Thank you for the reply.
I read the FAQ looking for a solution which solve my problem. I need
the devices of LAN still see the physical NIC of my PC-Linux as a
IP-MAC and not only MAC. It means when PC-LINUX recieve an ARP, it
should reply with the information of IP-MAC.
Regards,
Filipe
Quoting Justin Pettit <jpet...@nicira.com>:
On Feb 28, 2014, at 2:59 PM, filipe Antonio
<fanto...@student.dei.uc.pt> wrote:
I installed an OVS in a PC-Linux. When I add the WNIC to a bridge of
OVS, it loose IP connectivity with the gateway. I need the LAN devices
still recognize the IP address of the WNIC of PC-Linux. How can I do that?
I think this FAQ entry will answer your question:
Q: I created a bridge and added my Ethernet port to it, using commands
like these:
ovs-vsctl add-br br0
ovs-vsctl add-port br0 eth0
and as soon as I ran the "add-port" command I lost all connectivity
through eth0. Help!
A: A physical Ethernet device that is part of an Open vSwitch bridge
should not have an IP address. If one does, then that IP address
will not be fully functional.
You can restore functionality by moving the IP address to an Open
vSwitch "internal" device, such as the network device named after
the bridge itself. For example, assuming that eth0's IP address is
192.168.128.5, you could run the commands below to fix up the
situation:
ifconfig eth0 0.0.0.0
ifconfig br0 192.168.128.5
(If your only connection to the machine running OVS is through the
IP address in question, then you would want to run all of these
commands on a single command line, or put them into a script.) If
there were any additional routes assigned to eth0, then you would
also want to use commands to adjust these routes to go through br0.
If you use DHCP to obtain an IP address, then you should kill the
DHCP client that was listening on the physical Ethernet interface
(e.g. eth0) and start one listening on the internal interface
(e.g. br0). You might still need to manually clear the IP address
from the physical interface (e.g. with "ifconfig eth0 0.0.0.0").
There is no compelling reason why Open vSwitch must work this way.
However, this is the way that the Linux kernel bridge module has
always worked, so it's a model that those accustomed to Linux
bridging are already used to. Also, the model that most people
expect is not implementable without kernel changes on all the
versions of Linux that Open vSwitch supports.
By the way, this issue is not specific to physical Ethernet
devices. It applies to all network devices except Open vswitch
"internal" devices.
Using a wireless NIC can also have some other issues, so if you run
into additional problems, I'd recommend looking at the FAQ.
--Justin
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