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IPv6测试标准与设备支援现况介绍

IPv6測試標準與設備支援現況介紹
CHT-TL IPv6標準測試實驗室
中華電信研究所寬頻網研究室
for Phase I
for Phase II
1
IPv6 Ready Logo Committee 台灣區委員暨檢測技術代表
CHT-TL IPv6 Testing Laboratory

政院NICI IPv6標準測試分組
–國際IPv6 Ready Logo –測試及安裝
IPv6設備支援現況介紹 補充明
2 CHT-TL IPv6 Testing Laboratory


政院NICI IPv6標準測試分組
–國際IPv6 Ready Logo –測試及安裝
IPv6設備支援現況介紹 補充明
3 CHT-TL IPv6 Testing Laboratory
政院IPv6工作小組
我國 IPv6 建置發展計畫
執單位:中華電信研究所
2003/1/1 成
研 究 發 展 分 組
基 礎 建 設 分 組
應 用 推 廣 分 組
標準測試分組 IPv6測試工作小組 IPv6標準工作小組
2003/7/1 開始提供 服務
CHT-TL IPv6 標準測試實驗室
Industry
TAHI@JP
IOL@US
PlugTest @ETSI
TTA@KR
4
CHT-TL IPv6 Testing Laboratory

IPv6標準測試分組工作關圖
國際測試合作 國際測試合作 (TAHI, ETSI, UNH) (TAHI, ETSI, UNH)
與國際IPv6測試活動 促進國際測試技術交
NICI IPv6 NICI IPv6 基礎建設分組 基礎建設分組
成果展示 成果展示
提供基礎建設分組 相關計劃測試 測試成果 展示與推廣
NICI IPv6 NICI IPv6 研發分組 研發分組
提供研發分組 研發計劃測試
NICI IPv6 NICI IPv6 標準測試分組 標準測試分組
邀請產業盟 廠商與測試
合作開發IPv6 測試程序
IPv6測試 IPv6測試 設備廠商 設備廠商
提供國內外廠商 IPv6測試服務
IPv6相關標準研究
國際IPv6標準Update 國際IPv6標準Update (IETF, 3GPP/3GPP2, IEEE) (IETF, 3GPP/3GPP2, IEEE)
NICI IPv6 NICI IPv6 應用推廣分組 應用推廣分組
IPv6設備廠商 IPv6設備廠商
5
CHT-TL IPv6 Testing Laboratory
三大發展目標關圖
國際標準與測試發展:積極與,確保權
國際政府設備規範合作 國際政府設備規範合作 (美國NIST等) (美國NIST等) 國際測試合作 國際測試合作 (TAHI, ETSI, UNH) (TAHI, ETSI, UNH) 國際IPv6標準Update IPv6 Ready Logo 國際IPv6標準Update IPv6 Ready Logo (IETF, 3GPP/3GPP2, IEEE) Program (IETF, 3GPP/3GPP2, IEEE) Program
96新增
IPv6認證測試服務 IPv6認證測試服務 CHT-TL IPv6標準測試實驗室 IPv6測試教育訓 IPv6測試教育訓
應用服務 互運測試
Ready Logo 設備商
Personalv6
Carv6
Campusv6
eHealth v6
VoIPv6
ISP/Carrier
Ready Logo 設備商
Ready Logo 設備商
基礎建設分組
應用推廣分組
研究發展分組
支援關鍵應用發展:協助互運測試及國際接軌
CHT-TL IPv6 Testing Laboratory
產 業 輔 導 發 展 : 認 證 輔 導 與 測 試 人 才 培 育
6

計畫目標
建IPv6網互與應用之互通性測試方法,協助 我國IPv6相關產業之發展 建置標準測試環境,並訂定標準測試規範含測試項 目、測試範圍、測試方法及標準等項目,以產業 相關單位進相關測試 協助我國IPv6廠商獲得國際IPv6 Ready Logo標章 與國際IPv6相關標準測試組織交,定期舉辦研討 會 維護中華電信研究所IPv6標準測試實驗室及南部測 試服務中心 研究國際IPv6通信標準 IPv6 測試人才培育
CHT-TL IPv6 Testing Laboratory
7
中華電信研究所IPv6 標準測試實驗室測試服務
IPv6 Ready Logo 標章測試
IPv6 Ready Logo
標章測試
IPv6 互測試
IPv6 符合性測試
IPv6 效能測試
8 CHT-TL IPv6 Testing Laboratory

我國IPv6標準與應用測試發展Roadmap
2003/7/1
e-Taiwan/m-Taiwan
u-Taiwan
CHT-TL IPv6 Testing Lab Service CHTIPv6 Ready Logo Phase I
2003/9/1 2005/2/16
IPv6 Interop Testing Lab. Establishment IPv6 Standard Tracking & Test Suites Development
IPv6 Ready Logo Phase II
IPv6 Ready Logo Phase III (發展中) (發展中)
IPv6 Certification Lab. Establishment
IPv6 Solution Testing Lab. Establishment
IPv6 Standard Tracking & Certification Suites Development
IPv6 Testing Service Phase
2003 2004 2005
IPv6 Certification Service Phase
IPv6 Solutions Testing Service
2006
2007
2008
2009~2010
9
CHT-TL IPv6 Testing Laboratory
中華電信研究所IPv6 標準測試實驗室網架構圖
台灣 IPv6網 交換中心 TW IPv6 IX
IPv6驗證測試實驗室主測試中心 IPv6驗證測試實驗室主測試中心 IPv6 Main Test Lab (CHT TL)
IPv6網設備測試區 (Network Equipment) 動網設備與手機測試區 (Wireless Eqs., 3G handset) 網際網應用家電測試區 (IPv6 Based IA & HA) IPv6應用與網際電話測試區 (IPv6 Applications / VoIP) 其他相關產品與應用測試區 (New Products) IPv6 Conformance & Interoperability Test Platform
Internet
HiNet IPv6
CHTTL-TW CHTTL6Bone Backbone Site
TANet IPv6
IPv6南部測試服務中心 IPv6南部測試服務中心 Subsidiary Service Center (Kaohsiung )
10
CHT-TL IPv6 Testing Laboratory


政院NICI IPv6標準測試分組
–國際IPv6 Ready Logo –測試及安裝
IPv6設備支援現況介紹 補充明
11 CHT-TL IPv6 Testing Laboratory
IPv6 Ready Logo委員會
成時間: Apr. 28, 2003 主席: Prof. Hiroshi Esaki (WIDE/IPv6 PC, Japan) 目標: Phase 1:基本功能測試 (2003/9/1 開始)
目前暫定2008十一月停止接受申請
Phase 2:完整功能測試 (2005/02/16 開始, Phase I 和 Phase II 並) 創始會員: ETSI, JP TAHI, UNH, TW NICI IPv6 SC, KR TTA, CN BII, etc.
12 CHT-TL IPv6 Testing Laboratory

Phase I 目標
目標
– 鼓IPv6基礎建設及服務 – 增加大眾對IPv6設備及服務互之信心
待測物種
Logo以設備 為單位,即 – 由設備 (Router BOX) 使同設備 – 終端設備 (Host BOX) 使用相同軟 – 作業系統 (Operation System) 體,還是需 – 通訊協定 (Protocol Stack) 要分別測 試,分別申 – 嵌入式系統 (Embedded System) – 特殊設備 (Special Device,2004/4/1) 請
13
CHT-TL IPv6 Testing Laboratory
通過需求
符合性測試
– 需要100%通過符合性及互測試規範
互性測試
– 需要100%通過符合性及互測試規範 – 至少需要和4種同廠牌的設備進互測試
P1/P2 Core
– 2 hosts and 2 routers
P2 IPSec
– 2 End-Node and 2 Secure Gateway
– 需要互測試報表 – 互測試報表需要主辦單位簽章
CHT-TL IPv6 Testing Laboratory
14

測試規格書
P1/P2 Core符合性測試 (Version 4.0.0 2008/5/30) Version 3.8.11至2008/11/30之前申請有效
RFC 2460 IPv6 Specification [Router, Host] RFC 2461->RFC 4861 Neighbor Discovery [Router, Host] RFC 2462->RFC 4862 IPv6 Stateless Address Autoconfiguration [Router, Host] RFC 2463->RFC 4443 ICMPv6 for IPv6 Specification [Router, Host] RFC 5095-Deprecation of Type 0 Routing Headers in IPv6
(New Support)
RFC 4291-IP Version 6 Addressing Architecture (New Support)
P1/P2 Core互測試 (Version 4.0.0 2008/5/30) Version 2.8.4至2008/11/30之前申請有效
CHT-TL IPv6 Testing Laboratory
15
Phase 2 – 相關標準技術 (1/3)
IPv6 Core (UNH/IOL)+ Internet Protocol, Version 6 (IPv6) Specification (RFC 2460) (Mandatory, Available) – Internet Protocol, Version 6 (IPv6) Specification (RFC 2460) – Neighbor Discovery for IP Version 6 (IPv6) (RFC 2461) (->RFC 4861) – IPv6 Stateless Address Autoconfiguration (RFC 2462) (->RFC 4862) – Internet Control Message Protocol (ICMPv6) for the Internet Protocol Version 6 (IPv6) Specification (RFC 2463) (->RFC 4443) – Transmission of IPv6 Packets over Ethernet Networks (RFC 2464) – Path MTU Discovery for IP version 6 (RFC 1981) – IP Version 6 Addressing Architecture (RFC 4291)(New Support) MIPv6 (v6PC/TAHI) (Optional, Available) not include NEMO RFC3963 – Mobility Support in IPv6 (RFC 3775) – Using IPsec to Protect Mobile IPv6 Signaling Between Mobile Nodes and Home Agents (RFC 3776)
16 CHT-TL IPv6 Testing Laboratory

Phase 2 -相關標準技術(2/3)
IPsec (v6PC/TAHI) (Optional, Available)
– – – – – – – – – – – The Use of HMAC-SHA-1-96 within ESP and AH (RFC 2404) The ESP DES-CBC Cipher Algorithm With Explicit IV (RFC 2405) The NULL Encryption Algorithm and Its Use With IPsec (RFC 2410) The ESP CBC-Mode Cipher Algorithms (RFC 2451) The AES-XCBC-MAC-96 Algorithm and Its Use With IPsec (RFC 3566) The AES-CBC Cipher Algorithm and Its Use with IPsec (RFC 3602) Using Advanced Encryption Standard (AES) Counter Mode With IPsec Encapsulating Security Payload (ESP)(RFC 3686) Security Architecture for the Internet Protocol(RFC 4301) IP Encapsulating Security Payload (ESP)(RFC 4303) Cryptographic Algorithm Implementation Requirements for Encapsulating Security Payload (ESP) and Authentication Header (AH)(RFC 4305) Internet Control Message Protocol (ICMPv6) for the Internet Protocol Version 6 (IPv6) Specification(RFC 4443)
NOTE: IKEv2 would be worked on after above IPsec specifications.
17 CHT-TL IPv6 Testing Laboratory
Phase 2 -相關標準技術 (3/3)
DHCPv6 (Optional, Available)
Dynamic Host Configuration Protocol for IPv6(RFC 3315) DNS Configuration options for Dynamic Host Configuration Protocol for IPv6(RFC 3646) Stateless Dynamic Host Configuration Protocol (DHCP) Service for IPv6(RFC 3736) IPv6 Stateless Address Autoconfiguration(RFC 2462) Internet Message Control Protocol for the Internet Protocol version 6 Specification(RFC 2463) SIPv6 (Optional, Available) – SIP: Session Initiation Protocol(RFC3261) – An Offer/Answer Model with Session Description Protocol(RFC3264) – SDP: Session Description Protocol(RFC4566) – HTTP Authentication: Basic and Digest Access Authentication(RFC2617) – SIP Basic Call Flow Examples(RFC3665) NEMO (Optional, Available) – Network Mobility (NEMO) Basic Support Protocol(RFC3963) – Mobility Support in IPv6(RFC3775) – Using IPsec to Protect Mobile IPv6 Signaling between Mobile Nodes and Home Agents(RFC3776) IKEv2 (Optional , conformance available) – Internet Key Exchange(IKEv2) Protocol(RFC 4306) – IKEv2 Clarifications and Implementation Guidelines(RFC 4718) – – – – –
Management(CHT-TL) (Optional , not available)
– – – Management Information Base for the Internet Protocol (IP) (RFC 4293) Version 2 of the Protocol Operations for the Simple Network Management Protocol (SNMP) (RFC 3416) Management Information Base (MIB) for the Simple Network Management Protocol (SNMP) (RFC 3418)
MIPv6 over IKEv2(experimental) MLDv1 (UNH/IOL) (Optional, not available) not include MLDv2 RFC3810
– – Multicast Listener Discovery (MLD) for IPv6 (RFC 2710) IPv6 Router Alert Option (RFC 2711)
Transition (Under discussion)
– Stateless IP/ICMP Translation Algorithm (SIIT) (RFC 2765) – Network Address Translation - Protocol Translation (NAT-PT) (RFC 2766) – Connection of IPv6 Domains via IPv4 Clouds (6to4) (RFC 3056) To get Migration logo, one of them are enough.
18 CHT-TL IPv6 Testing Laboratory

Phase 2質標章測試規範及工具
測試 項目 必測 與否 必測 通過 條件 100% 符合性測試 測試規格 V3.8.11(->4.0.0) 2007/04/22 CN(V3.2.0) HA(V3.2.0) MN(V3.2.0) 2007/11/08 V1.8.1 2007/10/11 HA(v1.1.0) MR(v1.1.0) 2008/05/16 V1.0.2 2007/09/20 UA、Proxy Server V1.0.2 2008/06/12 測試工具 v6eval 3.0.14 Self-Test(1.4.15->4.0.1) v6eval 3.0.14 ct-mipv6-cn(4.0.2) ct-mipv6-ha(4.0.7) ct-mipv6-mn(4.0.5) ike-mipv6 1.0.4 (一定要安裝) v6eval 3.0.14 IPsec_Self_Test_P2(1.1.2) v6eval 3.0.14 ct-nemo-ha(1.1.0) ct-nemo-mr(1.1.0) ike-mipv6 1.0.4 (一定要安裝) v6eval 3.0.14 self-test(1.0.7) v6eval 3.0.14 koi-SIP 1.1 Bind 9/ORTP/rtadvd ct-sip-ipv6-ua(1.4.3) ct-sip-ipv6-px(1.2.3) 互測試 測試規格 V2.8.4 (->4.0.0) 2007/04/10
P1/ P2 Core
MIPv6
選測
100%
V1.5.0 2007/11/08
IPSec
選測
100%
V1.5.2 2007/10/11 V1.1.0 2008/05/16 V1.0.1 2007/04/27
NEMO
選測
100%
DHCP
選測
100%
SIP
選測
100%
V1.0.2 2008/06/12 19
CHT-TL IPv6 Testing Laboratory
2008/06/12新
Phase 2 測試文件及工具
Testing Items DNS C I MLDv1 IKEv2 New! MIPv6 with IKEv1 Transition SNMP/MIBs C I C I C I C I C I R/O
O
Pass Criteria
100%
Documents
Server V1.0 (2006/12/13) Client V1.0 (2006/12/13)
Tools(TAHI) koi 2.0.0 2008/06/06 Self-Test 1.1.1 2007/08/30 N.A. V0.7.0 2008/06/06
O O O E E E E O O O E
100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% V1.3 (2004/7/30) draft Draft V0.7.0 (2008/06/12) End Node、SGW Experiment HA V1.0.2(2007/11/08) MN V1.0.2(2007/11/08) V1.0.2(2007/11/08) NAT-PT v1.6.3 6to4 v3.1.7 Draft draft
V1.0.4 2006/05/18
N.A.
R:Required O:Optional CHT-TL IPv6 Testing Laboratory
Agent 0.9.0a 2008/04/11 V0.2.3(2008/05/21) koi-2.0.0 I:Interoperability C:Conformance
V0.5.1(2008/04/28)
20

Phase 2 Core符合性測試規範重大改版 4.0.0 (2008/05/30) (1/2)
RFC修訂
– RFC 2461->RFC 4861 Neighbor Discovery for IP Version 6 – RFC 2462->RFC 4862 IPv6 Stateless Address Autoconfiguration – RFC 2463->RFC 4443 Internet Control Message Protocol (ICMPv6) for the Internet Protocol Version 6 (IPv6) Specification – RFC 5095 - Deprecation of Type 0 Routing Headers in IPv6 (New Support) – RFC 4291 - IP Version 6 Addressing Architecture (New Support) – https://www.wendangku.net/doc/2719172803.html,/logo/release/Self_Test_4-0-1.tgz
新增支援RFC
測試工具Self_Test_4-0-1(2008/06/02)
– Test Specification: v6LC.5.1.3.E – Test Tool: TAHI Project
icmp.p2 #10 (icmp.p2/Dst_Unreach_2.seq)
Supporting the IPv6 Error message (2) Beyond Scope of Source Address is marked Advanced Functionality. (Optional) - RFC 4443 Section 3.1
Supporting is marked Advanced Functionality. (Optional)
– Test Specification: v6LC.1.2.10.B, v6LC.1.2.11.B – Test Tool: TAHI Project
spec.p2 #40 (spec.p2/R_UnrecognizedRoutingTypeEN_RH0.seq) spec.p2 #42 (spec.p2/R_UnrecognizedRoutingTypeIN_RH0.seq)
21 CHT-TL IPv6 Testing Laboratory
Phase 2 Core符合性測試規範重大改版 4.0.0 (2008/05/30)(2/2)
Supporting the Disable of IP Operation once a DAD Failure has occurred. This is marked as Basic Functionality. (Required) - RFC 4862 Section 5.4.5
– Test Specification: v6LC.3.1.2.B, v6LC.3.1.2.D, v6LC.3.1.3.I, v6LC.3.1.3.J, v6LC.3.1.4.H, v6LC.3.1.4.I – Test Tool:TAHI Project
addr.p2 #03 (addr.p2/LLA_DAD_NSPostDAD_SameDstSameTgt.seq) addr.p2 #05 (addr.p2/LLA_DAD_NAPostDAD_SameTgt.seq) addr.p2 #14 (addr.p2/LLA_DAD_NSPostDAD_Reserved.seq) addr.p2 #15 (addr.p2/LLA_DAD_NSPostDAD_wTLL.seq) addr.p2 #23 (addr.p2/LLA_DAD_NAPostDAD_Reserved.seq) addr.p2 #24 (addr.p2/LLA_DAD_NAPostDAD_wSLL.seq)
Supporting that a host properly rejects an invalid prefix length, however the prefix length is still valid for on-link determination when the on-link flag is true. (Required) - RFC 4862 Section 6.3.4
– Test Specification: v6LC.2.2.19 – Test Tool: TAHI Project
nd.p2 #166 (nd.p2/v6LC_2_2_19.seq)
22 CHT-TL IPv6 Testing Laboratory

Phase 2 Core互測試規範改版 4.0.0 (2008/05/30) Remove Test IP6Interop 1.7 due to mandate RFC 5095 deprecation of RH0 Add Test IP6Interop 1.4A for RA router lifetime >0 for Phase-1 requirement Update to RFC 4291, 4861, 4862
– No changes necessary
Clarified node requirements for Phase-1 Clarified Tests Required for Special Device
23 CHT-TL IPv6 Testing Laboratory
測試工具畫面
24 CHT-TL IPv6 Testing Laboratory

Phase I 和Phase II符合性測試項目
# of Test Items IPv6 Spec. RFC 2460 ICMP RFC 2463 ND RFC 2461 Stateless Address Auto configuration RFC 2462 Path MTU Discovery for IPv6 RFC 1981
CHT-TL IPv6 Testing Laboratory
Host Phase I 26 5 116 28 Phase II 54 21 245 42 42 8 111 14
Router
Phase I Phase II
Special Equipment
Phase I Phase II
77 40 149 26
26 5 85 14
TBD TBD TBD TBD
N.A.
15
N.A.
14
N.A.
TBD
25
Phase I 和Phase II測試時間
# of Test Items 符合性測試 Conformance Test 半自動互性測試 Interop. Test 效能測試 Performance Test Host Phase I 6.25 小 時 2 小時 N.A. Phase II Router
Phase I Phase II
Special Equipment
Phase I Phase II
7.25 小 2.5小時 時 2天 N.A. 2 小時 N.A.
4 小時 2天 N.A.
3.5小時 2 小時 N.A.
N.A. N.A. N.A.
(最佳測試時間)
26 CHT-TL IPv6 Testing Laboratory

Phase I/II 測試程
Self Test In-House Test Conformance Test CHT-TL IPv6 Standard Testing Labs. Interoperability Test Applied
Start
Testing Event Not Suggested
Interoperability P1/P2 Test Scenario: 4.0.0
End
Download testing program https://www.wendangku.net/doc/2719172803.html,/logo/release/Self_Test_4-0-1.tgz v6eval-3.0.14.tgz
CHT-TL IPv6 Testing Laboratory 27
申請程
Applicant
Upto 3 working days Upto 1 working day
Local I/F Point
Web/mail/DB Master
Technical Officers
Send Application - Identify the corresponding local I/F point - Allocate application ID Forward the application (to local I/F (single) point) ACK for reception By Web/mail/DB master - Check if application contains (ACK#1) appropriate information Forward the application Ask the evaluation for application
Local Tech Group
Chair
CC to chair to notify the start of evaluation
ACK for reception by local I/F point (ACK#2) with notifying the local I/F point for application (*) if the application does not include sufficient information, local I/F point asks the modification or additional information
Evaluation of application
Upto 14 working days
(*) if the application does not include sufficient information, local tech. group asks the additional information to applicant, via local I/F point. Result of evaluation Check the result
Upto 48 hours
Inform the result - Allocate “Logo-ID” if “pass” - Update DB for the application ACK Inform the result with “application ID” - if passed with “Logo-ID”(if passed) and others (e.g., logo image file) - if failed with reason why applicant can not pass Inform the result
Final approval inquiry to chair NACK (if necessary)
28
CHT-TL IPv6 Testing Laboratory

Phase 3 -相關標準技術
Same as Phase II, But IPSec is mandatory Phase II applied procedure is same as Phase I
29 CHT-TL IPv6 Testing Laboratory
CHT-TL IPv6標準測試實驗室 測試服務程
準備提出申請 或 想先解 相關測試事宜
CHT-TL IPv6標準測試實驗室絡窗口 https://www.wendangku.net/doc/2719172803.html,.tw/ atsao@https://www.wendangku.net/doc/2719172803.html, 03-4245669
CHT-TL IPv6 Lab觀與測試準備工作討 (廠商有需求可前往貴公司簡報)
Yes Pass ?
No
輔導建測試工具
取得核發之Logo ID
CHT-TL IPv6 Lab協助 審閱申請資完整性 業者提出正式申請
CHT-TL IPv6 Lab測試示範 與技術諮詢
Self-test Testing Interop Testing CHT-TL IPv6 Lab測試示範 與技術諮詢
CHT-TL IPv6 Testing Laboratory
Yes Pass ?
No
30

全世界IPv6 Ready Logo Phase II測試服務實驗室
https://www.wendangku.net/doc/2719172803.html,/about_phase2_test.html TTA (KOREA) : http://www.tta.or.kr/English/new/main/index.htm BII (CHINA) : https://www.wendangku.net/doc/2719172803.html,/ CHT-TL(TAIWAN) : https://www.wendangku.net/doc/2719172803.html,.tw/ IRISA (FRANCE) : http://www.irisa.fr/tipi/ UNH-IOL (US) : https://www.wendangku.net/doc/2719172803.html,/consortiums/ipv6/
31 CHT-TL IPv6 Testing Laboratory
IPv6 Ready Logo Committee 台灣區委員暨 檢測技術代表
COUNTRY Local I/F TAIWAN KOREA JAPAN CHINA Others
CHT-TL IPv6 Testing Laboratory
CHT-TL
CHT-TL IPv6 Standard and Testing Labs.
Local_Technical_ Group CHT-TL
CHT-TL IPv6 Standard and Testing Labs.
TTA v6PC BII v6PC
TTA v6PC BII v6PC
32

Mission of CHT-TL IPv6 Testing Lab
Intel Innovation Center
Bridging for Local Industry and International IPv6 Testing Bodies.
33 CHT-TL IPv6 Testing Laboratory

政院NICI IPv6標準測試分組
–國際IPv6 Ready Logo –測試及安裝
IPv6設備支援現況介紹 補充明
34 CHT-TL IPv6 Testing Laboratory

符合性測試架構
Prefix = 3ffe:501:ffff:100/64 Link 0 MAC = 00:30:13:16:d8:25 IPv6 = 3ffe:501:ffff:100:0230:13ff:fe16:d825/64
Ethernet0.0
Don’t use switch between Tester and NUT for ip spoofing avoidance
IPv6 Tester
RS232
NUT
Router test only
Link 1 Prefix = 3ffe:501:ffff:101/64
FastEthernet0.0
MAC = 00:30:13:16:d8:a5 IPv6 = 3ffe:501:ffff:101:0230:13ff:fe16:d8a5/64
35
CHT-TL IPv6 Testing Laboratory
安裝及設定
FreeBSD 6.2 + Xwindow
Suggestion : use root user for install and testing
Download two files from https://www.wendangku.net/doc/2719172803.html, 1. https://www.wendangku.net/doc/2719172803.html,/release/v6eval/v6eval-3.0.14.tar.gz 2. please following the instruction of “INSTALL.v6eval” 3. https://www.wendangku.net/doc/2719172803.html,/logo/release/Self_Test_4-0-1.tgz
4. please following the instruction of “INSTALL.ct”
5. (ct-2.1.1.tar.gz for more testing, provided by TAHI) Edit two files /usr/local/v6eval/etc/tn.def /usr/local/v6eval/etc/nut.def (auto v.s. manual)
CHT-TL IPv6 Testing Laboratory
36

v6eval, Self_Test和ct的關係
IPv6 Ready Logo委員會 核可的測試 程序套件 日本TAHI 組織發展的 測試程序套 件
Self_Test for Ready Logo
ct
單純的IPv6 底層收送和 過
CHT-TL IPv6 Testing Laboratory
v6eval FreeBSD
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測試命
In the ct directory or ready logo directory, issued the following command to start testing "make clean" "make ipv6ready_p1_host" "make ipv6ready_p1_router" "make ipv6ready_p1_special“ "make ipv6ready_p2_host" "make ipv6ready_p2_Router" Compiler AutoRun Option AROPT = ‘-s 11 –e 15’ for Range Test *.rmt for automatic test (via rs232/ethernet )
38 CHT-TL IPv6 Testing Laboratory

測試報表防弊功能
請勿直接修 改測試報表
.seq .def .log MD5 Digest
39 CHT-TL IPv6 Testing Laboratory

政院NICI IPv6標準測試分組
–國際IPv6 Ready Logo –測試及安裝
IPv6設備支援現況介紹 補充明
40 CHT-TL IPv6 Testing Laboratory

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