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config.yml.example
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config.yml.example
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# CoreDHCP configuration (yaml)
# In this file, lines starting with "## " represent default values,
# while uncommented lines are examples which have no default value
# The base level configuration has two sections, one for each protocol version
# (DHCPv4 and DHCPv6). There is no shared configuration at the moment.
# At a high level, both accept the same structure of configuration
# DHCPv6 configuration
# server6:
# listen is an optional section to specify how the server binds to an
# interface or address.
# If unset, the server will join the link-layer multicast group for all
# dhcp servers and relays on each interface, as well as the site-scoped
# multicast group for all dhcp servers.
# Note that in this default configuration the server will not handle
# unicast datagrams, and is equivalent to:
## listen:
## - "[ff02::1:2]"
## - "[ff05::1:3]"
# In general, listen takes a list of addresses, with the general syntax
# "[address%interface]:port", where each part is optional.
# Omitting the address results in the wildcard address being used
# Omitting the interface skips binding the listener to a specific interface
# and listens on all interfaces instead
# Omitting the port uses the default port for DHCPv6 (547)
#
# For example:
# - "[::]"
# Listen on the wildcard address on all interfaces on the default port.
# Note that no multicast group will be joined, so this will *not* work with
# most clients
#
# - ":44480"
# Listens on the wildcard address on a specific port. This can be used if
# you have a relay setup that can contact this server using unicast
#
# - "[::%eno1]"
# Listens on the wildcard address on one interface. This can be used if you
# want to spawn multiple servers with different configurations for multiple
# interfaces, behind a relay that can use unicast
#
# There are some special considerations for multicast:
# - "[ff02::1:2%eno1]"
# Listens on a link-layer multicast address bound to an interface. Also
# used to spawn multiple servers, but for clients on the same subnet
#
# - "[ff05::1:3%eno1]"
# Joining a multicast group with an interface allows to skip the default
# routing table when responding to clients, which can be useful if
# multicast is not otherwise configured system-wide
#
# - "[ff02::1:2]"
# Using a multicast address without an interface will be auto-expanded, so
# that it listens on all available interfaces
# plugins is a mandatory section, which defines how requests are handled.
# It is a list of maps, matching plugin names to their arguments.
# The order is meaningful, as incoming requests are handled by each plugin
# in turn. There is no default value for a plugin configuration, and a
# plugin that is not mentioned will not be loaded at all
#
# The following contains examples of the most common, builtin plugins.
# External plugins should document their arguments in their own
# documentations or readmes
# plugins:
# server_id is mandatory for RFC-compliant operation.
# - server_id: <DUID format> <LL address>
# The supported DUID formats are LL and LLT
# - server_id: LL 00:de:ad:be:ef:00
# file serves leases defined in a static file, matching link-layer addresses to IPs
# - file: <file name> [autorefresh]
# The file format is one lease per line, "<hw address> <IPv6>"
# When the 'autorefresh' argument is given, the plugin will try to refresh
# the lease mapping during runtime whenever the lease file is updated.
# - file: "leases.txt"
# dns adds information about available DNS resolvers to the responses
# - dns: <resolver IP> <... resolver IPs>
# - dns: 2001:4860:4860::8888 2001:4860:4860::8844
# nbp can add information about the location of a network boot program
# - nbp: <NBP URL>
# - nbp: "http://[2001:db8:a::1]/nbp"
# prefix provides prefix delegation.
# - prefix: <prefix> <allocation size>
# prefix is the prefix pool from which the allocations will be carved
# allocation size is the maximum size for prefixes that will be allocated to clients
# EG for allocating /64 or smaller prefixes within 2001:db8::/48 :
# - prefix: 2001:db8::/48 64
# DHCPv4 configuration
server4:
# listen is an optional section to specify how the server binds to an
# interface or address.
# If unset, the server will listen on the broadcast address on all
# interfaces, equivalent to:
## listen:
## - "0.0.0.0"
listen:
- "%ens19"
# In general, listen takes a list of addresses, with the general syntax
# "address%interface:port", where each part is optional.
# * Omitting the address results in the wildcard address being used
# * Omitting the interface skips binding the listener to a specific interface
# and listens on all interfaces instead
# * Omitting the port uses the default port for DHCPv4 (67)
#
# For example:
# - ":44480" Listens on a specific port.
# - "%eno1" Listens on the wildcard address on one interface.
# - "192.0.2.1%eno1:44480" with all parts
# plugins is a mandatory section, which defines how requests are handled.
# It is a list of maps, matching plugin names to their arguments.
# The order is meaningful, as incoming requests are handled by each plugin
# in turn. There is no default value for a plugin configuration, and a
# plugin that is not mentioned will not be loaded at all
#
# The following contains examples of the most common, builtin plugins.
# External plugins should document their arguments in their own
# documentations or readmes
plugins:
# lease_time sets the default lease time for advertised leases
# - lease_time: <duration>
# The duration can be given in any format understood by go's
# "ParseDuration": https://golang.org/pkg/time/#ParseDuration
- lease_time: 30m
# server_id advertises a DHCP Server Identifier, to help resolve
# situations where there are multiple DHCP servers on the network
# - server_id: <IP address>
# The IP address should be one address where this server is reachable
- server_id: 10.0.0.2
# dns advertises DNS resolvers usable by the clients on this network
# - dns: <IP address> <...IP addresses>
- dns: 8.8.8.8 8.8.4.4
# router is mandatory, and advertises the address of the default router
# for this network
# - router: <IP address>
- router: 10.0.0.1
# netmask advertises the network mask for the IPs assigned through this
# server
# - netmask: <network mask>
- netmask: 255.255.0.0
# range allocates leases within a range of IPs
# - range: <lease file> <start IP> <end IP> <lease duration>
# * the lease file is an initially empty file where the leases that are
# allocated to clients will be stored across server restarts
# * lease duration can be given in any format understood by go's
# "ParseDuration": https://golang.org/pkg/time/#ParseDuration
# - range: leases.txt 10.0.0.3 10.0.255.254 30m
# staticroute advertises additional routes the client should install in
# its routing table as described in RFC3442
# - staticroute: <destination>,<gateway> [<destination>,<gateway> ...]
# where destination should be in CIDR notation and gateway should be
# the IP address of the router through which the destination is reachable
# - staticroute: 10.20.20.0/24,10.10.10.1
# range-redis allocates leases within a range of IPs, however, use redis
# for lease storage.
# - range-redis: <uri> <start IP> <end IP> <lease duration>
# * the uri is in format redis://<user>:<pass>@localhost:6379/<db>
# * lease duration can be given in any format understood by go's
# "ParseDuration": https://golang.org/pkg/time/#ParseDuration
- range-redis: redis://192.168.120.1:6379/0 10.0.0.3 10.0.255.254 30m