum >= 8))
{
setDisplay('cfg_table', 0);
AlertEx(cfg_wlancfgother_language['amp_ssid_4max']);
return;
}
}
else if("5G" == wlanpage)
{
if ((uiTotal5gNum >= 4) || (uiTotalNum >= 8))
{
setDisplay('cfg_table', 0);
AlertEx(cfg_wlancfgother_language['amp_ssid_4max']);
return;
}
}
}
ssidIdx = -1;
AddFlag = true;
currentWlan = new stWlan('','','','',1,32,1,'','','','','','','','','','','','','','','');
setDisplay('ssidDetail', 1);
setDisplay('securityCfg',0);
}
else
{
setDisplay('cfg_table', 1);
setDisplay('securityCfg',1);
ssidIdx = parseInt(WlanMap.index);
AddFlag = false;
currentWlan = Wlan;
}
showWlan(currentWlan);
setDisable('Save_button', 0);
setDisable('Cancel_button', 0);
var curWlanInst = getWlanInstFromDomain(currentWlan.domain);
if ((1 == isSsidForIsp(curWlanInst)) && (1 == ShowISPSsidFlag))
{
if ('CMCC' != CurrentBin.toUpperCase() )
{
setDisable('Save_button', 1);
setDisable('Cancel_button', 1);
}
}
ClearPsdModFlag();
if (1 == MngtJsCmcc && 1 != curWlanInst && 5 != curWlanInst)
{
setDisable('Save_button', 1);
setDisable('Cancel_button', 1);
}
}
function selectRemoveCnt(curCheck)
{
}
function Cancel_buttonValue()
{
var temp1 =0;
var temp2 =0;
if (AddFlag == true)
{
var tableRow = getElement("wlanInst");
if ((1 == DoubleFreqFlag) && ("5G" == wlanpage))
{
FirstRecordFor5G();
selectLine('record_' + RecordFor5G);
for(var i = 0; i < WlanMap.length; i++)
{
if(WlanMap.portIndex >3)
{
temp1++;
}
}
if(temp1==0)
{
setDisplay('ssidDetail',0);
}
}
else if((1 == DoubleFreqFlag) && ("2G" == wlanpage))
{
FirstRecordFor2G();
selectLine('record_' + RecordFor2G);
for(var j = 0; j < WlanMap.length; j++)
{
if(WlanMap.portIndex < 4)
{
temp2++;
}
}
if(temp2==0)
{
setDisplay('ssidDetail',0);
}
}
else
{
selectLine('record_0');
}
tableRow.deleteRow(tableRow.rows.length-1);
}
else
{
var currentWlan = Wlan;
showWlan(currentWlan);
}
ClearPsdModFlag();
}
var authmode = cfg_wlancfgdetail_language['amp_authmode_help'];
var encryption = cfg_wlancfgdetail_language['amp_encrypt_help'];
var ssid = cfg_wlancfgdetail_language['amp_ssid_help'];
var posswordComplexTitle = cfg_wlancfgdetail_language['amp_wlanpasswordcomplex_title'];
</script>
我这有台移不动HG8545M,JS里是这样的 看看不错 感谢大佬分享！666
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