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DHCPCD.CONF(5)		    BSD	File Formats Manual		DHCPCD.CONF(5)

NAME
     dhcpcd.conf -- dhcpcd configuration file

DESCRIPTION
     Although dhcpcd can do everything from the	command	line, there are	cases
     where it's	just easier to do it once in a configuration file.  Most of
     the options found in dhcpcd(8) can	be used	here.  The first word on the
     line is the option	and the	rest of	the line is the	value.	Leading	and
     trailing whitespace for the option	and value are trimmed.	You can	escape
     characters	in the value using the \ character.  Comments can be prefixed
     with the #	character.  String values should be quoted with	the " charac-
     ter.

     Here's a list of available	options:

     allowinterfaces pattern
	     When discovering interfaces, the interface	name must match
	     pattern which is a	space or comma separated list of patterns
	     passed to fnmatch(3).  If the same	interface is matched in
	     denyinterfaces then it is still denied.

     denyinterfaces pattern
	     When discovering interfaces, the interface	name must not match
	     pattern which is a	space or comma separated list of patterns
	     passed to fnmatch(3).

     arping address [address]
	     dhcpcd will arping	each address in	order before attempting	DHCP.
	     If	an address is found, we	will select the	replying hardware ad-
	     dress as the profile, otherwise the ip address.  Example:

		   interface bge0
		   arping 192.168.0.1

		   # My	specific 192.168.0.1 network
		   profile dd:ee:aa:dd:bb:ee
		   static ip_address=192.168.0.10/24

		   # A generic 192.168.0.1 network
		   profile 192.168.0.1
		   static ip_address=192.168.0.98/24

     authprotocol protocol algorithm rdm
	     Authenticate DHCP messages.  See the Supported Authentication
	     Protocols section.

     authtoken secretid	realm expire key
	     Define a shared key for use in authentication.  realm can be  to
	     for use with the delayed prptocol.	 expire	is the date the	token
	     expires and should	be formatted "yyy-mm-dd	HH:MM".	 You can use
	     the keyword forever or 0 which means the token never expires.
	     For the token protocol, secretid needs to be 0 and	realm needs to
	     be	"".  If	dhcpcd has the error
		   dhcp_auth_encode: Invalid argument
	     then it means that	dhcpcd could not find the correct authentica-
	     tion token	in your	configuration.

     background
	     Background	immediately.  This is useful for startup scripts which
	     don't disable link	messages for carrier status.

     blacklist address[/cidr]
	     Ignores all packets from address[/cidr].

     whitelist address[/cidr]
	     Only accept packets from address[/cidr].  blacklist is ignored if
	     whitelist is set.

     bootp   Be	a BOOTP	client.	 Basically, this just doesn't send a DHCP Mes-
	     sage Type option and will only interact with a BOOTP server.  All
	     other DHCP	options	still work.

     broadcast
	     Instructs the DHCP	server to broadcast replies back to the
	     client.  Normally this is only set	for non	Ethernet interfaces,
	     such as FireWire and InfiniBand.  In most cases, dhcpcd will set
	     this automatically.

     controlgroup group
	     Sets the group ownership of /var/run/dhcpcd.sock so that users
	     other than	root can connect to dhcpcd.

     debug   Echo debug	messages to the	stderr and syslog.

     dev value
	     Load the value /dev management module.  dhcpcd will load the
	     first one found to	work, if any.

     env value
	     Push value	to the environment for use in dhcpcd-run-hooks(8).
	     For example, you can force	the hostname hook to always set	the
	     hostname with env force_hostname=YES.  Or set which driver
	     wpa_supplicant(8) should use with env
	     wpa_supplicant_driver=nl80211

	     If	the hostname is	set, will be will set to the FQDN if possible
	     as	per RFC	4702 section 3.1.  If the FQDN option is missing,
	     dhcpcd will still try and set a FQDN from the hostname and	domain
	     options for consistency.  To override this, set env
	     hostname_fqdn=[YES|NO|SERVER].  A value of	server means just what
	     the server	says, don't manipulate it.  This could lead to an in-
	     consistent	hostname on a DHCPv4 and DHCPv6	network	where the
	     DHCPv4 hostname is	short and the DHCPv6 has an FQDN.  DHCPv6 has
	     no	hostname option.

     clientid string
	     Send the clientid.	 If the	string is of the format	01:02:03 then
	     it	is encoded as hex.  For	interfaces whose hardware address is
	     longer than 8 bytes, or if	the clientid is	an empty string	then
	     dhcpcd sends a default clientid of	the hardware family and	the
	     hardware address.

     duid    Generate an RFC 4361.  compliant DHCP Unique Identifier.  If per-
	     sistent storage is	available then a DUID-LLT (link	local address
	     + time) is	generated, otherwise DUID-LL is	generated (link	local
	     address).	This, plus the IAID will be used as the	clientid.  The
	     DUID-LLT generated	will be	held in	/usr/local/etc/dhcpcd.duid and
	     should not	be copied to other hosts.

     iaid iaid
	     Set the Interface Association Identifier to iaid.	This option
	     must be used in an	interface block.  This defaults	to the last 4
	     bytes of the hardware address assigned to the interface.  Each
	     instance of this should be	unique within the scope	of the client
	     and dhcpcd	warns if a conflict is detected.  If there is a	con-
	     flict, it is only a problem if the	conflicted IAIDs are used on
	     the same network.

     dhcp    Enable DHCP on the	interface, on by default.

     dhcp6   Enable DHCPv6 on the interface, on	by default.

     ipv4    Enable IPv4 on the	interface, on by default.

     ipv6    Enable IPv6 on the	interface, on by default.

     request [address]
	     Request the address in the	DHCP DISCOVER message.	There is no
	     guarantee this is the address the DHCP server will	actually give.
	     If	no address is given then the first address currently assigned
	     to	the interface is used.

     inform [address[/cidr]]
	     Behaves like request as above, but	sends a	DHCP INFORM instead of
	     DISCOVER/REQUEST.	This does not get a lease as such, just	noti-
	     fies the DHCP server of the address in use.  You should also in-
	     clude the optional	cidr network number in case the	address	is not
	     already configured	on the interface.  dhcpcd remains running and
	     pretends it has an	infinite lease.	 dhcpcd	will not de-configure
	     the interface when	it exits.  If dhcpcd fails to contact a	DHCP
	     server then it returns a failure instead of falling back on
	     IPv4LL.

     inform6
	     Performs a	DHCPv6 Information Request.  No	address	is requested
	     or	specified, but all other DHCPv6	options	are allowed.  This is
	     normally performed	automatically when the IPv6 Router Advertises
	     that the client should perform this operation.  This option is
	     only needed when dhcpcd is	not processing IPv6RA messages and the
	     need for DHCPv6 Information Request exists.

     persistent
	     dhcpcd normally de-configures the interface and configuration
	     when it exits.  Sometimes,	this isn't desirable if, for example,
	     you have root mounted over	NFS or SSH clients connect to this
	     host and they need	to be notified of the host shutting down.  You
	     can use this option to stop this from happening.

     fallback profile
	     Fallback to using this profile if DHCP fails.  This allows	you to
	     configure a static	profile	instead	of using ZeroConf.

     hostname name
	     Sends hostname to the DHCP	server so it can be registered in DNS.
	     If	hostname is an empty string then the current system hostname
	     is	sent.  If hostname is a	FQDN (ie, contains a .)	then it	will
	     be	encoded	as such.

     hostname_short
	     Sends the short hostname to the DHCP server instead of the	FQDN.
	     This is useful because DHCP servers will not register the FQDN in
	     their DNS if the domain part does not match theirs.

	     Also, see the env option above to control how the hostname	is set
	     on	the host.

     ia_na [iaid [/ address]]
	     Request a DHCPv6 Normal Address for iaid.	iaid defaults to the
	     iaid option as described above.  You can request more than	one
	     ia_na by specifying a unique iaid for each	one.

     ia_ta [iaid]
	     Request a DHCPv6 Temporary	Address	for iaid.  You can request
	     more than one ia_ta by specifying a unique	iaid for each one.

     ia_pd [iaid [/ prefix / prefix_len] [interface [/ sla_id [/ prefix_len [/
	     suffix]]]]]
	     Request a DHCPv6 Delegated	Prefix for iaid.  This option must be
	     used in an	interface block.  Unless a sla_id of 0 is assigned
	     with the same resultant prefix length as the delegation, a	reject
	     route is installed	for the	Delegated Prefix to stop unallocated
	     addresses being resolved upstream.	 If no interface is given then
	     we	will assign a prefix to	every other interface with a sla_id
	     equivalent	to the interface index assigned	by the OS.  Otherwise
	     addresses are only	assigned for each interface and	sla_id.	 Each
	     assigned address will have	a suffix, defaulting to	1.  If the
	     suffix is 0 then a	slaac address is assigned.  You	cannot assign
	     a prefix to the requesting	interface unless the DHCPv6 server
	     supports RFC6603 Prefix Exclude Option.  dhcpcd has to be running
	     for all the interfaces it is delegating to.  A default prefix_len
	     of	64 is assumed, unless the maximum sla_id does not fit.	In
	     this case prefix_len is increased to the highest multiple of 8
	     that can accommodate the sla_id.  sla_id is an integer which must
	     be	unique inside the iaid and is added to the prefix which	must
	     fit inside	prefix_len less	the length of the delegated prefix.
	     You can specify multiple interface	/ sla_id / prefix_len per
	     ia_pd, space separated.  IPv6RS should be disabled	globally when
	     requesting	a Prefix Delegation.

	     In	the following example eth0 is the externally facing interface
	     to	be configured for both IPv4 and	IPv6.  The DHCPv4 server will
	     provide us	with an	IPv4 address and a default route.  The DHCPv6
	     server is going to	provide	us with	an IPv6	address, a default
	     route and a /64 subnet to be delegated to the internal interface.
	     The eth1 interface	will be	automatically configured for IPv6 us-
	     ing the first address (::1) from the delegated prefix.  A second
	     prefix is requested and assigned to two other interfaces.
	     rtadvd(8) can be used with	an empty configuration file on eth1,
	     eth2 and eth3, to provide automatic IPv6 address configuration
	     for the internal network.

	     noipv6rs		      #	disable	routing	solicitation
	     denyinterfaces eth2      #	Don't touch eth2 at all
	     interface eth0
	       ipv6rs		      #	enable routing solicitation get	the
				      #	default	IPv6 route
	       ia_na 1		      #	request	an IPv6	address
	       ia_pd 2 eth1/0	      #	request	a PD and assign	it to eth1
	       ia_pd 3 eth2/1 eth3/2  #	req a PD and assign it to eth2 and eth3

     ipv4only
	     Only configure IPv4.

     ipv6only
	     Only confgiure IPv6.

     fqdn [disable | ptr | both]
	     ptr just asks the DHCP server to update the PTR record of the
	     host in DNS whereas both also updates the A record.  disable will
	     disable the FQDN option.  The default is both.  dhcpcd itself
	     never does	any DNS	updates.  dhcpcd encodes the FQDN hostname as
	     specified in RFC1035.

     interface interface
	     Subsequent	options	are only parsed	for this interface.

     ipv6ra_autoconf
	     Generate SLAAC addresses for each Prefix advertised by a Router
	     Advertisement message with	the Auto flag set.  On by default.

     ipv6ra_noautoconf
	     Disables the above	option.

     ipv6ra_fork
	     By	default, when dhcpcd receives an IPv6 RA, dhcpcd will only
	     fork to the background if the RA contains at least	one unexpired
	     RDNSS option and a	valid prefix or	no DHCPv6 instruction.	Set
	     this option so to make dhcpcd always fork on an RA.

     ipv6ra_own
	     Disables kernel IPv6 Router Advertisment processing so dhcpcd can
	     manage addresses and routes.

     ipv6ra_own_default
	     Each time dhcpcd receives an IPv6 Router Adveristment, dhcpcd
	     will manage the default route only.  This allows dhcpcd to	prefer
	     an	interface for outbound traffic based on	metric and/or user se-
	     lection rather than the kernel.

     ipv6rs  Enables IPv6 Router Advertisment solicitation.  This is on	by de-
	     fault, but	is documented here in the case where it	is disabled
	     globally but needs	to be enabled for one interface.

     leasetime seconds
	     Request a leasetime of seconds.

     logfile logfile
	     Writes to the specified logfile rather than syslog(3).  The
	     logfile is	truncated when opened and is reopened when dhcpcd re-
	     ceives the	SIGUSR2	signal.

     metric metric
	     Metrics are used to prefer	an interface over another one, lowest
	     wins.  dhcpcd will	supply a default metric	of 200 +
	     if_nametoindex(3).	 An extra 100 will be added for	wireless in-
	     terfaces.

     noalias
	     Any pre-existing IPv4 addresses existing address will be removed
	     from the interface	when adding a new IPv4 address.

     noarp   Don't send	any ARP	requests.  This	also disables IPv4LL.

     noauthrequired
	     Don't require authentication even though we requested it.	Also
	     allows FORCERENEW and RECONFIGURE messages	without	authentica-
	     tion.

     nodelay
	     Don't delay for an	initial	randomised time	when starting proto-
	     cols.

     nodev   Don't load	/dev management	modules.

     nodhcp  Don't start DHCP or listen	to DHCP	messages.  This	is only	useful
	     when allowing IPv4LL.

     nodhcp6
	     Don't start DHCPv6	or listen to DHCPv6 messages.  Normally	DHCPv6
	     is	started	by a RA	instruction or configuration.

     nogateway
	     Don't install any default routes.

     gateway
	     Install a default route if	available (default).

     nohook script
	     Don't run this hook script.  Matches full name, or	prefixed with
	     2 numbers optionally ending with .sh.

	     So	to stop	dhcpcd from touching your DNS settings or starting
	     wpa_supplicant you	would do:-
		   nohook resolv.conf, wpa_supplicant

     noipv4  Don't attempt to configure	an IPv4	address.

     noipv4ll
	     Don't attempt to obtain an	IPv4LL address if we failed to get one
	     via DHCP.	See RFC	3927.

     noipv6  Don't attmept to configure	an IPv6	address.

     noipv6rs
	     Disable solicitation and receipt of IPv6 Router Advertisements.

     nolink  Don't receive link	messages about carrier status.	You should
	     only set this for buggy interface drivers.

     noup    Don't bring the interface up when in master mode.	If dhcpcd.conf
	     cannot determine the carrier state, dhcpcd.conf will enter	a
	     tight polling loop	until the interface is marked up and running
	     or	a valid	carrier	state is reported.

     option option
	     Requests the option from the server.  It can be a variable	to be
	     used in dhcpcd-run-hooks(8) or the	numerical value.  You can
	     specify more options separated by commas, spaces or more option
	     lines.  option Prepend dhcp6_ to option to	request	a DHCPv6 op-
	     tion.  If no DHCPv6 options are configured, then DHCPv4 options
	     are mapped	to equivalent DHCPv6 options.

	     Prepend nd_ to option to handle ND	options, but this only works
	     for the nooption, reject and require options.

     nooption option
	     Remove the	option from the	message	before it's processed.

     require option
	     Requires the option to be present in all messages,	otherwise the
	     message is	ignored.  To enforce that dhcpcd only responds to DHCP
	     servers and not BOOTP servers, you	can require dhcp_message_type.
	     This isn't	an exact science though	because	a BOOTP	server can
	     send DHCP like options.

     reject option
	     Reject a message that contains the	option.	 This is useful	when
	     you cannot	use require to select /	de-select BOOTP	messages.

     destination option
	     If	dhcpcd.conf detects an address added to	a point	to point in-
	     terface (PPP, TUN,	etc) then it will set the listed DHCP options
	     to	the destination	address	of the interface.

     profile name
	     Subsequent	options	are only parsed	for this profile name.

     quiet   Suppress any dhcpcd output	to the console,	except for errors.

     reboot seconds
	     Allow reboot seconds before moving	to the DISCOVER	phase if we
	     have an old lease to use and moving from DISCOVER to IPv4LL if no
	     reply.  The default is 5 seconds.	A setting of 0 seconds causes
	     dhcpcd to skip the	REBOOT phase and go straight into DISCOVER.
	     This is desirable for mobile users	because	if you change from
	     network A to network B and	they use the same subnet and the ad-
	     dress from	network	A isn't	in use on network B, then the DHCP
	     server will remain	silent even if authorative which means dhcpcd
	     will timeout before moving	back to	the DISCOVER phase.

     release
	     dhcpcd will release the lease prior to stopping the interface.

     script script
	     Use script	instead	of the default
	     /usr/local/libexec/dhcpcd-run-hooks.

     ssid ssid
	     Subsequent	options	are only parsed	for this wireless ssid.

     slaac [hwaddr | private]
	     Selects the interface identifier used for SLAAC generated IPv6
	     addresses.	 If private is used, a RFC7217 address is generated.

     static value
	     Configures	a static value.	 If you	set ip_address then dhcpcd
	     will not attempt to obtain	a lease	and just use the value for the
	     address with an infinite lease time.  If you set ip6_address,
	     dhcpcd will continue auto-configuation as normal.

	     Here is an	example	which configures two static addresss, an IPv4
	     router, DNS and disables IPv6 auto-configuration.	You could also
	     use the inform6 command here if you wished	to obtain more infor-
	     mation via	DHCPv6.	 For IPv4, you should use the inform ipaddress
	     option instead of setting a static	address.
		   interface eth0
		   noipv6rs
		   static ip_address=192.168.0.10/24
		   static ip6_address=fd51:42f8:caae:d92e::ff/64
		   static routers=192.168.0.1
		   static domain_name_servers=192.168.0.1
		   fd51:42f8:caae:d92e::1

	     Here is an	example	for PPP	which gives the	destination a default
	     route.  It	uses the special destination keyword to	insert the
	     destination address into the value.
		   interface ppp0
		   static ip_address=
		   destination routers

     timeout seconds
	     Timeout after seconds, instead of the default 30.	A setting of 0
	     seconds causes dhcpcd to wait forever to get a lease.  If dhcpcd
	     is	working	on a single interface then dhcpcd will exit when a
	     timeout occurs, otherwise dhcpcd will fork	into the background.
	     If	using IPv4LL then dhcpcd start the IPv4LL process after	the
	     timeout and then wait a little longer before really timing	out.

     userclass string
	     Tag the DHCPv4 messages with the userclass.  You can specify more
	     than one.

     vendor code,value
	     Add an encapsulated vendor	option.	 code should be	between	1 and
	     254 inclusive.  To	add a raw vendor string, omit code but keep
	     the comma.	 Examples.

	     Set the vendor option 01 with an IP address.
		   vendor 01,192.168.0.2
	     Set the vendor option 02 with a hex code.
		   vendor 02,01:02:03:04:05
	     Set the vendor option 03 with an IP address as a string.
		   vendor 03,\"192.168.0.2\"
	     Set un-encapsulated vendor	option to hello	world.
		   vendor ,"hello world"

     vendorclassid string
	     Set the DHCP Vendor Class.	 DHCPv6	has it's own option as shown
	     below.  The default is dhcpcd-<version>:<os>:<machine>:<plat-
	     form>.  For example
		   dhcpcd-5.5.6:NetBSD-6.99.5:i386:i386
	     If	not set	then none is sent.  Some badly configured DHCP servers
	     reject unknown vendorclassids.  To	work around it,	try and	imper-
	     sonate Windows by using the MSFT vendorclassid.

     vendclass en data
	     Add the DHCPv6 Vendor Indetifying Vendor Class with the IANA as-
	     signed Enterprise Number en with the data.	 This option can be
	     set more than once	to add more data, but the behaviour, as	per
	     RFC(3925) is undefined if the Enterprise Number differs.

     waitip [4 | 6]
	     Wait for an address to be assigned	before forking to the back-
	     ground.  4	means wait for an IPv4 address to be assigned.	6
	     means wait	for an IPv6 address to be assigned.  If	no argument is
	     given, dhcpcd.conf	will wait for any address protocol to be as-
	     signed.  It is possible to	wait for more than one address proto-
	     col and dhcpcd.conf will only fork	to the background when all
	     waiting conditions	are satisfied.

     xidhwaddr
	     Use the last four bytes of	the hardware address as	the DHCP xid
	     instead of	a randomly generated number.

   Defining new	options
     DHCP, ND and DHCPv6 allow for the use of custom options.  Each option
     needs to be started with the define, infinityor define6 directive.	 This
     can optionally be followed	by both	embed or encap options.	 Both can be
     specified more than once and embed	must come before encap.

     define code type variable
	     Defines the DHCP option code of type with a name of variable ex-
	     ported to dhcpcd-run-hooks(8).

     definend code type	variable
	     Defines the ND option code	of type	with a name of variable	ex-
	     ported to dhcpcd-run-hooks(8), with a prefix of _nd.

     define6 code type variable
	     Defines the DHCPv6	option code of type with a name	of variable
	     exported to dhcpcd-run-hooks(8), with a prefix of _dhcp6.

     vendopt code type variable
	     Defines the Vendor-Identifying Vendor Options.  The code is the
	     IANA Enterprise Number which will unqiuely	describe the encapsu-
	     lated options.  type is normally encap.  variable names the Ven-
	     dor option	to be exported.

     embed type	variable
	     Defines an	embedded variable within the defined option.  The
	     length is determined by the type.	If the variable	is not the
	     same as defined in	the parent option, it is prefixed with the
	     parent variable first with	an underscore.	If the variable	has
	     the name of reserved then it is not processed.

     encap code	type variable
	     Defines an	encapsulated variable within the defined option.  The
	     length is determined by the type.	If the variable	is not the
	     same as defined in	the parent option, it is prefixed with the
	     parent variable first with	an underscore.

   Type	prefix
     These keywords come before	the type itself, to describe it	more fully.
     You can use more than one,	but they must appear in	the order listed be-
     low.

     request  Requests the option by default without having to be specified in
	      user configuration

     norequest
	      This option cannot be requested, regardless of user configura-
	      tion

     optional
	      This option is optional.	Only makes sense for embedded options
	      where like the client FQDN option	where the FQDN string itself
	      is optional.

     index    The option can appear more than once and will be indexed.

     array    The option data is split into a space separated array, each ele-
	      ment being the same type.

   Types to define
     The type directly affects the length of data consumed inside the option.
     Any remaining data	is normally discarded.	Lengths	can be specified for
     string and	binhex types, but this is generally with other data embedded
     afterwards	in the same option.

     ipaddress
	     An	IPv4 address, 4	bytes.

     ip6address
	     An	IPv6 address, 16 bytes.

     string [: length]
	     A NVT ASCII string	of printable characters.

     byte    A byte.

     bitflags: flags
	     A byte represented	as a string of flags, most significant bit
	     first.  For example, using	ABCDEFGH then A	would equal 10000000,
	     B 01000000, C 00100000, etc.  If the bit is not set, the flag is
	     not printed.  A flag of 0 is not printed even if the bit posti-
	     tion is set.  This	is to allow reservation	of the first bits
	     while assinging the last bits.

     int16   A signed 16bit integer, 2 bytes.

     uint16  An	unsigned 16bit integer,	2 bytes.

     int32   A signed 32bit integer, 4 bytes.

     uint32  An	unsigned 32bit integer,	4 bytes.

     flag    A fixed value (1) to indicate that	the option is present, 0
	     bytes.

     domain  A RFC 3397	encoded	string.

     dname   A RFC 1035	validated string.

     binhex [: length]
	     Binary data expressed as hexadecimal.

     embed   Contains embedded options (implies	encap as well).

     encap   Contains encapsulated options (implies embed as well).

     option  References	an option from the global definition.

   Example definition
	   # DHCP option 81, Fully Qualified Domain Name, RFC4702
	   define 81 embed fqdn
	   embed byte flags
	   embed byte rcode1
	   embed byte rcode2
	   embed domain	fqdn

	   # DHCP option 125, Vendor Specific Information Option, RFC3925
	   define 125 encap vsio
	   embed uint32	enterprise_number
	   # Options defined for the enterprise	number
	   encap 1 ipaddress ipaddress

   Supported Authentication Protocols
     token    Sends and	expects	the token with the secretid 0 and realm	of ""
	      in each message.

     delayedrealm
	      Delayed Authentication.  dhcpcd will send	an authentication op-
	      tion with	no key or MAC.	The server will	see this option, and
	      select a key for dhcpcd.conf, writing the	realm and secretid in
	      it.  dhcpcd will then look for a non-expired token with a	match-
	      ing realm	and secretid.  This token is used to authenicate all
	      other messages.

     delayed  Same as above, but without a realm.

   Supported Authentication Algorithms
     If	none specified,	hmac-md5 is the	default.

     hmac-md5

   Supported Replay Detection Mechanisms
     If	none specified,	monotonic is the default.  If this is changed from
     what was previously used, or the means of calculating or storing it is
     broken then the DHCP server will probably have to have its	notion of the
     clients Replay Detection Value reset.

     monocounter
	      Read the number in the file /var/db/dhcpcd-rdm.monotonic and add
	      one to it.

     monotime
	      Create a NTP timestamp from the system time.

     monotonic
	      Same as monotime.

SEE ALSO
     fnmatch(3), if_nametoindex(3), dhcpcd(8), dhcpcd-run-hooks(8)

AUTHORS
     Roy Marples <roy@marples.name>

BUGS
     Please report them	to http://roy.marples.name/projects/dhcpcd

BSD				April 21, 2016				   BSD

NAME | DESCRIPTION | SEE ALSO | AUTHORS | BUGS

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