网络科技公司怎么挣钱,seo1域名查询,网站开发公,国外html5游戏网站一、参数说明
#xff08;一#xff09;APN配置结构对比
平台AndroidKaiOS文件类型xmljson结构每个apn标签是一条APN#xff0c;包含完成的信息层级数组结构#xff0c;使用JSON格式的数据。最外层是mcc#xff0c;其次mnc#xff0c;最后APN用数组形式配置一APN配置结构对比
平台AndroidKaiOS文件类型xmljson结构每个apn标签是一条APN包含完成的信息层级数组结构使用JSON格式的数据。最外层是mcc其次mnc最后APN用数组形式配置每个APN都是一个对象不含mccmnc属性。
Android: apns-conf.xml
!-- Android: apns-conf.xml --
?xml version1.0 encodingutf-8?
apns version8apn carrierT-Mobile US mcc001 mnc01 apnfast.t-mobile.com user password server proxy port mmschttp://mms.msg.eng.t-mobile.com/mms/wapenc mmsproxy mmsport typedefault,mms,supl,hipri,xcap,rcs protocolIPV6 roaming_protocolIP bearer_bitmask mvno_typeecid mvno_match_data[4]4310260 class user_visibletrue user_editabletrue authtype0/
/apns
KaiOS: apns.json
特别需要注意格式很容易出错数组最后不用加逗号注意大/中括号的首位一致性。
{
202: {10: [{carrier:Wind Internet,apn:gint.b-online.gr,type:[default,supl]},{voicemail:122,type:[operatorvariant]},{carrier:Wind MMS,apn:mnet.b-online.gr,mmsc:http://192.168.200.95/servlets/mms,mmsproxy:192.168.200.11,mmsport:9401,type:[mms]}],01: [{carrier:Cosmote Wireless Internet,apn:,type:[ia]},{voicemail:123,type:[operatorvariant]},{carrier:Cosmote Wireless Internet,apn:internet,type:[default,supl]},{carrier:Cosmote Mms,apn:mms,mmsc:http://mmsc.cosmote.gr:8002,mmsproxy:10.10.10.20,mmsport:8080,type:[mms]}],09: [{carrier:Q Internet,apn:myq,type:[default,supl]},{voicemail:122,type:[operatorvariant]},{carrier:Q-Telecom MMS GPRS,apn:q-mms.myq.gr,mmsc:http://mms.myq.gr,mmsproxy:192.168.80.134,mmsport:8080,type:[mms]}]
},
001: {01: [{carrier:Testing SIM default,apn:test,type:[default],protocol:IPV4V6,roaming_protocol:IPV4V6,user_visible:true},{carrier:IMS,apn:ims,type:[ims],protocol:IPV4V6,roaming_protocol:IPV4V6,user_visible:true},{carrier:XCAP,apn:xcap,type:[xcap],protocol:IPV4V6,roaming_protocol:IPV4V6,user_visible:true,authtype:0}]
}
} 二bearer配置值对比
1|2|3|4|5|6|7|8|9|10|11|12|13|14|15|16|17|18|19|20 The original bearer value in Android位运算1048575The original bearer value in KaiOS using decimalism)
二、代码解析
一Android
待完善
二KaiOS
DataCallManager.jsmapn_editor_const.js
1、bitmask的进制转换
可以参考PDN建立逻辑gecko/dom/system/gonk/radio/DataCallManager.jsm
//DataCallManager.jsm//检查对应的rat是否包含在此APN bearer 配置中
// Check rat value include in the bit map or not.
function bitmaskHasTech(aBearerBitmask, aRadioTech) {if (aBearerBitmask 0) {return true;} else if (aRadioTech 0) {return (aBearerBitmask (1 (aRadioTech - 1))) ! 0;}return false;
}//bearer十进制转成二进制
// Show the detail rat type.
function bitmaskToString(aBearerBitmask) {if (aBearerBitmask 0 || aBearerBitmask undefined) {return 0;}let val ;for (let i 1; i RIL.GECKO_RADIO_TECH.length; i) {if ((aBearerBitmask (1 (i - 1))) ! 0) {val val.concat(i |);}}return val;
}function bearerBitmapHasCdma(aBearerBitmask) {return (RIL_RADIO_CDMA_TECHNOLOGY_BITMASK aBearerBitmask) ! 0;
}
在bitmaskToString接口中将bitmask转化成String时循环RIL.GECKO_RADIO_TECH的长度次经过位运算转换成与Android原始配置的bearer_bitmask相同格式的bearer位符用“|”间隔rat类型位。
是如何通过RIL调用ril_consts.js内的GECKO_RADIO_TECH 在DataCallManager.jsm 中定义RIL对象并使用XPCOMUtils.defineLazyGetter()方法来实现懒加载即在要使用时才加载和初始化对象只有在第一次访问该对象时才会进行初始化和加载避免不必要的性能开销和资源浪费。 RIL对象是通过ChromeUtils.import 方法从ril_consts.js文件中导入的该对象由ril_consts.js文件中的代码创建和初始化的。 //DataCallManaer.jsmuse strict;//XPCOM 是一个用于 实现跨语言组件的技术框架。
//导入XPCOMUtils对象工具库简化和封装XPCOM组件的开发和使用。
//使用常量const来定义 XPCOMUtils 对象以确保在运行时不会发生对象被重新赋值的情况。
const { XPCOMUtils } ChromeUtils.import(resource://gre/modules/XPCOMUtils.jsm
);//定义RIL对象后续调用 RIL.GECKO_RADIO_TECH
XPCOMUtils.defineLazyGetter(this, RIL, function() {return ChromeUtils.import(resource://gre/modules/ril_consts.js);
});//ref RIL.GECKO_RADIO_TECH
const TCP_BUFFER_SIZES [null,4092,8760,48000,4096,8760,48000, // gprs4093,26280,70800,4096,16384,70800, // edge58254,349525,1048576,58254,349525,1048576, // umts16384,32768,131072,4096,16384,102400, // is95a 1xrtt16384,32768,131072,4096,16384,102400, // is95b 1xrtt16384,32768,131072,4096,16384,102400, // 1xrtt4094,87380,262144,4096,16384,262144, // evdo04094,87380,262144,4096,16384,262144, // evdoa61167,367002,1101005,8738,52429,262114, // hsdpa40778,244668,734003,16777,100663,301990, // hsupa hspa40778,244668,734003,16777,100663,301990, // hspa4094,87380,262144,4096,16384,262144, // evdob131072,262144,1048576,4096,16384,524288, // ehrpd524288,1048576,2097152,262144,524288,1048576, // lte122334,734003,2202010,32040,192239,576717, // hspa4096,87380,110208,4096,16384,110208, // gsm (using default value)4096,87380,110208,4096,16384,110208, // tdscdma (using default value)122334,734003,2202010,32040,192239,576717, // iwlan122334,734003,2202010,32040,192239,576717, // ca
];//定义了一个常量RIL_RADIO_CDMA_TECHNOLOGY_BITMASK用于表示CDMA射频技术类型的掩码值。
//RIL.GECKO_RADIO_TECH.indexOf 查找各个CDMA技术类型在GECKO_RADIO_TECH数组中的下标值
//-1 的目的是得到对应的掩码位数并将此转换成掩码值
//使用按位左移运算符得到掩码值
//各个掩码值按位或|操作得到最终的掩码值。
const RIL_RADIO_CDMA_TECHNOLOGY_BITMASK (1 (RIL.GECKO_RADIO_TECH.indexOf(is95a) - 1)) |(1 (RIL.GECKO_RADIO_TECH.indexOf(is95b) - 1)) |(1 (RIL.GECKO_RADIO_TECH.indexOf(1xrtt) - 1)) |(1 (RIL.GECKO_RADIO_TECH.indexOf(evdo0) - 1)) |(1 (RIL.GECKO_RADIO_TECH.indexOf(evdoa) - 1)) |(1 (RIL.GECKO_RADIO_TECH.indexOf(evdob) - 1)) |(1 (RIL.GECKO_RADIO_TECH.indexOf(ehrpd) - 1));// set to true in ril_consts.js to see debug messages
var DEBUG RIL_DEBUG.DEBUG_RIL; //调试用的log打印标识符 如上代码CDMA技术类型对应的掩码值RIL_RADIO_CDMA_TECHNO如下 is95a: 1 (5-1) 0x10 is95b: 1 (6-1) 0x20 1xrtt: 1 (7-1) 0x40 evdo0: 1 (8-1) 0x80 evdoa: 1 (9-1) 0x100 evdob: 1 (14-1) 0x2000 ehrpd: 1 (15-1) 0x4000 2、GECKO_RADIO_TECH 定义网络制式 (ril_consts.js)
在KaiOS中RIL.GECKO_RADIO_TECH数组是在Gecko内核的代码中定义的其实现位于Gecko代码库的gecko/dom/system/gonk/radio/ril_consts.js文件中。该文件定义了一系列RIL层的常量包括射频技术类型、消息ID等。在该文件中可以找到以下代码片段其中定义了RIL.GECKO_RADIO_TECH数组的元素和顺序
//GECKO_RADIO_TECH 数组定义射频技术网络连接
this.GECKO_RADIO_TECH [null,gprs, //1 GPRSedge, //2 EDGEumts, //3 UMTSis95a, //4 IS-95Ais95b, //5 IS-95B1xrtt, //6 cdma1x?一种CDMA2000射频技术是CDMAOne技术的升级版(1x Radio Transmission Technology)evdo0, //7 EVDO-0evdoa, //8 EVDO-Ahsdpa, //9hsupa, //10hspa, //11evdob, //12 EVDO-Behrpd, //13 EVDO-Dlte, //14 LTEhspa, //15 HSPAgsm, //16 GSMtdscdma, //17 TD-SCDMAiwlan, //18 iWLAN(wifi)lte_ca, //19 LTE_CA
];//定义遵循的协议类型
this.GECKO_PROFILE_INFO_TYPE_COMMON 0;
this.GECKO_PROFILE_INFO_TYPE_3GPP 1;
this.GECKO_PROFILE_INFO_TYPE_3GPP2 2;
3、DataCall 对 rat 的使用案例 dataRegistrationChanged(aRadioTech) {let targetBearer;if (this.apnSetting.bearer undefined) {targetBearer 0;} else {targetBearer this.apnSetting.bearer;}if (DEBUG) {this.debug(dataRegistrationChanged: targetBearer: bitmaskToString(targetBearer));}if (bitmaskHasTech(targetBearer, aRadioTech)) {// Ignore same rat type. Let handler process the retry.} else {if (DEBUG) {this.debug(dataRegistrationChanged: current APN do not support this rat reset DC. APN: JSON.stringify(this.apnSetting));// Clean the requestedNetworkInterfaces due to current DC can not support this rat under DC retrying state.// Let handler process the retry.let targetRequestedNetworkInterfaces this.requestedNetworkInterfaces.slice();for (let networkInterface of targetRequestedNetworkInterfaces) {this.disconnect(networkInterface);}}},
gecko/koost/telephony/TelephonyBinderService.h
// Cover the GECKO_RADIO_TECH to NETWORK_TYPE_*
int32_t convertRadioTech(const nsAString rat);
4、apn_editor_const.js 原始数据和 UI显示转换
KaiOS 基线提供了VALUE_CONVERTERS 常量对象包含两个属性TO_STRING和TO_DATA每个属性包含了转换方法。
TO_STRING将一个字符串数组转换成一个用逗号分隔的字符串 apn_editor.js 界面显示用TO_DATA 将一个用逗号分隔的字符串转换为一个字符串数组 apn_editor_session.js 保存数据库用 源码如下可参考APN Type显示的内容对数组进行显示和配置数据存储。
/*** The apn editor const*/define([],() {const APN_PROPERTY_DEFAULTS {//省略大部分原生属性apn: ,types: [default],roaming_protocol: notDefined,//自定义mvno_type: notDefined,mvno_match_data: ,bearer:[unspecified]};const APN_PROPERTIES Object.keys(APN_PROPERTY_DEFAULTS);//数据转换工具接口const VALUE_CONVERTERS {TO_STRING: { //TO_STRING属性types(types) {//判断 types参数存在、是一个数组、且数组非空就将字符串数组转换成用逗号分隔的字符串// types 参数是否存在// Array.isArray(types)是否为一个数组// types.length数组是否非空if (types Array.isArray(types) types.length) {return types.join(, );}return default; //默认返回“default”}},TO_DATA: { //TO_DATA属性types(string) {//将用逗号分隔的字符串转换为字符串数组return string.split(,).map(str str.trim());}}};//在apn_editor.js中定义了常量调用方法APN_PROPERTIES、APN_PROPERTY_DEFAULTS、VALUE_CONVERTERSreturn { //一个对象三个只读get属性外部访问但不能修改他们的值get APN_PROPERTIES() {return APN_PROPERTIES;},get APN_PROPERTY_DEFAULTS() {return APN_PROPERTY_DEFAULTS;},get VALUE_CONVERTERS() {return VALUE_CONVERTERS;}};
});
1测试代码 对以上接口VALUE_CONVERTERS的测试代码和解析输出案例
const types [gprs, edge, umts];
const str VALUE_CONVERTERS.TO_STRING.types(types);
console.log(str); // 输出 gprs, edge, umtsconst str gprs, edge, umts;
const types VALUE_CONVERTERS.TO_DATA.types(str);
console.log(types); // 输出 [gprs, edge, umts]
2apn_editor.js 调用TO_STRING 界面显示
外部模块调用源码实现
/*** The apn editor module*/
use strict;
define(function(require) { //eslint-disable-lineconst ApnEditorConst require(panels/apn_editor/apn_editor_const);const ApnEditorSession require(panels/apn_editor/apn_editor_session);//引用apn_editor_const.js 定义常量const { APN_PROPERTIES } ApnEditorConst;const { APN_PROPERTY_DEFAULTS } ApnEditorConst;const { VALUE_CONVERTERS } ApnEditorConst;ApnEditor.prototype {convertValue(value, converter) {if (converter) {return converter(value);}return value;},fillInputElements(inputElements, apn) {APN_PROPERTIES.forEach(function input(name) {const inputElement inputElements[name];if (inputElement) {//数据处理调用VALUE_CONVERTERS 转成字符串inputElement.value this.convertValue(value,VALUE_CONVERTERS.TO_STRING[name]);} //if inputElement}, this);},});
3apn_editor_session.js 保存信息到APN数据库
在commit 中保存APN到通过apn manager执行addApn或 updateApn
/*** The apn editor session module*/
define([require,modules/apn/apn_settings_manager,panels/apn_editor/apn_editor_const,modules/apn/apn_utils],function(require) { //eslint-disable-lineconst ApnSettingsManager require(modules/apn/apn_settings_manager);const ApnEditorConst require(panels/apn_editor/apn_editor_const);const ApnUtils require(modules/apn/apn_utils);const { APN_PROPERTIES } ApnEditorConst;const { VALUE_CONVERTERS } ApnEditorConst;function ApnEditorSession(obj, inputElements, apnItem) {this.serviceId obj.serviceId;this.apnMode obj.mode;this.inputElements inputElements;this.apnItem apnItem;}ApnEditorSession.prototype {convertValue(value, converter) {if (converter) {return converter(value);}return value;},exportApnSetting(inputElements) {const newApnSetting {};APN_PROPERTIES.forEach(function input(name) {const inputElement inputElements[name];if (inputElement !inputElement.hidden) {newApnSetting[name.toLowerCase()] this.convertValue(inputElement.value,VALUE_CONVERTERS.TO_DATA[name]);}}, this);return newApnSetting;},//保存新增APN数据调用addApncommitNew() {const promises [];const newApnSetting this.exportApnSetting(this.inputElements);promises.push(ApnSettingsManager.addApn(this.serviceId, newApnSetting));return Promise.all(promises);},//保存编辑APN数据调用updateApncommitEdit() {const promises [];const newApnSetting this.exportApnSetting(this.inputElements);promises.push(ApnSettingsManager.updateApn(this.serviceId,this.apnItem.id, newApnSetting));return Promise.all(promises);},//在apn_editor.js中传递 new/edit选择执行新增/编辑APNcommit() {switch (this.apnMode) {case new:return this.commitNew();case edit:return this.commitEdit();default:console.error(invalid mode);return Promise.resolve();}},//取消不保存任何数据cancel() {APN_PROPERTIES.forEach(function input(name) {this.inputElements[name].value ;}, this);this.apnItem null;},//还没找到mode的用法get mode() {return this.apnMode;}};return function apnEditorSession(obj, inputElements, apnItem) {return new ApnEditorSession(obj, inputElements, apnItem);};
}); 三、日志分析
追溯在PDN建立过程中读取apn配置的bearer参数到DataCall使用的radio类型的bearer值变化情况。 四、方案开发
相关介绍KaiOS 新增APN信息字段的代码实现-CSDN博客
在 APN Editor中实现bearer显示
代码模块gaia/apps/settings/js/panels/apn_editor/apn_editor.js
/*** The apn editor module*/
use strict;
define(function(require) { //eslint-disable-lineconst ApnEditorConst require(panels/apn_editor_tct/apn_editor_const);const ApnEditorSession require(panels/apn_editor_tct/apn_editor_session);const ApnUtils require(modules/apn_tct/apn_utils);//以下三个常量都是从ApnEditorConst模块中导入的const { APN_PROPERTIES } ApnEditorConst;const { APN_PROPERTY_DEFAULTS } ApnEditorConst;const { VALUE_CONVERTERS } ApnEditorConst;return function apnEditor(rootElement) {return new ApnEditor(rootElement);};
});
一KaiOS
1、十进制bearer - bitmask位码 networkType字符
将kaios中十进制的bearer转换同Android原始配置的bitmask及映射网络类型字符串 // 功能将十进制bearer转换成1-20字符串同Android
function bitmaskToString(aBearerBitmask) {if (aBearerBitmask 0 || aBearerBitmask undefined) {return 0;}let val ;for (let i 1; i 20; i) {if ((aBearerBitmask (1 (i - 1))) ! 0) {val val.concat(i |);}}return val;
}//常量数组定义rat。
//最后一个数据到底要不要逗号源码有参考代码可以不用 —— 兼容性问题新的会支持
const GECKO_RADIO_TECH [null,gprs,edge,umts,is95a,is95b,1xrtt,evdo0,evdoa,hsdpa,hsupa,hspa,evdob,ehrpd,lte,hspa,gsm,tdscdma,iwlan,lte_ca,
];//将1-20的bitmask转换成对应的网络制式
function bitmaskToRatString(aBitmask) {if (aBitmask 0 || aBitmask undefined) {return unspecified;}let rat ;let splitResult aBitmask.split(|);console.log(splitResult splitResult);rat splitResult.map(x GECKO_RADIO_TECH[x]).join(,).slice(0,-1);//slice(startIndex,endIndex) 用于去掉最后一个逗号return rat;
}// 测试代码
let apnBearer 312312; //apn.json原始配置值
let targetBearer; //1-20转换目标值
let bearerString ;if (apnBearer undefined) {targetBearer 0;
} else {targetBearer apnBearer;
}bearerString bitmaskToString(targetBearer);
let ratString bitmaskToRatString(bearerString);// 输出结果
console.log(targetBearer targetBearer);
console.log(bearerString bearerString);
console.log(ratString ratString);存在一个问题 在UI显示了rat的字符串那么 commitEdit() 的时候会保存bearer为字符串应该需要在apn_editor_session.js 中处理ApnSettings内容。
难点在于如何将gprs,edge,is95b,1xrtt 转换成bearer数值 bitmask1|2|5|6 甚至是 十进制原文
2、networktype字符 - bitmask 位码
convertNetworkTypeToBitmask将networktype字符串转换成bitmask1|18|20格式
//映射表包含了不同的网络类型和对应的数字码。
const networkTypeMap {unspecified: 0,gprs: 1,edge: 2,umts: 3,is95a: 4,is95b: 5,1xrtt: 6,evdo0: 7,evdoa: 8,hsdpa: 9,hsupa: 10,hspa: 11,evdob: 12,ehrpd: 13,lte: 14,hspa: 15,gsm: 16,tdscdma: 17,iwlan: 18,lte_ca: 19
};//测试代码
//一、简单程序
let bearerString gprs,edge,umts,hsdpa,hsupa,hspa,lte,hspa; //界面显示字符串包含多个网络类型使用逗号分隔
let networkTypes bearerString.split(,); //string转换成字符串数组
let bitCode Array.from(networkTypes, bearerString networkTypeMap[bearerString]); //将字符串数组转换成数字码数组
let bitmask bitCode.join(|);console.log(networkTypes networkTypes);
console.log(bitCode bitCode);//二、改善封装成接口调用
//参数类型字符串 gprs,edge,umts,hsdpa,hsupa,hspa,lte,hspa
//let bearerString gprs,edge,umts,hsdpa,hsupa,hspa,lte,hspa;
function convertNetworkTypeToBitmask(aNetworkTypes) {let bitmask 0; //初始化为0和0的区别if (aNetworkTypes 0 || aNetworkTypes undefined) {return 0;}//networkTypesArray是一个字符串数组存储着多个网络类型的字符串例如 [gprs, edge]let networkTypesArray aNetworkTypes.split(,); //字符串转成字符串数组//networkTypesBitCode是一个数字码数组如[ 1, 2, 3 ]//映射函数对每个字符串进行转换函数参数是每个字符串它在映射表中对应的值就是所需bit位数字码//映射函数的代码为 aNetworkTypes networkTypeMap[aNetworkTypes]let networkTypesBitCode Array.from(networkTypesArray, aNetworkTypes networkTypeMap[aNetworkTypes]); //字符串数组转换成功数字码 bitmask networkTypesBitCode.join(|);return bitmask;
}console.log(bitmask(api) convertNetworkTypeToBitmask(bearerString)); //如果传参是数组就更简单的封装接口了
//接受一个包含网络类型的数组作为参数并将这个数组中的每种网络类型转换为对应的数字码
//返回一个由数字码组成的字符串使用|符号分隔即bitmask//通过map()方法遍历这个数组将每种网络类型转换为对应的数字码存在codes数组
//通过join()方法将codes数字码连接成字符串 用“|”符号分隔。function convertNetworkTypes(networkTypes) {const codes networkTypes.map(type networkTypeMap[type]);return codes.join(|);
}const types [gprs, edge, is95b, 1xrtt];
const codeString convertNetworkTypes(types); // 1|2|5|6
3、networktype字符 - 十进制bearer
用如下bitcode数组能便于转换成 bitmask位码和十进制不能直接通过bitmask转换成十进制即bitmask 位码 - 十进制bearer bitcode 1,2,3,9,10,11,14,15
const NETWORK_TYPE_MAP {unspecified: 0,gprs: 1,edge: 2,umts: 3,is95a: 4,is95b: 5,1xrtt: 6,evdo0: 7,evdoa: 8,hsdpa: 9,hsupa: 10,hspa: 11,evdob: 12,ehrpd: 13,lte: 14,hspa: 15,gsm: 16,tdscdma: 17,iwlan: 18,lte_ca: 19
};//参数类型字符串 gprs,edge,umts,hsdpa,hsupa,hspa,lte,hspa
//let bearerString gprs,edge,umts,hsdpa,hsupa,hspa,lte,hspa;
function convertNetworkTypeToBitCode(aNetworkTypes) {console.log(convertBitcodeToBearer: aNetworkTypes aNetworkTypes);let bitcode 0;if (aNetworkTypes 0 || aNetworkTypes undefined) {return 0;}let networkTypesArray aNetworkTypes.split(,); //字符串转成字符串数组bitcode Array.from(networkTypesArray, aNetworkTypes NETWORK_TYPE_MAP[aNetworkTypes]); // console.log(convertNetworkTypeToBitCode: bitcode bitcode);return bitcode;
}function convertBitCodeToBitmask(aBitCode) {let bitmask aBitCode.join(|);console.log(convertBitCodeToBitmask: bitmask bitmask);return bitmask;
}function convertBitcodeToBearer(aBitCode) {let bearerDec 0;let bearerBin 0;if (aBitCode 0 || aBitCode undefined) {return 0;}//parseInt((code).toString(2)) 是将数字 code转成二进制字符串bearerBin aBitCode.map(code parseInt(code).toString(2)).join(); //转成二进制console.log(convertBitcodeToBearer: bearerBin bearerBin);bearerDec parseInt(bearerBin,2);//将二进制转换成十进制 。console.log(convertBitcodeToBearer: bearerDec bearerDec);return bearerDec;
}let bearerString gprs,edge,umts,hsdpa,hsupa,hspa,lte,hspa; //界面显示字符串包含多个网络类型使用逗号分隔convertBitCodeToBitmask(convertNetworkTypeToBitCode(bearerString));
convertBitcodeToBearer(convertNetworkTypeToBitCode(bearerString));bearerBin 存在问题在bitcode 转成20位二进制数的时候输出的bearerBin 不正确
优化以上代码 function convertNetworkTypeToBearer(aNetworkTypes) {dump(apn_editor_session: StringToBearer aNetworkTypes aNetworkTypes);if (aNetworkTypes 0 || aNetworkTypes undefined) {return 0;}let bitcode 0;let bearerBin ;let bearer 0;let networkTypesArray aNetworkTypes.split(,);bitcode Array.from(networkTypesArray, aNetworkTypes NETWORK_TYPE_MAP[aNetworkTypes]); //bitcode array like [18,14]bitcode bitcode.sort(function(a, b) {return a - b;});dump(apn_editor_session: StringToBearer bitcode bitcode);let bearerArray new Array(20).fill(0);for (let i 0; i bitcode.length; i) {bearerArray[bitcode[i]-1] 1;dump(apn_editor: StringToBearer bitcode[i] bitcode[i]);}dump(apn_editor_session: StringToBearer bearerArray bearerArray);bearerBin bearerArray.reverse().join();bearer parseInt(bearerBin,2);dump(apn_editor_session: StringToBearer bearer bearer);return bearer;}
