9.7 KiB
Whois registry
aka The registry contains:
- AS numbers assignations
- Subnet assignations
- DNS root zone for
dn42.
Names and numbers
dn42 uses some names and numbers, which are declared in the registry. Whenever possible, we try to stick to names and numbers that do not conflict with the ICANN-net or other networks similar to dn42, for instance by using private numbers space.
Address space
dn42 uses 172.20.0.0/14 for IPv4.
For IPv6, we use ULA (that is, fd00::/8). Some participans also announce globally unique PI/PA address space, but these announcements are not accepted by most other participants. See also the FAQ.
AS numbers
Since June 2014, dn42 is using the 4242420000-4242429999 ASN range for allocations. This range is further subdivided:
- 4242420000-4242423999 for end-users allocations
- 4242424000-4242426999 reserved for future use
- 4242427000-4242429999 for sub-allocations
If you are running a project similar to dn42, please use another range of ASN. The "sub-allocations" range is meant for dn42 users willing to have administrative control over a small, consecutive range of ASN (e.g. to use them directly or to distribute them).
Note that currently, most AS are using one of the legacy ASN range (and will probably continue to do so, as renumbering is painful). See the FAQ for a discussion on AS ranges.
DNS zones
dn42 uses the dn42. TLD, which is not present in the root DNS zone of the ICANN-net. For details, see DNS.
Note that other TLDs should also be usable from dn42, most notably from Freifunk and ChaosVPN. A tentative list is available at External DNS.
Telegram Bot
A telegram whois bot owned by @Oxygen233 is hosted on @DN42WhoisBot.
Privacy mode is enabled, please call the bot with @DN42WhoisBot when necessary.
Web interface
http://explorer.burble.dn42/ (https://explorer.burble.com/ via clearnet) provides a web interface and REST API for querying the DN42 registry.
A previous web interface hosted at Nixnodes, is no longer working. (https://io.nixnodes.net/?registry)
Authentication
To add or edit records with the web interface, authentication is done thanks to maintainer objects. Each maintainer object has a password associated to it.
The password are not stored in cleartext in the registry: a hash is computed from the password and the name of the maintainer object. To generate such a hash (e.g. in case you forgot your password), use https://io.nixnodes.net/nctlio.php?m=dnr&gen=mypassword&mnt=MYMAINTAINER-MNT
REST API with JSON response
Read-only, responses are encoded in JSON, for details please consult https://rest.dn42/ .
Misc
A read-only interface is also available at http://ix.ucis.dn42/dn42/ (public or 172.22.166.3). The used PHP scripts are available from UFO a.k.a. Ivo at request.
DNS interface
There is also a DNS-based interface to query AS information from the registry. The DNS zone is asn.dn42.
A mirror is hosted at asn.grmml.dn42.
Example:
$ dig +short AS4242420000.asn.dn42 TXT
"4242420000 | DN42 | dn42 | | PYROPETER-AS PyroPeters AS"
The Python code for generating the zone from the registry is available on the monotone repository.
The idea comes from the guys at cymru.com, who provide this service for the Internet (e.g. AS1.asn.cymru.com), see https://www.team-cymru.org/Services/ip-to-asn.html#dns
Address space
There is nice 3djs visualisation showing current address space usage: http://dataviz.polynome.dn42/dn42-netblock-visu/registry.html (public or 172.23.184.71). The input data is taken from the registry.
Another visualisation shows the prefixes seen by BGP: http://dataviz.polynome.dn42/dn42-netblock-visu/index.html (public or 172.23.184.71).
Software
- lglass is a python implementation for working with the registry. It features a whois server, tools to manipulate the data (DNS zone generation, etc).
- whois42d written in golang, lightweight/fast, whois server with support for all registry objects, type filtering and systemd socket activation.
Whois daemons
We have anycast IPv4 and IPv6, both reachable under whois.dn42. IPs are 172.22.0.43 respective fd42:d42:d42:43::1. Please consider joining these anycast-adresses when you setup your server. Updates every 1 hour would be nice for a start.
| person | dns | ip |
|---|---|---|
| nixnodes | whois.nixnodes.dn42 | 172.22.177.77 / fd42:1107::c0:e |
| org-cccda | whois.cda.dn42 | 172.23.96.1 / fd42:23:cda::1 |
| w0h | whois.w0h.dn42 | 172.22.232.6 / fd2d:a6da:8d1a:1408::6 |
| weiti | whois.weiti.dn42 | 172.20.175.253 / fdf7:17d5:de49::43 |
| Mic92 | whois.evenet.dn42 (whois42d) | 172.23.75.1 / fd42:4992:6a6d::6 |
| Fritz | whois.flhb.de | 172.22.70.69 / 2001:67c:708:102:5054:ff:fe57:9573 / fdd6:aff6:5f6f:102:5054:ff:fe57:9573 |
| NIA | whois.nia.dn42 | 172.20.158.153 / fd00:1926:817:43::1 |
| Lan Tian | whois.lantian.dn42 | 172.22.76.108 / fdbc:f9dc:67ad:2547::43 |
Down?
| person | dns | ip |
|---|---|---|
| welterde | thinkbase.srv.welterde.de | 46.4.248.201 |
| prauscher | sheldon.prauscher.dn42 | 172.22.120.1 |
Usage
whois -h $host $query
Using a whois config
$ cat /etc/whois.conf
\.dn42$ whois.dn42
\-DN42$ whois.dn42
# dn42 range 64512-65534
^as6(4(5(1[2-9]|[2-9][0-9])|[6-9][0-9]{2})|5([0-4][0-9]{2}|5([0-2][0-9]|3[0-4])))$ whois.dn42
# dn42 range 76100-76199
^as761[0-9][0-9]$ whois.dn42
# dn42 range 4242420000-4242429999
^as424242[0-9]{4}$ whois.dn42
# dn42 ipv4 address space
^172\.2[0-3]\.[0-9]{1,3}\.[0-9]{1,3}(/(1[56789]|2[0-9]|3[012]))?$ whois.dn42
# dn42 ula ipv6 address space
^fd**:****:****:****:****:****:****:**** whois.dn42
You can then use whois without specifying the server. Works at least with Marco d'Itri's whois client.
Running your own whoisd
cd /home/some/path/to/store/branch
sudo aptitude install ruby rubygems
sudo gem install netaddr
cd whoisd/ruby
sudo ruby whoisd.rb nobody
Whois restful API
Note: this service is in beta testing, use at your own risk. https://whois.rest.dn42/
Monotone
Monotone is an distributed revision control system. Monotone tracks revisions to files, groups sets of revisions into changesets, and tracks history across renames. The design principle is distributed operation making heavy use of cryptographic primitives to track file revisions (via the SHA-1 secure hash) and to authenticate user actions (via RSA cryptographic signatures). Each participant maintains their own revision history store in a local SQLite database. Monotone is especially strong in its support of a diverge/merge workflow, which it achieves in part by always allowing commit before merge. Revisions are exchanged using the custom netsync protocol which shares some conceptual ground with rsync and cvs.
Monotone servers
| Person | Address | Status |
|---|---|---|
| crest | mtn.crest.dn42 | UP |
| siska | mtn.nixnodes.net (mtn.nixnodes.dn42) | UP |
| dracoling | dn42.smrsh.net (net.smrsh.dn42) | UP |
| xuu | mtn.xuu.dn42 (172.22.141.181) | UP |
| zorun | mtn.polyno.me / mtn.polynome.dn42 (172.23.184.71) | UP |
| Nurtic-Vibe | mtn.dn42.eu / mtn.grmml.dn42 (172.23.149.20/fd42:23:149:1::20) | UP |
| toBee | mtn.mhm.dn42 (172.23.67.120) | UP |
| hexa- | mtn.lossy.network (172.23.42.130) | UP |
| tombii | mtn.tombii.dn42 (172.22.102.133) | UP |
| Mic92 | mtn.evenet.dn42 (172.23.75.6/fd42:4992:6a6d::6) | UP |
| weiti | mtn.weiti.dn42 (172.20.175.251/fdf7:17d5:de49::251) | UP |
Monotone branches
- net.dn42.registry: Contains the registry and some related code
Client setup
mtn genkey you@domain.tld
mtn pubkey you@domain.tld # send the output to some $monotone_server operator (do NOT send the keypair!)
mtn clone 'mtn://$monotone_server/?net.dn42.*' --branch net.dn42.registry
cd net.dn42.registry
$add_your_objects
mtn add --unknown
mtn ci -k you@domain.tld
mtn sync
Server setup
Debian has a package "monotone-server", with config located in "/etc/monotone".
Allowing somebody to write to a monotone server
If you want to allow somebody else to write to your monotone server (for instance for somebody to sync with you), you first need to import their key, here on Debian:
mtn --db /var/lib/monotone/default.mtn read < pubkey
Then edit the file write-permissions (/etc/monotone/write-permissions on Debian) to add the email address associated with the public key.
References: http://www.monotone.ca/docs/Basic-Network-Service.html#Basic-Network-Service and https://geti2p.net/en/get-involved/guides/monotone#obtaining-and-deploying-developers-keys
Tips and tricks
Pro-tip: monotone seems to use SO_V6ONLY, which is annoying. To bind to both IPv4 and IPv6, use ADDRESS=":: --bind 0.0.0.0" in /etc/default/monotone.