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Codeofchina.com is in charge of this English translation. In case of any doubt about the contents of English translation, the Chinese original shall be considered authoritative. This standard is one of the series standards for Digital Cellular Mobile Terminals Supporting IPv6. The structure and name of the series standards are as follows: — YD/T 3252 Test Methods for Digital Cellular Mobile Terminals Supporting IPv6; — YD/T 3269 Technical Requirements for Digital Cellular Mobile Terminals Supporting IPv6. With the technology development, the subsequent relevant standards will be established. This standard is drafted in accordance with the rules given in GB/T 1.1-2009. Attention is drawn to the possibility that some of the content of this document may be the subject of patent rights. The issuing body of this document shall not be held responsible for identifying any or all such patent rights. This Standard was proposed and prepared by China Communications Standards Association. Test Methods for Digital Cellular Mobile Terminals Supporting IPv6 1 Scope This standard specifies test methods of relevant technical requirements for digital cellular mobile terminals supporting IPv6, mainly including service function test (mainly including service access, switching or redirection, IPv6 priority and backoff function) of mobile terminals supporting IPv6 and interface protocol test about address allocation of mobile terminals supporting IPv6. This standard is applicable to mobile terminals supporting IPv6, e.g. LTE (including TD-LTE and LTE FDD), TD-SCDMA, WCDMA, GSM, cdma2000/cdma2000 HRPD, cdma2000 eHRPD. 2 Normative References The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies. YD/T 3252-2017 Technical Requirements for Digital Cellular Mobile Terminals Supporting IPv6 3 Abbreviations 3GPP Third Generation Partnership Project APN Access Point Name DHCP Dynamic Host Configuration Protocol DHCPv6 Dynamic Host Configuration Protocol for IPv6 DNS Domain Name System DNSv6 Domain Name System version 6 EPC Evolved Packet Core EPS Evolved Packet System GGSN Gateway GPRS Support Node GPRS General Packet Radio Service GSM Global System for Mobile communications ICMPv6 Internet Control Message Protocol for IPv6 IETF Internet Engineering Task Force IP Internet Protocol IPv4 Internet Protocol Version 4 IPv6 Internet Protocol Version 6 MS Mobile Station MTU Maximum Transfer Unit P-GW Packet data network-Gate Way PCO-IE Protocol Configuration Options Information Element PDCP Packet Data Convergence Protocol PDN Packet Data Network PDP Packet Data Protocol PIO Prefix Information Option RA Router Advertisement RFC Request For Comments RS Router Solicitation SGSN Serving GPRS Support Node SLAAC StateLess Address AutoConfiguration SNDCP Sub-Network Dependent Convergence Protocol TD-SCDMA Time Division Synchronous Code Division Multiple Access URI Uniform Resource Identifier URL Uniform Resource Locator VoIP Voice over Interact Protocol WCDMA Wideband Code Division Multiple Access 4 Testing Environment Configuration Requirements 4.1 Testing System Architecture See Figure 1 for the system architecture of test methods for mobile terminals supporting IPv6. Figure 1 Schematic Diagram for Testing System Architecture of Mobile Terminals Supporting IPv6 IPv6 Address functions of mobile terminal is not involved with additional requirements for access network, so the test analyzer may be hooked into air inferface or interface between access network and core network, for example, A, Iu, S1, A1. The tester shall be able to analyze IPv6 related protocol stack, display signalling message header and net load so as to verify whether service function is satisfactory. Depending on the testing environment, the service platform may be either simulated in the laboratory or directly connected to public network. The testing service platform shall provide service function to meet the requirements of test case. The device of network side, i.e. access network, core network and test service platform in Figure 1, may be tested by simulation meters according to the test requirements the same as authentic networking environment. The simulation meter and test analyzer may be provided separately or integrate simulation function and test analysis function into one meter. The simulation meter configuration architecture shall be as shown in Figure 2. Figure 2 Schematic Diagram for Test System Architecture in Emulation Mode 4.2 General Requirements for Configuration and Applicability of Test Environment For the purpose of this standard, the requirements of test methods and Expected test results shall comply with relevant requirements specified in Technical Requirements for Digital Cellular Mobile Terminals Supporting IPv6. The requirements for test applicability include: Terminal applicability: this standard is applicable to test requirements for LTE/TD-SCDMA/WCDMA/GSM/cdma2000 eHRPD mobile terminals supporting IPv6. The mobile terminal may be hand-held device, data card device or mobile CPE device. The data card and mobile CPE devices shall be equipped with terminal device, such as laptop and desktop to complete the test configuration and service verification. Network configuration applicability: auxiliary test network (and test simulation meter) shall be able to provide network connection, APN, IP address pool and user subscription according to test requirements. Auxiliary test network should be configured appropriate to P-GW and GGSN to share IP address pool. The auxiliary test network side shall not enable IPv6 transition capability such as address translation or channel between IPv4 and IPv6. Test service platform applicability: the test service platform shall be able to provide server function required for test, such as DNSv6 and DHCPv6 and to provide service function required for test, such as FTP file download and Web access. 5 Service Function Test 5.1 Service Function Test of Mobile Terminals Supporting IPv6 5.1.1 IPv6 service function test at 3GPP Pre-Release 8 terminal 5.1.1.1 Activate IPv4 and IPv6 PDP context and access to dual-stack service via address in GSM network Test No.: 5.1.1.1 Test type: Required Item: IPv6 service function test on mobile terminal Subitem: deactivate IPv4 and IPv6 PDP context on 3GPP Pre-Release 8 GSM terminal Test purpose: verify that GSM terminal can activate IPv4 and IPv6 PDP context at the same time and access to the service via dual stack IP address Preset conditions: a) Complete network test, network configuration and User Profile according to the network test environment configuration requirements; b) The terminal under test has been registered to the GSM network Test procedures: 1) Set APN on terminal under test as IPv4 and IPv6 dual stack; 2)Activate data service connection; 3) Open terminal web browser; 4) Enter the IPv4 URL to access the service server (web or FTP); 5) Enter the IPv6 URL to access the service server (web or FTP) Expected result: a) GSM terminal completes IPv4 and IPv6 address allocation by two-time PDP context activation when inspected with the test analyzer; b) IPv4 and IPv6 addresses are acquired on the terminal, which is confirmed by inspecting setting of the GSM terminal under test; c) The GSM terminal under test can access to the service server via IPv4 and IPv6 addresses 5.1.1.2 Activate IPv4 and IPv6 PDP context at the same time and access to dual stack service via domain in GSM network Test No.: 5.1.1.2 Test type: Required Item: IPv6 service function test on mobile terminal Subitem: deactivate IPv4 and IPv6 PDP context on 3GPP Pre-Release 8 GSM terminal Test purpose: verify that GSM terminal can activate IPv4 and IPv6 PDP context at the same time and access to the service via dual stack domain Preset conditions: a) Complete network test, network configuration and User Profile according to the network test environment configuration requirements; b) The terminal under test has been registered to the GSM network Test procedures: 1) Set APN on terminal under test as IPv4 and IPv6 dual stack; 2) Activate data service connection; 3) Open terminal web browser; 4) Enter the IPv4 domain name to access the web server; 5) Enter the IPv6 domain name to access the web server; Expected result: a) GSM terminal completes IPv4 and IPv6 address allocation by two-time PDP context activation when inspected with the test analyzer; b) IPv4 and IPv6 addresses are acquired on the terminal, which is confirmed by inspecting setting of the GSM terminal under test; c) The GSM terminal under test can access to the service server via dual stack domain name addresses 5.1.1.3 Deactivate IPv4 and IPv6 PDP context in GSM network Test No.: 5.1.1.3 Test type: Required Item: IPv6 service function test on mobile terminal Subitem: deactivate IPv4 and IPv6 PDP context on 3GPP Pre-Release 8 GSM terminal Test purpose: verify that GSM terminal can deactivate IPv4 and IPv6 PDP context at the same time Preset conditions:a) Complete network test, network configuration and User Profile according to the network test environment configuration requirements; b) The terminal under test has been registered to the GSM network Test procedures: 1) Set APN on terminal under test as IPv4 and IPv6 dual stack; Activate data service connection; 2) Access to IPv4/IPv6 service by terminal under test; 3) Operate terminal under test to initiate deactivation process Expected result: a) Activated terminal under test can access to IPv4/IPv6 service; b) GSM terminal completes IPv4 and IPv6 connection deactivation by two-time PDP context deactivation when inspected with the test analyzer; c) Terminal has completed the deactivation, which is confirmd by inspecting the setting of GSM terminal under test Foreword II 1 Scope 2 Normative References 3 Abbreviations 4 Testing Environment Configuration Requirements 4.1 Testing System Architecture 4.2 General Requirements for Configuration and Applicability of Test Environment 5 Service Function Test 5.1 Service Function Test of Mobile Terminals Supporting IPv 5.2 IPv6 Service Function Test at Terminal Handover/Redirection 5.3 IPv6 Service Priority Test 5.4 Terminal Fallback Function Test 6 Interface Protocol Test 6.1 IPv6 Address Allocation Process 6.2 Acquire DNS Server Address on the Terminal 数字蜂窝移动通信终端支持IPv6测试方法 1 范围 本标准规定了数字蜂窝移动通信终端支持IPv6相关技术要求的测试方法,主要包括移动终端支持IPv6业务功能测试(主要包括业务访问、切换或重定向、IPv6优先和回退功能等),以及移动终端支持IPv6地址分配的接口协议测试等方面的要求。 本标准适用于支持IPv6的LTE(含TD-LTE和LTE FDD)、TD-SCDMA、WCDMA、GSM、cdma2000/cdma2000 HRPD、cdma2000 eHRPD各制式的移动终端。 2规范性引用文件 下列文件对于本文件的应用是必不可少的。凡是注日期的引用文件,仅所注日期的版本适用于本文件。凡是不注日期的引用文件,其最新版本(包括所有的修改单)适用于本文件。 YD/T 3252—2017数字蜂窝移动通信终端支持IPv6技术要求 3缩略语 下列缩略语适用于本文件。 3GPP Third Generation Partnership Project APN Access Point Name DHCP Dynamic Host Configuration Protocol DHCPv6 Dynamic Host Configuration Protocol for IPv6 DNS Domain Name System DNSv6 Domain Name System version 6 EPC Evolved Packet Core EPS Evolved Packet System GGSN Gateway GPRS Support Node GPRS General Packet Radio Service GSM Global System for Mobile communications ICMPv6 Internet Control Message Protocol for IPv6 IETF Internet Engineering Task Force IP Internet Protocol IPv4 Internet Protocol Version 4 IPv6 Internet Protocol Version 6 MS Mobile Station MTU Maximum Transfer Unit P-GW Packet data network-Gate Way PCO-IE Protocol Configuration Options Information Element PDCP Packet Data Convergence Protocol PDN Packet Data Network PDP Packet Data Protocol PIO Prefix Information Option RA Router Advertisement RFC Request For Comments RS Router Solicitation SGSN Serving GPRS Support Node SLAAC StateLess Address AutoConfiguration SNDCP Sub-Network Dependent Convergence Protocol TD-SCDMA Time Division Synchronous Code Division Multiple Access URI Uniform Resource Identifier URL Uniform Resource Locator VoIP Voice over Interact Protocol WCDMA Wideband Code Division Multiple Access 4测试环境配置要求 4.1测试系统架构 移动终端支持IPv6测试方法系统架构见图1。 GSM终端 WCDMA终端 TD-SCDMA终端 LTE终端 cdma2000 eHRPD终端 测试分析仪表 测试业务平台 图1 移动终端支持IPv6测试系统架构示意 移动终端IPv6地址相关功能不涉及对接入网的额外要求,因此测试分析仪可选择挂接在空口或接入网与核心网之间接口,例如A、Iu、S1、A10等。测试仪表应能解析IPv6相关协议栈、显示信令消息头和净荷的内容,以验证业务功能是否符合要求。 根据测试环境实际情况,测试业务平台可采用实验室模拟或直接接入公网Internet。测试业务平台的业务功能应满足测试用例的全部要求。 网络侧设备,即图1中接入网、核心网和测试业务平台部分,可以采用仿真仪表模拟,测试要求应与真实组网环境中的一致。仿真仪表和测试分析仪表可分设,也可以在一款仪表中集成仿真功能和测试分析功能。仿真仪表配置架构应采用图2所示方法。 被测终端 仿真仪表/功能 测试分析仪表/功能 图2采用仿真方式的测试系统架构示意 4.2测试环境配置和适用性要求总则 本标准制定的测试方法和预期测试结果要求遵循《数字蜂窝移动通信终端支持IPv6技术要求》中制定的相关要求。测试适用性要求包括以下几项。 终端适用性要求:本标准适用于LTE/TD-SCDMA/WCDMA/GSM/cdma2000 eHRPD制式移动终端支持IPv6的测试要求。移动终端可以是手持台设备、数据卡设备或移动CPE设备。其中,数据卡和移动CPE设备应配备终端设备,例如笔记本电脑,台式机等,完成测试配置和业务验证等操作。 网络配置适用性要求:辅助测试网络(以及测试仿真仪表)应能按测试要求提供网络连接,APN、IP地址池和用户签约等配置和信息。辅助测试网络宜采用P-GW和GGSN合适的部署方式,共享IP地址池。辅助测试网络侧不应启用IPv4和IPv6间地址翻译或隧道等IPv6过渡能力。 测试业务平台适用性要求:测试业务平台应能提供测试所需的服务器功能,例如DNSv6、DHCPv6等。测试业务平台应能提供测试所需的业务功能,例如FTP文件下载、Web访问等。 5业务功能测试 5.1 支持IPv6的移动终端业务功能测试 5.1.1 3GPP Pre-Release 8终端IPv6业务功能测试 5.1.1.1 GSM网络下IPv4和IPv6 PDP上下文同时激活并通过地址访问双栈业务 测试编号:5.1.1.1 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 GSM终端IPv4和IPv6 PDP上下文激活 测试目的:验证GSM终端能同时激活IPv4和IPv6 PDP上下文,并通过双栈IP地址访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到GSM网络 测试步骤: 1)设置被测终端APN为IPv4和IPv6双栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv4网址访问业务服务器(web或FTP; 5)输入IPv6网址访问业务服务器(web或FTP) 预期结果: a)从测试分析仪表检查GSM终端通过两次PDP上下文激活过程分别完成IPv4和IPv6的地址分配; b)检查被测GSM终端设置,确认终端已获取IPv4和IPv6地址; c)被测GSM终端可通过IPv4和IPv6地址访问业务服务器内容 5.1.1.2 GSM网络下IPv4和IPv6 PDP上下文同时激活并通过域名访问双栈业务 测试编号:5.1.1.2 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 GSM终端IPv4和IPv6 PDP上下文激活 测试目的:验证GSM终端能同时激活IPv4和IPv6 PDP上下文,并通过双栈域名访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置: b)被测终端注册到GSM网络 测试步骤: 1)设置被测终端APN为IPv4和IPv6双栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv4域名访问web服务器; 5)输入IPv6域名访问web服务器 预期结果: a)从测试分析仪表检查GSM终端通过两次PDP上下文激活过程分别完成IPv4和IPv6的地址分配; b)检查被测GSM终端设置,确认终端已获取IPv4和IPv6地址; c)被测GSM终端可通过双栈域名地址访问业务服务器内容 5.1.1.3 GSM网络下IPv4和IPv6 PDP上下文同时去激活 测试编号:5.1.1.3 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 GSM终端IPv4和IPv6 PDP上下文去激活 测试目的:验证GSM终端能同时去激活IPv4和IPv6 PDP上下文 预置条件:a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到GSM网络 测试步骤: 1)设置被测终端APN为IPv4和IPv6双栈,激活数据业务连接; 2)被测终端访问IPv4/IPv6业务; 3)操作被测终端发起去激活过程 预期结果:a)完成激活的被测终端可正常访问IPv4/IPv6业务; b)从测试分析仪表检查GSM终端通过两次PDP上下文去激活过程分别完成IPv4和IPv6连接的去激活过程; c)检查被测GSM终端设置,确认终端已完成去激活 5.1.1.4 TD-SCDMA/WCDMA网络下IPv4和IPv6 PDP上下文 同时激活并通过地址访问双栈业务 测试编号:5.1.1.4 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 TD-SCDMA/WCDMA终端IPv4和IPv6 PDP上下文激活 测试目的:验证TD-SCDMA/WCDMA终端能同时激活IPv4和IPv6 PDP上下文,并通过双栈IP地址访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到TD-SCDMA/WCDMA网络 测试步骤: 1)设置被测终端APN为IPv4和IPv6双栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv4网址访问业务服务器(web或FTP); 5)输入IPv6网址访问业务服务器(web或FTP) 预期结果: a)从测试分析仪表检查被测终端通过两次PDP上下文激活过程分别完成IPv4和IPv6的地址分配; b)检查被测终端设置,确认终端已获取IPv4和IPv6地址; c)被测终端可通过IPv4和IPv6地址访问业务服务器内容 5.1.1.5 TD-SCDMA/WCDMA网络下IPv4和IPv6 PDP上下文同时激活并通过域名访问双栈业务 测试编号:5.1.1.5 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 TD-SCDMA/WCDMA终端IPv4和IPv6 PDP上下文激活 测试目的:验证TD-SCDMA/WCDMA终端能同时激活IPv4和IPv6 PDP上下文,并通过双栈域名访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到TD—SCDMA/WCDMA网络 测试步骤: 1)设置被测终端APN为IPv4和IPv6双栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv4域名访问web服务器; 5)输入IPv6域名访问web服务器 预期结果: a)从测试分析仪表检查被测终端通过两次PDP上下文激活过程分别完成IPv4和IPv6的地址分配; b)检查被测终端设置,确认终端已获取IPv4和IPv6地址; c)被测终端可通过双栈域名地址访问业务服务器内容 5.1.1.6 TD-SCDMA/WCDMA网络下IPV4和IPv6 PDP上下文同时去激活 测试编号:5.1.1.6 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 TD-SCDMA/WCDMA终端IPv4和IPv6 PDP上下文去激活 测试目的:验证TD-SCDMA/WCDMA终端能同时去激活IPv4和IPv6 PDP上下文 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到TD-SCDMA/WCDMA网络 测试步骤: 1)设置被测终端APN为IPv4和IPv6双栈,激活数据业务连接; 2)被测终端访问IPv4/IPv6业务; 3)操作被测终端发起去激活过程 预期结果:a)完成激活的被测终端可正常访问IPv4/IPv6业务; b)从测试分析仪表检查被测终端通过两次PDP上下文去激活过程分别完成IPv4和IPv6连接的去激活过程; c)检查被测终端设置,确认终端已完成去激活 5.1.1.7 GSM网络下激活IPv6 PDP上下文并通过地址访问IPv6业务 测试编号:5.1.1.7 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 GSM终端单栈IPv6 PDP上下文激活 测试目的:验证GSM终端能激活单栈IPv6 PDP上下文,并通过IPv6地址访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置: b)被测终端注册到GSM网络 测试步骤:1)设置被测终端APN为IPv6单栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv6网址访问业务服务器(web或FTP) 预期结果: a)从测试分析仪表检查GSM终端通过单次PDP上下文激活过程分别完成IPv6的地址分配; b)检查被测GSM终端设置,确认终端仅获取IPv6地址; c)被测GSM终端可通过IPv6地址访问业务服务器内容 5.1.1.8 GSM网络下激活IPv6 PDP上下文并通过域名访问IPv6业务 测试编号:5.1.1.8 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 GSM终端IPv6 PDP上下文激活 测试目的:验证GSM终端能激活IPv6 PDP上下文,并通过IPv6域名访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到GSM网络 测试步骤: 1)设置被测终端APN为IPv6单栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv6域名访问web服务器 预期结果: a)从测试分析仪表检查GSM终端通过单次PDP上下文激活过程完成IPv6的地址分配; b)检查被测GSM终端设置,确认终端仅获取IPv6地址; c)被测GSM终端可通过IPv6域名地址访问业务服务器内容 5.1.1.9 GSM网络下去激活IPv6 PDP上下文 测试编号:5.1.1.9 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 GSM终端IPv6 PDP上下文去激活 测试目的:验证GSM终端能去激活单栈IPv6 PDP上下文 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置: b)被测终端注册到GSM网络 测试步骤: 1)设置被测终端APN为IPv6单栈,激活数据业务连接; 2)被测终端访问IPv6业务; 3)操作被测终端发起去激活过程 预期结果: a)完成激活的被测终端可正常访问IPv6业务; b)从测试分析仪表检查GSM终端通过单次PDP上下文去激活过程完成IPv6连接的去激活过程; c)检查被测GSM终端设置,确认终端已完成去激活 5.1.1.10 TD-SCDMA/WCDMA网络下激活IPv6 PDP上下文并通过地址访问IPv6业务 测试编号:5.1.1.10 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 TD-SCDMA/WCDMA终端IPv6 PDP上下文激活 测试目的:验证TD-SCDMA/WCDMA终端能激活IPv6 PDP上下文单栈上下文,并通过IPv6地址访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到TD-SCDMA/WCDMA网络 测试步骤: 1)设置被测终端APN为IPv6 only单栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv6网址访问业务服务器(web或FTP) 预期结果: a)从测试分析仪表检查被测终端通过单次PDP上下文激活过程和IPv6的地址分配 b)检查被测终端设置,确认终端仅获取IPv6地址; c)被测终端可通过IPv6地址访问业务服务器内容 5.1.1.11 TD-SCDMA/WCDMA网络下激活IPv6 PDP上下文并通过域名访问IPv6业务 测试编号:5.1.1.11 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 TD-SCDMA/WCDMA终端IPv6 PDP上下文激活 测试目的:验证TD-SCDMA/WCDMA终端能激活IPv6 PDP上下文单栈上下文,并通过IPv6域名访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到TD-SCDMA/WCDMA网络 测试步骤:1)设置被测终端APN为IPv6单栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv6域名访问Web服务器 预期结果: a)从测试分析仪表检查被测终端通过一次PDP上下文激活过程完成IPv6的地址分配; b)检查被测终端设置,确认终端仅获取IPv6地址; c)被测终端可通过IPv6域名地址访问业务服务器内容 5.1.1.12 TD-SCDMA/WCDMA网络下去激活IPv6 PDP上下文 测试编号:5.1.1.12 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Pre-Release 8 TD-SCDMA/WCDMA终端IPv6 PDP上下文去激活 测试目的:验证TD-SCDMA/WCDMA终端能去激活IPv6 PDP上下文单栈上下文 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置: b)被测终端注册NTD-SCDMA/WCDMA网络 测试步骤: 1)设置被测终端APN IPv6 only单栈,激活数据业务连接; 2)被测终端访问IPv6业务; 3)操作被测终端发起去激活过程 预期结果: a)完成激活的被测终端可正常访问IPv6业务; b)从测试分析仪表检查被测终端通过PDP上下文去激活过程分别完成IPv6连接的去激活过程; c)检查被测终端设置,确认终端已完成去激活 5.1.2 3GPP Release 8终端IPv6业务功能测试 5.1.2.1 GSM网络下IPv4v6 PDP上下文激活并通过地址访问双栈业务 测试编号:5.1.2.1 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Release 8 GSM终端IPv4和IPv6 PDP上下文激活 测试目的:验证GSM终端能激活IPv4v6双栈PDP上下文,并通过双栈IP地址访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到GSM网络 测试步骤: 1)设置被测终端 APN类型为IPv4v6双栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv4网址访问业务服务器(Web或FTP); 5)输入IPv6网址访问业务服务器(web或FTP) 预期结果: a)从测试分析仪表检查被测GSM终端完成双栈PDP上下文激活过程,获得IPv4和IPv6的地址分配; b)检查被测GSM终端设置,确认终端已获取IPv4和IPv6地址。 c)被测GSM终端可通过IPv4和IPv6地址访问业务服务器内容 5.1.2.2 GSM网络下IPV4v6 PDP上下文激活并通过域名访问双栈业务 测试编号:5.1.2.2 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Release 8 GSM终端IPv4v6 PDP上下文激活 测试目的:验证GSM终端能激活IPv4v6双栈PDP上下文,并通过双栈域名访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到GSM网络 测试步骤: 1)设置被测终端APN类型为IPv4v6双栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv4域名访问业务服务器; 5)输入IPv6域名访问业务服务器 预期结果: a)从测试分析仪表检查被测GSM终端完成双栈PDP上下文激活过程,获得IPv4和IPv6的地址分配; b)检查被测GSM终端设置,确认终端已获取IPv4和IPv6地址; c)被测GSM终端可通过IPv4和IPv6域名访问业务服务器内容 5.1.2.3 TD/W网络下IPv4v6 PDP上下文激活并通过地址访问双栈业务 测试编号:5.1.2.3 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Release 8 TD-SCDMA/WCDMA终端IPv4v6双栈PDP上下文激活 测试目的:验证TD-SCDMA/WCDMA终端能激活IPv4v6双栈PDP上下文,并通过双栈IP地址访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到TD-SCDMA/WCDMA网络 测试步骤: 1)设置被测终端APN类型为IPv4v6双栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv4网址访问业务服务器(Web或FTP); 5)输入IPv6网址访问业务服务器(web或FTP) 预期结果: a)从测试分析仪表检查被测终端双栈PDP上下文激活过程正确; b)检查被测终端设置,确认终端已获取IPv4和IPv6地址; c)被测终端可通过IPv4和IPv6地址访问业务服务器内容 5.1.2.4 TD/W网络下IPv4v6 PDP上下文激活并通过域名访问双栈业务 测试编号:5.1.2.4 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:3GPP Release 8 TD-SCDMA/WCDMA终端IPv4v6双栈PDP上下文激活 测试目的:验证TD-SCDMA/WCDMA终端能激活IPv4v6双栈PDP上下文,并通过双栈域名地址访问业务 预置条件: a)按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置; b)被测终端注册到TD-SCDMA/WCDMA网络 测试步骤: 1)设置被测终端 APN类型为IPv4v6双栈; 2)激活数据业务连接; 3)打开终端网页浏览器; 4)输入IPv4域名访问业务服务器; 5)输入IPv6域名访问业务服务器 预期结果: a)从测试分析仪表检查被测终端双栈PDP上下文激活过程正确; b)检查被测终端设置,确认终端已获取IPv4和IPv6地址; c)被测终端可通过IPv4和IPv6域名访问业务服务器内容 5.1.2.5 LTE网络下IPv4v6 PDN连接激活并通过地址访问双栈业务 测试编号:5.1.2.5 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:LTE终端IPv4v6双栈PDN连接激活 测试目的:验证LTE终端能激活IPv4v6双栈PDN连接,并通过双栈IP地址访问业务 预置条件:按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置 测试步骤: 1)设置被测终端APN类型为IPv4v6双栈; 2)发起终端附着过程; 3)打开终端网页浏览器; 4)输入IPv4网址访问业务服务器(Web或FTP); 5)输入IPv6网址访问业务服务器(web或FTP) 预期结果: a)从测试分析仪表检查被测终端双栈PDN连接激活过程正确; b)检查被测终端设置,确认终端已获取IPv4和IPv6地址: c)被测终端可通过IPv4和IPv6地址访问业务服务器内容 5.1.2.6 LTE网络下IPv4v6 PDN连接激活并通过域名访问双栈业务 测试编号:5.1.2.6 测试类型:必选 项 目:移动终端IPv6业务功能测试 分项目:LTE终端IPv4v6双栈PDN连接激活 测试目的:验证LTE终端能激活IPv4v6双栈PDN连接,并通过双栈域名访问业务 预置条件:按网络测试环境配置要求完成测试网络,完成网络配置和用户签约配置 测试步骤: 1)设置被测终端APN类型为IPv4v6双栈; 2)发起终端附着过程; 3)打开终端网页浏览器; 4)输入IPv4域名访问业务服务器; 5)输入IPv6域名访问业务服务器 预期结果: a)从测试分析仪表检查被测终端双栈PDN连接激活过程正确; b)检查被测终端设置,确认终端已获取IPv4和IPv6地址: c)被测终端可通过IPv4和IPv6域名访问业务服务器内容 |
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