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Readme updates and ipv6 support

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This commit is contained in:
John Dorman 2020-06-28 03:04:51 -07:00
parent 28b0595923
commit e4e028e654
5 changed files with 8 additions and 10 deletions
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4
AdguardHome/README.md
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@ -6,7 +6,7 @@
### Requirements ### Requirements
1. You have setup the on boot script described [here](https://github.com/boostchicken/udm-utilities/tree/master/on-boot-script) 1. You have setup the on boot script described [here](https://github.com/boostchicken/udm-utilities/tree/master/on-boot-script)
2. AdguardHome persists through firmware updates as it will store the configuration in a folder (you need to create this). It needs 2 folders, a Work and Configuration folder. Please create the 2 folder in "/mnt/data/". In my example I created "AdguardHome-Confdir" and "AdguardHome-Workdir" 2. AdguardHome persists through firmware updates as it will store the configuration in a folder (you need to create this). It needs 2 folders, a Work and Configuration folder. Please create the 2 folders in "/mnt/data/". In my example I created "AdguardHome-Confdir" and "AdguardHome-Workdir"
3. The on-boot script needs to be setup after firmware update of UDM. When on-boot script is recreated, everything should work. 3. The on-boot script needs to be setup after firmware update of UDM. When on-boot script is recreated, everything should work.
### Customization ### Customization
@ -18,7 +18,7 @@
1. On your controller, make a Corporate network with no DHCP server and give it a VLAN. For this example we are using VLAN 5. 1. On your controller, make a Corporate network with no DHCP server and give it a VLAN. For this example we are using VLAN 5.
2. Install the CNI plugins with by executing [install-cni-plugins.sh](../cni-plugins/install-cni-plugins.sh) on your UDM 2. Install the CNI plugins with by executing [install-cni-plugins.sh](../cni-plugins/install-cni-plugins.sh) on your UDM
3. Copy [20-dns.conflist](../cni-plugins/20-dns.conflist) to /mnt/data/podman/cni. This will create your podman macvlan network 3. Copy [20-dns.conflist](../cni-plugins/20-dns.conflist) to /mnt/data/podman/cni. This will create your podman macvlan network
4. Copy [10-dns.sh](../dns-common/on_boot.d/10-dns.sh) to /mnt/data/on_boot.d and update its values to reflect your environment (specifically the container name) 4. Copy [10-dns.sh](../dns-common/on_boot.d/10-dns.sh) to /mnt/data/on_boot.d and update its values to reflect your environment
5. Execute /mnt/data/on_boot.d/10-dns.sh 5. Execute /mnt/data/on_boot.d/10-dns.sh
6. Run the AdguardHome docker container, be sure to make the directories for your persistent AdguardHome configuration. They are mounted as volumes in the command below. 6. Run the AdguardHome docker container, be sure to make the directories for your persistent AdguardHome configuration. They are mounted as volumes in the command below.

5
dns-common/on_boot.d/10-dns.sh
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@ -11,8 +11,8 @@ IPV4_GW="10.0.5.1/24"
# added along with a ::/0 route. Also make sure that additional --dns options # added along with a ::/0 route. Also make sure that additional --dns options
# are passed to podman with your IPv6 DNS IPs when deploying the container for # are passed to podman with your IPv6 DNS IPs when deploying the container for
# the first time. # the first time.
IPV6_IP="fd62:89a2:fda9:e23:0:0:0:2" IPV6_IP=""
IPV6_GW="fd62:89a2:fda9:e23:0:0:0:1" IPV6_GW=""
# set this to the interface(s) on which you want DNS TCP/UDP port 53 traffic # set this to the interface(s) on which you want DNS TCP/UDP port 53 traffic
# re-routed through the DNS container. separate interfaces with spaces. # re-routed through the DNS container. separate interfaces with spaces.
@ -37,7 +37,6 @@ ip addr add ${IPV4_GW} dev br${VLAN}.mac noprefixroute
# (optional) add IPv6 IP to VLAN bridge macvlan bridge # (optional) add IPv6 IP to VLAN bridge macvlan bridge
if [ -n "${IPV6_GW}" ]; then if [ -n "${IPV6_GW}" ]; then
ip -6 addr add ${IPV6_GW} dev br${VLAN}
ip -6 addr add ${IPV6_GW} dev br${VLAN}.mac noprefixroute ip -6 addr add ${IPV6_GW} dev br${VLAN}.mac noprefixroute
fi fi

5
dns-common/on_boot.d/10-dnsipv6.sh
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@ -11,8 +11,8 @@ IPV4_GW="10.0.5.1/24"
# added along with a ::/0 route. Also make sure that additional --dns options # added along with a ::/0 route. Also make sure that additional --dns options
# are passed to podman with your IPv6 DNS IPs when deploying the container for # are passed to podman with your IPv6 DNS IPs when deploying the container for
# the first time. # the first time.
IPV6_IP="" IPV6_IP="fd62:89a2:fda9:e23:0:0:0:2"
IPV6_GW="" IPV6_GW="fd62:89a2:fda9:e23:0:0:0:1"
# set this to the interface(s) on which you want DNS TCP/UDP port 53 traffic # set this to the interface(s) on which you want DNS TCP/UDP port 53 traffic
# re-routed through the DNS container. separate interfaces with spaces. # re-routed through the DNS container. separate interfaces with spaces.
@ -37,7 +37,6 @@ ip addr add ${IPV4_GW} dev br${VLAN}.mac noprefixroute
# (optional) add IPv6 IP to VLAN bridge macvlan bridge # (optional) add IPv6 IP to VLAN bridge macvlan bridge
if [ -n "${IPV6_GW}" ]; then if [ -n "${IPV6_GW}" ]; then
ip -6 addr add ${IPV6_GW} dev br${VLAN}
ip -6 addr add ${IPV6_GW} dev br${VLAN}.mac noprefixroute ip -6 addr add ${IPV6_GW} dev br${VLAN}.mac noprefixroute
fi fi

2
nextdns/README.md
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@ -35,7 +35,7 @@ If you have already installed PiHole, skip right to step 6.
1. On your controller, make a Corporate network with no DHCP server and give it a VLAN. For this example we are using VLAN 5. 1. On your controller, make a Corporate network with no DHCP server and give it a VLAN. For this example we are using VLAN 5.
2. Install the CNI plugins with by executing [install-cni-plugins.sh](../cni-plugins/install-cni-plugins.sh) on your UDM 2. Install the CNI plugins with by executing [install-cni-plugins.sh](../cni-plugins/install-cni-plugins.sh) on your UDM
3. Copy [20-dns.conflist](../cni-plugins/20-dns.conflist) to /mnt/data/podman/cni. This will create your podman macvlan network 3. Copy [20-dns.conflist](../cni-plugins/20-dns.conflist) to /mnt/data/podman/cni. This will create your podman macvlan network
4. Copy [10-dns.sh](../dns-common/on_boot.d/10-dns.sh) to /mnt/data/on_boot.d and update its values to reflect your environment (specifically the container name) 4. Copy [10-dns.sh](../dns-common/on_boot.d/10-dns.sh) to /mnt/data/on_boot.d and update its values to reflect your environment
5. Execute /mnt/data/on_boot.d/10-dns.sh 5. Execute /mnt/data/on_boot.d/10-dns.sh
6. Create /mnt/data/nextdns and copy [nextdns.conf](udm-files/nextdns.conf) to it. 6. Create /mnt/data/nextdns and copy [nextdns.conf](udm-files/nextdns.conf) to it.
7. Run the NextDNS docker container. Mounting dbus and running in privileged is only required for mDNS. Also, please change the --dns arguments to whatever was provided by NextDNS. 7. Run the NextDNS docker container. Mounting dbus and running in privileged is only required for mDNS. Also, please change the --dns arguments to whatever was provided by NextDNS.

2
run-pihole/README.md
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@ -17,7 +17,7 @@
1. On your controller, make a Corporate network with no DHCP server and give it a VLAN. For this example we are using VLAN 5. 1. On your controller, make a Corporate network with no DHCP server and give it a VLAN. For this example we are using VLAN 5.
2. Install the CNI plugins with by executing [install-cni-plugins.sh](../cni-plugins/install-cni-plugins.sh) on your UDM 2. Install the CNI plugins with by executing [install-cni-plugins.sh](../cni-plugins/install-cni-plugins.sh) on your UDM
3. Copy [20-dns.conflist](../cni-plugins/20-dns.conflist) to /mnt/data/podman/cni. This will create your podman macvlan network 3. Copy [20-dns.conflist](../cni-plugins/20-dns.conflist) to /mnt/data/podman/cni. This will create your podman macvlan network
4. Copy [10-dns.sh](../dns-common/on_boot.d/10-dns.sh) to /mnt/data/on_boot.d and update its values to reflect your environment (specifically the container name) 4. Copy [10-dns.sh](../dns-common/on_boot.d/10-dns.sh) to /mnt/data/on_boot.d and update its values to reflect your environment
5. Execute /mnt/data/on_boot.d/10-dns.sh 5. Execute /mnt/data/on_boot.d/10-dns.sh
6. Run the pihole docker container, be sure to make the directories for your persistent pihole configuration. They are mounted as volumes in the command below. 6. Run the pihole docker container, be sure to make the directories for your persistent pihole configuration. They are mounted as volumes in the command below.