I dunno what state this is in, but I might want to keep it.

This commit is contained in:
2026-09-02 05:55:59 -04:00
parent 6b02d9d58e
commit 0e27fd9cd5
10 changed files with 1137 additions and 0 deletions
+69
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_genfile="${route_policy_file}"
if [ -z "${_genfile}" ]
then
_genfile="/dev/fd/1"
fi
__install_route_policy()
{
iface=$1;shift 1
network=$1;shift 1
table=$1;shift 1
echo "match out on ${iface} from !fd00::/8 to ${network} rtable ${table}" >> $1
echo "match in on ${iface} from ${network} to !fd00::/8 rtable ${table}" >> $1
}
__install_route_policy_v4()
{
iface=$1;shift 1
network=$1;shift 1
table=$1;shift 1
echo "match out on ${iface} to ${network} rtable ${table}" >> $1
echo "match in on ${iface} from ${network} rtable ${table}" >> $1
}
_install_route_policy()
{
iface=$1;shift 1
split=`echo $1 | sed -e 's/->/ /g'`;shift 1
__install_route_policy $iface ${split} $*
}
_install_route_policy_v4()
{
iface=$1;shift 1
split=`echo $1 | sed -e 's/->/ /g'`;shift 1
__install_route_policy_v4 $iface ${split} $*
}
install_route_policy()
{
_install_route_policy internal $* ${_genfile}
}
install_route_policy_v4()
{
_install_route_policy_v4 internal $* ${_genfile}
}
add_route_policy()
{
route_policies="${route_policies} $1->$2"
}
add_route_policy_v4()
{
route_policies_v4="${route_policies_v4} $1->$2"
}
clear_all_policies()
{
echo -n > $_genfile
}
# vim: ft=sh
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#!/bin/sh
#
# $FreeBSD$
#
# PROVIDE: allow_hosts
# REQUIRE: named
# KEYWORD: shutdown
#
. /etc/rc.subr
name="allow_hosts"
desc="Allow hosts by DNS (from local DNS)"
start_cmd='allow_hosts_start'
stop_cmd='allow_hosts_stop'
rcvar='allow_hosts_enable'
load_rc_config 'allow_hosts'
[ -z "$allow_hosts_enable" ] && allow_hosts_enable='NO'
if [ -z "${allow_hosts_rules}" ]
then
echo "Must have a route policy target file"
exit 1
fi
. /etc/router-conf/pf-framework.subr
allow_hosts_start()
{
echo "Running allow hosts"
echo "include \"${allow_hosts_rules}\"" > /etc/router-conf/gen/pf.rules.conf
pfctl -a allow-hosts -f ${allow_hosts_rules}
}
allow_hosts_stop()
{
}
################ Epilogue
run_rc_command "$1"
# vim: ft=bash
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#!/bin/sh
#
# $FreeBSD$
#
# PROVIDE: clear_route_policy
# BEFORE: pf
# KEYWORD: shutdown
#
. /etc/rc.subr
name="clear_route_policy"
desc="Policy Based Routing Reset"
start_cmd='clear_route_policy_start'
stop_cmd='clear_route_policy_stop'
rcvar='route_policy_enable'
load_rc_config 'route_policy'
[ -z "$route_policy_enable" ] && route_policy_enable='NO'
if [ -z "${route_policy_file}" ]
then
echo "Must have a route policy target file"
exit 1
fi
. /etc/router-conf/pf-framework.subr
clear_route_policy_start()
{
echo "" >/etc/router-conf/gen/pf.rules.conf
pfctl -a allow-hosts -f /dev/null
clear_all_policies
#pfctl -a route-policies -f ${route_policy_file}
}
clear_route_policy_stop()
{
echo "" >/etc/router-conf/gen/pf.rules.conf
pfctl -a allow-hosts -f /dev/null
clear_all_policies
#pfctl -a route-policies -f ${route_policy_file}
}
################ Epilogue
run_rc_command "$1"
# vim: ft=bash
Executable
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#!/bin/sh
# PROVIDE: dhcp6c
# REQUIRE: netif
# BEFORE: NETWORKING
# KEYWORD: shutdown
# Add the following lines to
# /etc/rc.conf.d/dhcp6c /etc/rc.conf.local or /etc/rc.conf
# to enable this service:
#
# dhcp6c_enable (bool): Set to NO by default.
# Set it to YES to enable dhcp6c.
# dhcp6c_config (path): Set to /usr/local/etc/dhcp6c.conf
# by default.
# dhcp6c_dhcp6cctlkey (path): Set to /usr/local/etc/dhcp6cctlkey
# by default.
# dhcp6c_pidfile (path): Set to /var/run/dhcp6c.pid
# by default.
# dhcp6c_interfaces (NIC list): Not defined by default.
# Set it to the network interface(s) where dhcp6c should work on.
# dhcp6c_flags (additional arguments): Not defined by default.
#
. /etc/rc.subr
name="dhcp6c"
rcvar=dhcp6c_enable
command="/usr/local/sbin/${name}"
start_precmd="${name}_precmd"
load_rc_config $name
: ${dhcp6c_enable="NO"}
: ${dhcp6c_config="/usr/local/etc/${name}.conf"}
: ${dhcp6c_dhcp6cctlkey="/usr/local/etc/dhcp6cctlkey"}
: ${dhcp6c_pidfile="/var/run/${name}.pid"}
required_files="${dhcp6c_config}"
pidfile="${dhcp6c_pidfile}"
command_args="${dhcp6c_args} -c ${dhcp6c_config} -p ${dhcp6c_pidfile} ${dhcp6c_interfaces}"
dhcp6c_precmd()
{
if [ -z ${dhcp6c_interfaces} ]; then
warn "dhcp6c_interfaces is not set."
return 1
fi
if [ ! -s ${dhcp6c_dhcp6cctlkey} ]; then
echo "Creating ${dhcp6c_dhcp6cctlkey}"
(umask 077 ; openssl rand -base64 48 > ${dhcp6c_dhcp6cctlkey})
fi
}
run_rc_command "$1"
Executable
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#!/bin/sh
#
# $FreeBSD$
#
# PROVIDE: fib_setup
# BEFORE: sysctl
#
. /etc/rc.subr
name="fib_setup"
desc="Calculate the fib count"
start_cmd='fib_setup_start'
stop_cmd='fib_setup_stop'
rcvar='fib_setup_enable'
load_rc_config 'fib_setup'
[ -z "$fib_setup_enable" ] && fib_setup_enable='NO'
. /etc/router-conf/pf-framework.subr
fib_setup_start()
{
echo "Running fib_setup"
fib_count=$(( ${max_fib} + 1 ))
cp ${router_conf_dir}/sysctl.conf ${router_conf_dir}/gen/
echo "net.fibs=${fib_count}" >> ${router_conf_dir}/gen/sysctl.conf
}
fib_setup_stop()
{
}
################ Epilogue
run_rc_command "$1"
# vim: ft=bash
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#!/bin/sh
#
# $FreeBSD$
#
# PROVIDE: generate_isp_dhcp
# REQUIRE: netif
# BEFORE: dhcp6c
# KEYWORD: shutdown
#
. /etc/rc.subr
name='generate_isp_dhcp'
start_cmd='generate_isp_dhcp_start'
stop_cmd='generate_isp_dhcp_stop'
rcvar='generate_isp_dhcp_enable'
load_rc_config 'generate_isp_dhcp'
[ -z "$generate_isp_dhcp_enable" ] && generate_isp_dhcp_enable='YES'
generate_isp_dhcp_start()
{
_emit_dhcpv6
cat ${router_conf_dir}/gen/dhcp6c.*.conf > ${router_conf_dir}/gen/dhcp6c.conf
}
generate_isp_dhcp_stop()
{
}
################ Epilogue
run_rc_command "$1"
# vim: ft=bash
Executable
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#!/bin/sh
#
# $FreeBSD$
#
# PROVIDE: localnet
# REQUIRE: dhcp6c
# BEFORE: rtadvd named
# KEYWORD: shutdown
#
# This is a bit hacky, but I think I can live with it for now.
#
# The purpose of this script is to generate various ISP prefix dependent files.
#
# Specifically, the DNS (BIND) acls file for handling various views, a local ISP
# range address for the router itself (on a dedicated loopback device), and attach
# the IMP_NET address for this machine to another loopback device.
. /etc/rc.subr
name='localnet'
extra_commands="rebuild_rtadvd_conf rebuild_zoneinfo"
start_cmd='localnet_start'
stop_cmd='localnet_stop'
rebuild_rtadvd_conf_cmd="localnet_build_rtadv"
rebuild_zoneinfo_cmd="localnet_build_zoneinfo"
rcvar='localnet_enable'
load_rc_config 'localnet'
localnet_first_nic="re0.301"
[ -z "$localnet_enable" ] && localnet_enable='NO'
[ -z "$localnet_zoneinfo_enable" ] && localnet_zoneinfo_enable='NO'
localnet_build_zoneinfo()
{
compute_addrs
localnet_build_zoneinfo_impl
}
localnet_build_zoneinfo_impl()
{
if [ $(option_selected localnet_zoneinfo_enable) = "YES" ]
then
build_zoneinfo ${isp_prefix} ${localnet_zoneinfo_subnet} ${router_conf_dir}/namedb/local-machines.defs > ${router_conf_dir}/gen/${localnet_zone_file}
fi
}
localnet_build_acls()
{
gen_acls_dir=${router_conf_dir}/gen/namedb
mkdir -p ${gen_acls_dir}
cat ${router_conf_dir}/namedb/acls.template.conf \
| sed \
-e "s/@ISP_PREFIX@/${isp_prefix}/g" \
-e "s/@ULA_PREFIX@/${secret_ip6_net}/g" \
> ${gen_acls_dir}/acls.conf
}
localnet_build_rtadv()
{
gen_rtadv_dir=${router_conf_dir}/gen
rtadvd_conf=${gen_rtadv_dir}/rtadvd.conf
mkdir -p ${gen_rtadv_dir}
_search_list=$( echo ${rtadvd_dns_search_list} | sed -e 's/ */,/g' -e 's/^,//' -e 's/,$//' )
cat ${router_conf_dir}/rtadvd.template.conf \
| sed \
-e "s/@PREF64_PREFIX@/${rtadvd_pref64_prefix}/" \
-e "s/@DNS_SERVER@/${rtadvd_dns_server}/" \
-e "s/@DNSSL@/${_search_list}/" \
> ${rtadvd_conf}
echo "" >> ${rtadvd_conf}
echo "" >> ${rtadvd_conf}
for interface in ${rtadvd_interfaces}
do
echo "${interface}:tc=settings" >> ${rtadvd_conf}
done
}
compute_addrs() {
# todo: Adjust our ipv6 hint... get from a var?
v6addr=$(ifconfig ${localnet_first_nic} | grep "inet6 [23]...:" | head -1 | awk '{print $2}')
echo "V6 addr is: ${v6addr}"
loop=0
while [ -z "${v6addr}" -a ${loop} -lt 4 ]
do
sleep 5
v6addr=$(ifconfig re0.301 | grep "2600:4040:" | head -1 | awk '{print $2}')
echo "V6 addr is: ${v6addr}"
loop=$(( ${loop} + 1 ))
done
echo "V6 addr is: ${v6addr}"
three_quads=$(echo ${v6addr} | awk -F ':' '{print $1":"$2":"$3}')
echo "First three quads are: ${three_quads}"
last_quad=$(echo ${v6addr} | awk -F ':' '{print $4}')
echo "Last quad is: ${last_quad}"
last_prefix=$(echo ${last_quad} | rev | awk '{print $1"0000"}' | cut -c 3,4 | rev | sed -e 's/^0//')
echo "Last prefix is: ${last_prefix}"
isp_prefix="${three_quads}:${last_prefix}"
base_addr=" inet6 ${isp_prefix}ff::1"
}
localnet_start() {
cp ${router_conf_dir}/resolv.conf.master ${router_conf_dir}/resolv.conf
compute_addrs
ifconfig lo1 create ${base_addr} prefer_source
ifconfig lo3 create inet 198.18.0.1/32
# DO NOT USE prefer_source for this address...
# It will cause confusion for the wireguard tunnels underneath...
# It also could cause DNS recursion to fail -- routing as the nested
# connections...
ifconfig lo2 create inet6 2602:f6a8:1::/64 anycast # DO NOT USE prefer_source
ifconfig lo4 create inet 155.103.215.15/32 anycast
localnet_build_rtadv
localnet_build_acls
localnet_build_zoneinfo_impl
}
localnet_stop() {
compute_addrs
ifconfig lo0 ${base_addr} delete
ifconfig lo1 destroy
ifconfig lo2 destroy
ifconfig lo3 destroy
ifconfig lo4 destroy
}
run_rc_command "$1"
# vim: ft=bash
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#!/bin/sh
#
# $FreeBSD$
#
# PROVIDE: route_policy
# REQUIRE: wireguard
# KEYWORD: shutdown
#
# This is a bit hacky, but I think I can live with it for now.
#hack
. /etc/rc.subr
name="route_policy"
desc="Policy Based Routing Installer"
start_cmd='route_policy_start'
stop_cmd='route_policy_stop'
rcvar='route_policy_enable'
load_rc_config 'route_policy'
[ -z "$route_policy_enable" ] && route_policy_enable='NO'
if [ -z "${route_policy_file}" ]
then
echo "Must have a route policy target file"
exit 1
fi
. /etc/router-conf/pf-framework.subr
do_all_routes()
{
while [ -n "$1" ]
do
install_route_policy $1
shift 1
done
}
do_all_routes_v4()
{
while [ -n "$1" ]
do
install_route_policy_v4 $1
shift 1
done
}
route_policy_start()
{
clear_all_policies
echo "# This file is generated." >> ${route_policy_file}
echo "# Do not edit." >> ${route_policy_file}
echo "" >> ${route_policy_file}
# TODO: Record the policies one-per-line via a helper loop subroutine?
echo "# (Generated with \`${route_policies}\`, at `date`.)" >> ${route_policy_file}
echo "# (Generated with \`${route_policies_v4}\`, at `date`.)" >> ${route_policy_file}
echo "" >> ${route_policy_file}
echo "" >> ${route_policy_file}
do_all_routes ${route_policies}
do_all_routes_v4 ${route_policies_v4}
echo "" >> ${route_policy_file}
echo -n "# v" >> ${route_policy_file}
echo "im: ft=pf" >> ${route_policy_file}
#pfctl -a "route-policies" -f ${route_policy_file}
#pfctl -f ${pf_rules} # <--- Hack?
/etc/rc.d/pf reload # <---- UGLY hack!!?
}
route_policy_stop()
{
clear_all_policies
}
################ Epilogue
run_rc_command "$1"
# vim: ft=bash
Executable
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#!/bin/sh
#
# $FreeBSD$
#
# PROVIDE: tayga
# REQUIRE: SERVERS
# KEYWORD: shutdown
#
. /etc/rc.subr
name='tayga'
start_cmd='tayga_start'
stop_cmd='tayga_stop'
rcvar='tayga_enable'
load_rc_config 'tayga'
pidfile="/var/run/${name}.pid"
command="/usr/local/sbin/${name}"
# Confirm necessary variables are set
check_vars() {
[ -z "$tayga_ipv4_addr" ] && err 3 "Must set tayga_ipv4_addr to the address that the tayga server lives on"
[ -z "$tayga_ipv4_endpoint" ] && err 3 "Must set tayga_ipv4_endpoint to the address that the tunnel lives on"
[ -z "$tayga_ipv4_net" ] && err 3 "Must set tayga_ipv4_net to the network that the tunnel lives on"
[ -z "$tayga_ipv6_endpoint" ] && err 3 "Must set tayga_ipv6_endpoint to the address that the tunnel lives on"
[ -z "$tayga_ipv6_net" ] && err 3 "Must set tayga_ipv6_net to the network that the tunnel provides"
}
[ -z "$tayga_config" ] && tayga_config="/usr/local/etc/tayga.conf"
command_args="-p ${pidfile} -c ${tayga_config}"
[ -z "$tayga_enable" ] && tayga_enable='YES'
tayga_start() {
check_vars
"$command" $command_args
while ! ifconfig 'nat64'; do sleep 1; done
ifconfig 'nat64' inet "${tayga_ipv4_endpoint}/32" "${tayga_ipv4_addr}"
if [ ! -z "${tayga_group}" ] ; then ifconfig 'nat64' group ${tayga_group} ; fi
ifconfig 'nat64' inet6 "${tayga_ipv6_endpoint}/128"
#echo Add route 4
route -4 add "${tayga_ipv4_net}" -interface 'nat64'
#echo Add route 6 for endpoint from net
#route -6 add "${tayga_ipv6_endpoint}" -iface 'nat64' #-fib 0-7
route -6 add "${tayga_ipv6_net}" "${tayga_ipv6_endpoint}" #-fib 0-7
#echo Add route 6 for endpoint subnet
route -6 add "${tayga_ipv6_endpoint}/64" "${tayga_ipv6_endpoint}" #-fib 0-7
for prefix in ${tayga_v4_prefixes}
do
route add ${prefix} ${tayga_ipv4_addr} -fib 0-${max_fib}
done
}
tayga_stop() {
if [ -n "$rc_pid" ]; then
check_vars
for prefix in tayga_v4_prefixes
do
route del ${prefix} ${tayga_ipv4_addr} -fib 0-${max_fib}
done
echo 'stopping tayga'
kill -2 "${rc_pid}"
route -6 del "${tayga_ipv6_net}" -interface 'nat64'
route -4 del "${tayga_ipv4_net}" -interface 'nat64'
ifconfig 'nat64' destroy
else
echo "${name} is not running."
fi
}
run_rc_command "$1"
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##########################################################################
##
## The rc.router Project
## Copyright (C) 2026 ADAM David Alan Martin
##
## This program is free software: you can redistribute it and/or modify
## it under the terms of the GNU Affero General Public License as
## published by the Free Software Foundation, either version 3 of the
## License, or (at your option) any later version.
##
## This program is distributed in the hope that it will be useful, but
## WITHOUT ANY WARRANTY; without even the implied warranty of
## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
## GNU Affero General Public License for more details.
##
## You should have received a copy of the
## GNU Affero General Public License along with this program. If not,
## see <http://www.gnu.org/licenses/>.
##
##########################################################################
###########################################################
# Print debugging info, if `debug_conf` is set.
_echo()
{
if [ "${debug_conf}" = "YES" ]
then
echo 1>&2 $*
fi
}
###########################################################
# Log warning info.
_warn()
{
if [ -x /usr/bin/logger ]; then
logger "$0: WARNING: $*"
fi
echo 1>&2 "$0: WARNING: $*"
}
###########################################################
# Repeat a command for multiple arguments
#
# - First param is the name of the function or binary to repeat.
# - Remaining arguments are each passed to the function.
#
# Example: __repeat touch Hello World
__repeat()
{
__func=$1;shift 1
while [ "$1" != "" ]
do
${__func} $1
shift 1
done
}
###########################################################
# Create the specified single interface
#
# This adds the interface to the `cloned_interfaces`
# rc.conf variable
__clone_interface()
{
_echo Adding $1 to cloned interfaces
cloned_interfaces="${cloned_interfaces} $1"
_echo "Cloned interfaces are now \"${cloned_interfaces}\""
}
###########################################################
# Create the specified list of interfaces.
clone_interfaces()
{
__repeat __clone_interface $*
}
###########################################################
# Create the specified interface
# (optionally create more interfaces)
clone_interface()
{
clone_interfaces $*
}
__add_wireguard_interface()
{
_echo "Adding $1 to ${wireguard_interfaces}"
wireguard_enable="YES"
wireguard_interfaces="${wireguard_interfaces} $1"
}
add_wireguard_interfaces()
{
__repeat __add_wireguard_interface $*
}
add_wireguard_interface()
{
add_wireguard_interfaces $*
}
add_wireguard_route()
{
add_route_policy $1 $2
add_wireguard_interface wg$2
}
add_wireguard_route_v4()
{
add_route_policy_v4 $1 $2
# Assuming v6 did this, for now...
#add_wireguard_interface wg$2
}
compute_56_net()
{
_echo Running 56 > /dev/fd/2
_echo 'Computing for `'$1'`' > /dev/fd/2
echo $1 | sha1 | cut -c 1-12 | sed -e 's/\([0-9a-f][0-9a-f]\)/\1:/g' | awk -F: '{print "fd"$1":"$2$3":"$4$5":"$6}'
}
compute_48_net()
{
_echo Running 48 > /dev/fd/2
_echo 'Computing for `'$1'`' > /dev/fd/2
echo $1 | sha1 | cut -c 1-10 | sed -e 's/\([0-9a-f][0-9a-f]\)/\1:/g' | awk -F: '{print "fd"$1":"$2$3":"$4$5":}'
}
###########################################################
# Compute the ULA prefix for the specified subnet size
# using the second argument (string) as a seed.
#
# Note: Only `/56` and `/48` ULA prefixes are supported at
# this time.
compute_net() {
_echo 'Computing for `'$2'`' > /dev/fd/2
case $1 in
56)
compute_56_net "$2"
;;
48)
compute_48_net "$2"
;;
esac
}
compute_v4_net()
{
_prefix_name=v4_net_${1}
_prefix=\${${_prefix_name}}
_subnet=$2
echo "${_prefix}.${_subnet}.1/24"
}
compute_v6_net()
{
_subnet=$2
_prefix=$1
echo "${_prefix}${_subnet}::1"
}
_compute_nets()
{
_card=$1
shift 1
_vlan=$1
shift 1
_base=$((${_vlan}%10))
_net=$((${_vlan}/100))
_subnet=${_net}${_base}
_extra_address=""
if [ -z "${1}" ]
then
#echo "Error in configuration: No network class given"
#exit 1
fi
_class=$1
shift 1
_priv="YES"
while true
do
case ${1} in
"no_ula")
_priv="NO"
;;
"no_isp")
_isp=""
;;
isp=*)
_isp=`echo ${1} | sed -e 's/isp=//'`
;;
*)
break
;;
esac
shift 1
done
while [ -n "${1}" ]
do
_extra_address="${_extra_address} $1"
shift 1
done
}
_add_vlan()
{
_card=$1
_vlan=$2
_vlans_var=vlans_${_card}
eval _vlans="\${${_vlans_var}}"
_echo "XXX ${_vlans} XXX"
_echo "QQQ ${_vlans} QQQ" | grep ${_vlan}
_qres=$?
_echo $_qres
echo "${_vlans}" | grep ${_vlan} > /dev/null
_res=$?
_echo $_res
if [ 0 -ne $_res ]
then
_echo vlans_${_card}="\${vlans_${_card}} ${_vlan}"
eval vlans_${_card}=\"\${vlans_${_card}} ${_vlan}\"
else
_echo "Not adding vlan ${_vlan} to card ${_card}"
fi
}
_add_rtadv()
{
_card=$1
_vlan=$2
_subcard="${_card}.${_vlan}"
_echo "XXX ${rtadvd_interfaces} XXX"
_echo "QQQ ${rtadvd_interfaces} QQQ" | grep ${_subcard}
_qres=$?
_echo $_qres
echo "${rtadvd_interfaces}" | grep ${_subcard} > /dev/null
_res=$?
_echo $_res
if [ 0 -ne $_res ]
then
_echo rtadvd_interfaces="${rtadvd_interfaces} ${_subcard}"
rtadvd_interfaces="${rtadvd_interfaces} ${_subcard}"
else
_echo "Not adding subcard ${_subcard} to ipv6 rtadvd list: ${rtadvd_interfaces}"
fi
}
_add_dhcpv6()
{
_iface=${1}
_isp=${2}
if [ -z "${_isp}" ]
then
_isp=${default_isp}
fi
eval dhcpv6_${_isp}_list=\"\${dhcpv6_${_isp}_list} ${_iface}\"
}
add_dhcpv6()
{
_iface=${1}
_sla=${2}
_isp=${3}
if [ -z "${_isp}" ]
then
_isp=${default_isp}
fi
eval dhcpv6_${_isp}_supplement_list=\"\${dhcpv6_${_isp}_supplement_list} ${_iface}/${_sla}\"
}
_emit_dhcpv6_for_iface()
{
_iface=${1}
_sla=${2}
echo " prefix-interface ${_iface}" >> ${_dhcp_file}
echo " {" >> ${_dhcp_file}
echo " sla-id ${_sla};" >> ${_dhcp_file}
echo " sla-len $((64 - ${_prefix_len}));" >> ${_dhcp_file}
echo " };" >> ${_dhcp_file}
echo "" >> ${_dhcp_file}
}
_emit_dhcpv6_for_isp()
{
_isp=${1}
eval _interface=\"\${dhcp_interface_${_isp}}\"
_n=${2}
eval _prefix_len=\"\${dhcp_prefix_${_isp}}\"
mkdir -p ${router_conf_dir}/gen
_dhcp_file=${router_conf_dir}/gen/dhcp6c.${_isp}.conf
eval _isp_list=\${dhcpv6_${_isp}_list}
eval _isp_supplement_list=\${dhcpv6_${_isp}_supplement_list}
_echo "Building DHCP info for ${_isp} (interfaces: ${_isp_list})"
echo "" > ${_dhcp_file}
echo "id-assoc pd $_n" >> ${_dhcp_file}
echo "{" >> ${_dhcp_file}
echo " prefix ::/${_prefix_len} infinity;" >> ${_dhcp_file}
for _iface_desc in ${_isp_supplement_list}
do
_iface=`echo ${_iface_desc} | sed -e 's;/.*$;;'`
_sla=`echo ${_iface_desc} | sed -e 's;^.*/;;'`
_emit_dhcpv6_for_iface ${_iface} ${_sla}
done
for _iface in ${_isp_list}
do
_vlan=`echo ${_iface} | sed -e 's/^.*\.//'`
_num=`echo ${_vlan} | sed -e 's/\([0-9]\)0\([0-9]\)/\1\2/'`
_vlan_sla=`printf "%d" 0x${_num}`
_emit_dhcpv6_for_iface ${_iface} ${_vlan_sla}
done
echo "};" >> ${_dhcp_file}
echo "" >> ${_dhcp_file}
echo "interface ${_interface} {" >> ${_dhcp_file}
echo " send ia-pd ${_n};" >> ${_dhcp_file}
echo "};" >> ${_dhcp_file}
}
_emit_dhcpv6()
{
_n=0
for _isp in ${dhcp_isps}
do
_emit_dhcpv6_for_isp $_isp ${_n}
_n=$((${_n}+1))
done
}
add_v4_net()
{
_compute_nets $*
_add_vlan $_card $_vlan
_class_group=""
if [ ! -z "${_class}" ]
then
_class_group="group ${_class}"
fi
eval ifconfig_${_card}_${_vlan}=\"$(compute_v4_net $_card $_subnet) group internal ${_class_group}\"
eval dhcpd_ifaces=\"${dhcpd_ifaces} ${_card}.${_vlan}\"
}
_add_v6_prefixes()
{
_next_alias=$1
shift 1
while [ -n "${1}" ]
do
eval ifconfig_${_card}_${_vlan}_alias${_next_alias}=\"inet6 $1/64\"
shift 1
_next_alias=`expr $_next_alias + 1`
done
}
###########################################################
# Create a VLAN on the specified network interface with
# the specififed VLAN-ID, interface group, and optional
# address parameters.
#
# @1 - The underlying network interface to use.
# @2 - The VLAN-ID of the VLAN to create.
# @3 - The network interface group to put this new
# VLAN into. (Uses: `ifconfig @dev group @3`)
# @* - Additional networks to join (or adjustments
# to make).
# - `no_ula` Make this VLAN not use a ULA.
# - `no_isp` Make this VLAN not use any ISP prefixes
# (from DHCPv6)
# - `isp:${isp}` Put this VLAN under the specified ISP
# - `2001:db8:42::` Make this VLAN have `2001:db8:42::/64`
# as a prefix.
#
add_v6_net()
{
_isp=${default_isp}
_compute_nets $*
_add_vlan $_card $_vlan
_add_rtadv $_card $_vlan
_class_group=""
if [ ! -z "${_class}" ]
then
_class_group="group ${_class}"
fi
eval ifconfig_${_card}_${_vlan}_ipv6=\"inet6 fe80::1/64 group internal ${_class_group}\"
_next_alias=0
if [ "${_priv}" = "YES" ]
then
eval ifconfig_${_card}_${_vlan}_alias${_next_alias}=\"inet6 $(compute_v6_net ${secret_ip6_net} ${_subnet})/64\"
_next_alias=1 # UGLY HACK!!! Does BASH increment work in BSD's sh?
fi
if [ -n "${_isp}" ]
then
_add_dhcpv6 $_card.$_vlan ${_isp}
fi
_add_v6_prefixes ${_next_alias} ${_extra_address}
}
add_net()
{
add_v4_net $*
add_v6_net $*
}
option_selected()
{
eval _value=\$${1}
_echo "option_selected: $1 is set to $_value."
case $_value in
# "yes", "true", "on", or "1"
[Yy][Ee][Ss]|[Tt][Rr][Uu][Ee]|[Oo][Nn]|1)
echo "YES"
;;
# "no", "false", "off", or "0"
[Nn][Oo]|[Ff][Aa][Ll][Ss][Ee]|[Oo][Ff][Ff]|0)
echo "NO"
;;
*)
_warn "\$${1} is not set properly - see rc.conf(5)."
echo "FAILED"
;;
esac
}
build_zoneinfo_for_host()
{
_ISP_PREFIX=${1};shift 1
_MAIN_SUBNET=${1};shift 1
_host=$( echo ${1} | sed -e 's/=.*$//' )
# Not really the MAC, but maybe that's the right way?
# For now it's host=SUFFIX
_MAC=$( echo ${1} | sed -e 's/^.*=//' )
#echo "Host: ${_host} --- MAC: ${_MAC}"
echo "${_host}" IN AAAA ${_ISP_PREFIX}${_MAIN_SUBNET}:${_MAC}
}
build_zoneinfo()
{
_prefix=${1} ; shift 1
_subnet=${1} ; shift 1
echo '$TTL 1h30m'
echo '@ IN SOA '"${localnet_zoneinfo_master_nameserver}"'. '"${localnet_zoneinfo_email}"'. ('
date +'%s'
echo 7200
echo 1200
echo 7200
echo 5400
echo ')'
echo '$ORIGIN '"${localnet_zoneinfo_domain}"'.'
for nameserver in ${localnet_zoneinfo_nameservers}
do
echo '@ IN NS '"${nameserver}"'.'
done
for _hostline in $(cat ${1})
do
#echo ${_prefix} ${_subnet} ${_hostline}
case "${_hostline}" in
"#"*)
continue
;;
esac
build_zoneinfo_for_host ${_prefix} ${_subnet} ${_hostline}
done
}
# Now we compute a prefix from the hash of the network name.
# This lets us be deterministic, yet still know what our
# net name is.
#
#compute_net 56 "${ip6_net_name}"
secret_ip6_net=$(compute_net ${ip6_net_size} "${ip6_net_name}")
. ${router_conf_dir}/pf-framework.subr
# vim: ft=bash