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This commit is contained in:
Erik Ekman 2006-11-18 16:26:39 +00:00
parent bb39c17bd9
commit a0823b2782
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README
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@ -16,8 +16,10 @@ Try it out within your own LAN! Follow these simple steps:
- On your server, run: ./iodined -f 10.0.0.1 test.asdf
(If you already use the 10.0.0.0 network, use another internal net like
172.16.0.0)
- Enter a password
- On the client, run: ./iodine -f 192.168.0.1 test.asdf
(Replace 192.168.0.1 with the server's ip address)
- Enter the same password
- Now the client has the tunnel ip 10.0.0.2 and the server has 10.0.0.1
- Try pinging each other through the tunnel
- Done! :)
@ -40,8 +42,9 @@ to your server. Start iodined on the server. The first argument is the tunnel
IP address (like 192.168.99.1) and the second is the assigned domain (in this
case tunnel1.mytunnel.com). The -f argument will keep iodined running in the
foreground, which helps when testing. iodined will start a virtual interface,
and also start listening for DNS queries on UDP port 53. Now everything is
ready for the client.
and also start listening for DNS queries on UDP port 53. Either enter a
password on the commandline (-P pass) or after the server has started. Now
everything is ready for the client.
Client side:
All the setup is done, just start iodine. It also takes two
@ -49,8 +52,10 @@ arguments, the first is the local relaying DNS server and the second is the
domain used (tunnel1.mytunnnel.com). If DNS queries are allowed to any
computer, you can use the tunnel endpoint (example: 10.15.213.99 or
tunnel1host.mytunnel.com) as the first argument. The tunnel interface will get
an IP close to the servers (in this case 192.168.99.2) and a suitable MTU. Now
you should be able to ping the other end of the tunnel from either side.
an IP close to the servers (in this case 192.168.99.2) and a suitable MTU.
Enter the same password as on the server either by argument or after the client
has started. Now you should be able to ping the other end of the tunnel from
either side.
MISC. INFO: