Merell Matlock
2018-05-05 23:48:03 UTC
Hoping for some help/insight it my attempting to setup IPV6 DHCP; I must
not seem to be able to input the right search terms, because I keep
going around in circles.
My Setup:
ISP <> Modem <> Router <> home network
DNS/DHCP on an RPi3 (DNSMASQ/Pi-hole, behind the router).
V4 DHCP from the RPi works flawlessly.
My router is pulling V6 from the ISP via DHCP-PD, and I can't fine-tune
the routers' RA to only send out route info, and if I disable the RA
from the router, no IPV6 at all (ifconfig/ipconfig only shows link-local
addresses), no matter what I try with DNSMASQ.
IPV6 pass-through on the router has the same result.
Here is what I have from .conf files (all from pi-hole interface):
enable-ra
dhcp-option=option6:dns-server,[::]
dhcp-range=::100,::1ff,constructor:eth0,ra-names,slaac,168h
ra-param=*,high,60,0
I changed the ra-param in an attempt to bypass the routers' RA.
Option6 is working as expected.
Any ideas, or am I just looking at a pipe dream (wanting host names in
the pi-hole query log, instead of IPV6 addresses).
Thank you,
Merell Matlock
not seem to be able to input the right search terms, because I keep
going around in circles.
My Setup:
ISP <> Modem <> Router <> home network
DNS/DHCP on an RPi3 (DNSMASQ/Pi-hole, behind the router).
V4 DHCP from the RPi works flawlessly.
My router is pulling V6 from the ISP via DHCP-PD, and I can't fine-tune
the routers' RA to only send out route info, and if I disable the RA
from the router, no IPV6 at all (ifconfig/ipconfig only shows link-local
addresses), no matter what I try with DNSMASQ.
IPV6 pass-through on the router has the same result.
Here is what I have from .conf files (all from pi-hole interface):
enable-ra
dhcp-option=option6:dns-server,[::]
dhcp-range=::100,::1ff,constructor:eth0,ra-names,slaac,168h
ra-param=*,high,60,0
I changed the ra-param in an attempt to bypass the routers' RA.
Option6 is working as expected.
Any ideas, or am I just looking at a pipe dream (wanting host names in
the pi-hole query log, instead of IPV6 addresses).
Thank you,
Merell Matlock