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IETF71 IPv4 Outage ExperiencesFrom $1Table of contents
The overall description of this event (including pointers to configuration information) is available on the main event page. Please contribute by editing this wiki page. N.B.: You must be logged in to edit. Please use the login button (upper right). If you do not yet have a user ID on this wiki, please use the register button. Also, discussion is being logged on the IPv6-accessible Jabber conference:
The transcript from this jabber record will be saved as part of the experiment record. Websites that work with IPv6 connectivityThese sites are reachable and behave as expected. General:
Extra WG webpages and miscellaneous:
Internet services that have unexpected results with IPv6 connectivity(Please provide detailed descriptions of the unexpected result, to inform protocol engineering improvements) Software/applications and IPv6IETF Jabber server: In preparing for this event it became apparent that:
Web/Mail server: Here is a page documenting the experiences that IMC/VPNC had with extending an IPv4 web and mail server to work in an all-IPv6 environment. IPv6 glue: Not all registrars (registries?) are ready to accept AAAA records as glue. To be reachable you need to have at least one NS in a domain for which it is possible to store IPv6 addresses (AAAA records) in the TLD registry, so you may need to be creative in finding your secondaries. More info is here. Your data here Offers of helpIf you want to offer help to people during the experiment, list it here.
*** Even Later Breaking News ***We have just received and tested a fixed Bind from Mark Andrews at ISC (Thank you very much Mark!!) that works in the way we hoped. I have installed and tested this. It is probably a bit late for the immediate experiment but if anybody wants to try I'll upload the file. **Breaking News**With a little help from Iljitsch van Beijnum (and his laptop) we have access to a DNS server. This relies on a fudge. We are connecting over v4 on the local link but once this is done we can get v6 addressses and my Firefox browser gets to all the v6 enabled web sites. Further investigation follows... To join in... Set your Wi-Fi as if it was going to get an IPv4 address from DHCP ('automatically'), set the alternate address to get an automatically assigned IPv4 address (link local IPv4 - 169.254.0.0/16) and configure your Wi-Fi to use DNS from 169.254.71.71. It will take a while to set up the address but you should be able to see the DNS server. Trying to use Windows XP to connect to an IPv6-only network is problematic. Windows XP supports the basic IPv6 protocol and configures addresses and interfaces as expected, but unfortunately the DNS client cannot use IPv6 transport. A workaround that is being tried involves running a BIND9 local caching server on the Windows machine. The server can be contacted over a local, in-box, IPv4 connection, but should make recursive requests over IPv6 transport if all goes according to plan. Unfortunately, the plan appears to have exposed a bug in BIND which currently fails an assert when the appropriate 'forwarding' directive is added to the named.conf. If we can get a fix for this in the next few hours we will try to go on. In the meantime here are instructions for installing BIND9 on Windows XP: Instructions (so far)Prerequisite: You must be capable of being at least a local administrator for your machine - BIND needs privileges and you can't give them unless you are an administrator. This may be an issue if your corporate IT doesn't trust you with your laptop. Download and Install BINDDownload BIND and unzip it to any handy directory.
Setup the Windows Account and Named Configuration DirectoryEnsure that the directory c:\windows\system32\dns\etc is writable (it will be read-only by default).
Configure BINDThe attached file (named.conf) contains the necessary configuration files: You may wish to generate your own keys as described in the BIND readme.1st file.
Start the BIND 'service':- Activate 'Administrative Tools' from Control Panel.
Check the status
Check the status from a Command Propt using 'rndc status' (rndc is in the dns/bin directory.
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One side of my laptop runs Win 2K pro. I could not find any support for IPv6 early in my investigation, so I abandoned this path.
The other side ran Redhat 7.3, so I "upgraded" to Fedora 6. After dealing with some firewall rule issues, I was able to make an IPv6 tunnel work (go6.net). At the ietf, I was able to access IPv6 sites in the terminal room (using a wired connection).
However, I was never able to use the wireless under IPv6, because my wireless card (Aeronet 350) has no drivers for Linux after Redhat 9.
I was able to use ietf-464nat successfully, during the experiment.
Hardware: Dell Latitude C600 (750 MHz, 256MB memory)
OS: Win 2K pro
OS Fedora Core 6.
http://msdn.microsoft.com/downloads/sdks/platform/tpipv6.asp
The install instructions are at http://msdn.microsoft.com/Downloads/sdks/platform/tpipv6/faq.asp