Difference between revisions of "IPv6 Penjelasan Versi Lama"

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20. Encryption and Authentication
 
20. Encryption and Authentication
  
−
    20.1. Modes of using encryption and authentication
+
* [[IPv6 Enkripsi: Mode untuk Enkripsi dan Authentikasi]]
−
    20.2. Support in kernel (ESP and AH)
+
* [[IPv6 Enkripsi: Dukungan di Kernel (ESP dan AH)]]
−
    20.3. Automatic key exchange (IKE)
+
* [[IPv6 Enkripsi: Automatic key exchange (IKE)]]
−
    20.4. Additional informations:
+
* [[IPv6 Enkripsi: Informasi tambahan]]
  
 
21. Quality of Service (QoS)
 
21. Quality of Service (QoS)
 +
 
22. Hints for IPv6-enabled daemons
 
22. Hints for IPv6-enabled daemons
  
−
    22.1. Berkeley Internet Name Domain (BIND) daemon “named”
+
* [[IPv6 Server: Berkeley Internet Name Domain (BIND) daemon “named”]]
−
    22.2. Internet super daemon (xinetd)
+
* [[IPv6 Server: Internet super daemon (xinetd)]]
−
    22.3. Webserver Apache2 (httpd2)
+
* [[IPv6 Server: Webserver Apache2 (httpd2)]]
 
     22.4. Router Advertisement Daemon (radvd)
 
     22.4. Router Advertisement Daemon (radvd)
 
     22.5. Dynamic Host Configuration v6 Server (dhcp6s)
 
     22.5. Dynamic Host Configuration v6 Server (dhcp6s)
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24. Interoperability
 
24. Interoperability
 +
 
25. Further information and URLs
 
25. Further information and URLs
  

Revision as of 05:39, 23 May 2013

Konfigurasi interface IPv6 

ip -6 addr add 124::1/64 dev eth4 
ifconfig eth0 inet6 add 2001:0db8:0:f101::1/64

ip -6 addr del 124::1/64 dev eth4 
ifconfig eth4 inet6 del 124::1/24


ping 

ping6 2001:0db8:0:f101::2

Routing menggunakan IP 

/sbin/ip -6 route show dev eth4

124::/64  proto kernel  metric 256 
fe80::/64  proto kernel  metric 256

Routing menggunakan route 

route -A inet6

Destination                    Next Hop                   Flag Met Ref Use If
124::/64                       ::                         U    256 0     0 eth4
fe80::/64                      ::                         U    256 0     0 eth4
::/0                           ::                         !n   -1  1    61 lo
::1/128                        ::                         Un   0   1     3 lo
124::1/128                     ::                         Un   0   1    34 lo
fe80::226:b9ff:fe1b:9553/128   ::                         Un   0   1     7 lo
ff00::/8                       ::                         U    256 0     0 eth4
::/0                           ::                         !n   -1  1    61 lo

Routing menggunakan netstat 

netstat -nr -A inet6

Kernel IPv6 routing table
Destination                    Next Hop                   Flag Met Ref Use If
124::/64                       ::                         U    256 0     0 eth4
fe80::/64                      ::                         U    256 0     0 eth4
::/0                           ::                         !n   -1  1    87 lo
::1/128                        ::                         Un   0   1    24 lo
124::1/128                     ::                         Un   0   1    34 lo
fe80::226:b9ff:fe1b:9553/128   ::                         Un   0   1     7 lo
ff00::/8                       ::                         U    256 0     0 eth4
::/0                           ::                         !n   -1  1    87 lo


Web Server 


# Listen [124::1]:80
<VirtualHost [124::1]:80>
        ServerName ipv6only.yourdomain.yourtopleveldomain
        # ...sure more config lines
</VirtualHost>




# Listen [2001:0db8:100::2]:80 
# Listen 1.2.3.4:80
<VirtualHost [2001:0db8:100::2]:80 1.2.3.4:80>
        ServerName ipv6andipv4.yourdomain.yourtopleveldomain
        # ...sure more config lines
</VirtualHost>


Listen akan membuat masalah

Kalau belum ada IPv6-nya akan keluar error 

[Mon May 07 10:04:08 2012] [crit] (EAI 9)Address family for hostname not supported: alloc_listener: failed to set up sockaddr for 124::1

Kalau sudah ada IPv6-nya akan keluar error 

(98)Address already in use: make_sock: could not bind to address [124::1]:80


Calculator IPv6


Table of Contents 1. General 

   1.1. Copyright, license and others
   1.2. Category
   1.3. Version, History and To-Do
   1.4. Translations
   1.5. Technical
   1.6. Preface
   1.7. Used terms, glossary and shortcuts
   1.8. Requirements for using this HOWTO

2. Basics

3. Address types

4. IPv6-ready system check

5. Configuring interfaces

6. Configuring IPv6 addresses

7. Configuring normal IPv6 routes

8. Neighbor Discovery

9. Configuring IPv6-in-IPv4 tunnels

10. Configuring IPv4-in-IPv6 tunnels

11. Kernel settings in /proc-filesystem

12. Netlink-Interface to kernel

13. Address Resolver

14. Network debugging

15. Support for persistent IPv6 configuration in Linux distributions

16. Auto-configuration

17. Mobility

18. Firewalling

19. Security

20. Encryption and Authentication

21. Quality of Service (QoS)

22. Hints for IPv6-enabled daemons 

   22.4. Router Advertisement Daemon (radvd)
   22.5. Dynamic Host Configuration v6 Server (dhcp6s)
   22.6. ISC Dynamic Host Configuration Server (dhcpd)
   22.7. DHCP Server Dibbler
   22.8. tcp_wrapper
   22.9. vsftpd
   22.10. proftpd
   22.11. Other daemons

23. Programming 

   23.1. Programming using C-API
   23.2. Other programming languages

24. Interoperability

25. Further information and URLs 

   25.1. Paper printed books, articles, online reviews (mixed)
   25.2. Conferences, Meetings, Summits
   25.3. Online information
   25.4. IPv6 Infrastructure
   25.5. Maillists
   25.6. Online tools
   25.7. Trainings, Seminars
   25.8. 'The Online Discovery' ...

26. Revision history / Credits / The End 

   26.1. Revision history
   26.2. Credits
   26.3. The End

Referensi

Indonesia

Pranala Menarik

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