Create the virtual switch on the host machine:
ovs-vsctl add-br lan0Now we have a virtual switch called lan0 :)
Next we create tap devices on the host machine so we can bind them to the guests laters.
for tap in `seq 0 15`; do
ip tuntap add mode tap lan0p$tap
done;
# check if the interfaces are there
ip tuntap list
Bring the tap interfaces up:
for tap in `seq 0 15`; do
ip link set lan0p$tap up
done;
# check if the interface are up
ip link
Now we use ovs-vsctl to "bind" the tap devices to "lan0" switch
for tap in `seq 0 15`; do
ovs-vsctl add-port lan0 lan0p$tap
done;
# see that the tap devices are mapped to ports in lan0
ovs-vsctl list-ports lan0
Now we have 16 ports switch called lan0 with 16 tap interfaces binded to lan0 virtual switch.
Next thing is to connect virtualbox guests to it:
I assume you are using the GUI for this so under the network setting select in "Attached to" "Bridge Adapter" and in "Name" select "lan0p1" for port number 1 in the switch.
Repeat this action for each guest you want to connect to the switch.
Now your virtual machines has a virtual network ;)
Enjoy !
Golan
3 comments:
Thank you, this was extremely helpful.
Hi Golan,
To say this was extremely helpful post is an understatement. I built on your work here and extended it to openvswitch config with 2 redundant switches connected by bonded switch vports with 2 Oracle RAC node bonded private interconnect connected criss-cross over the switches with the bonded vport interswitch link as the "pathway of last resort" so to speak. Here is my howto:
http://thecomingstorm.us/smf/index.php?topic=323.0
Hey Gilbert,
I am very happy that my post helped ya, nice work with the dual switch + bonding !
Golan
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