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

NAME
     amd.conf -- amd(8)	configuration file

SYNOPSIS
     amd.conf

DESCRIPTION
     This configuration	file is	obsolete.  Users are advised to	use autofs(5)
     instead.

     The amd.conf file is the configuration file for amd(8), as	part of	the
     am-utils suite.

     The amd.conf file contains	runtime	configuration information for the
     amd(8) automounter	program.

FILE FORMAT
     The file consists of sections and parameters.  A section begins with the
     name of the section in square brackets and	continues until	the next sec-
     tion begins or the	end of the file	is reached.  Sections contain parame-
     ters of the form "name = value".

     The file is line-based -- that is,	each newline-terminated	line repre-
     sents either a comment, a section name or a parameter.  No	line-continua-
     tion syntax is available.

     Section, parameter	names and their	values are case	sensitive.

     Only the first equals sign	in a parameter is significant.	Whitespace be-
     fore or after the first equals sign is discarded.	Leading, trailing and
     internal whitespace in section and	parameter names	is irrelevant.	Lead-
     ing and trailing whitespace in a parameter	value is discarded.  Internal
     whitespace	within a parameter value is not	allowed, unless	the whole pa-
     rameter value is quoted with double quotes	as in "name = "some value"".

     Any line beginning	with a pound sign (#) is ignored, as are lines con-
     taining only whitespace.

     The values	following the equals sign in parameters	are all	either a
     string (no	quotes needed if string	does not include spaces) or a boolean,
     which may be given	as "yes/no".  Case is significant in all values.  Some
     items such	as cache timeouts are numeric.

SECTIONS
   The [global]	section
     Parameters	in this	section	either apply to	amd as a whole,	or to all
     other regular map sections	which follow.  There should be only one	global
     section defined in	one configuration file.

     It	is highly recommended that this	section	be specified first in the con-
     figuration	file.  If it is	not, then regular map sections which precede
     it	will not use global values defined later.

   Regular [/map] sections
     Parameters	in regular (non-global)	sections apply to a single map entry.
     For example, if the map section [/homes] is defined, then all parameters
     following it will be applied to the /homes	amd-managed mount point.

PARAMETERS
   Parameters common to	all sections
     These parameters can be specified either in the global or a map specific
     section.  Entries specified in a map-specific section override the	de-
     fault value or one	defined	in the global section.	If such	a common pa-
     rameter is	specified only in the global section, it is applicable to all
     regular map sections that follow.

     browsable_dirs (string, default=no)
	   If "yes", then amd's	top-level mount	points will be browsable to
	   readdir(3) calls.  This means you could run for example ls(1) and
	   see what keys are available to mount	in that	directory.  Not	all
	   entries are made visible to readdir(3): the "/default" entry, wild-
	   card	entries, and those with	a `/' in them are not included.	 If
	   you specify "full" to this option, all but "/default" will be visi-
	   ble.	 Note that if you run a	command	which will attempt to stat(2)
	   the entries,	such as	often done by "ls -l" or "ls -F", amd(8) will
	   attempt to mount every entry	in that	map.  This is often called a
	   "mount storm".

     map_defaults (string, default no empty)
	   This	option sets a string to	be used	as the map's /defaults entry,
	   overriding any /defaults specified in the map.  This	allows local
	   users to override map defaults without modifying maps globally.

     map_options (string, default no options)
	   This	option is the same as specifying map options on	the command
	   line	to amd(8), such	as "cache:=all".

     map_type (string, default search all map types)
	   If specified, amd(8)	will initialize	the map	only for the type
	   given.  This	is useful to avoid the default map search type used by
	   amd(8) which	takes longer and can have undesired side-effects such
	   as initializing NIS even if not used.  Possible values are:

	   exec	    executable maps
	   file	    plain files
	   hesiod   Hesiod name	service	from MIT
	   ldap	    Lightweight	Directory Access Protocol
	   ndbm	    (New) dbm style hash files
	   nis	    Network Information	Services (version 2)
	   nisplus  Network Information	Services Plus (version 3)
	   passwd   local password files
	   union    union maps

     mount_type	(string, default=nfs)
	   All amd(8) mount types default to NFS.  That	is, amd(8) is an NFS
	   server on the map mount points, for the local host it is running
	   on.	If "autofs" is specified, amd(8) will be an autofs server for
	   those mount points.

     autofs_use_lofs (string, default=yes)
	   When	set to "yes" and using Autofs, amd(8) will use lofs-type
	   (loopback) mounts for type:=link mounts.  This has the advantage of
	   mounting in place, and users	get to the see the same	pathname that
	   they	chdir'ed into.	If this	option is set to "no", then amd(8)
	   will	use symlinks instead: that code	is more	tested,	but negates
	   autofs's big	advantage of in-place mounts.

     search_path (string, default no search path)
	   This	provides a (colon-delimited) search path for file maps.	 Using
	   a search path, sites	can allow for local map	customizations and
	   overrides, and can query distributed	maps in	several	locations as
	   needed.

     selectors_in_defaults (boolean, default=no)
	   If "yes", then the /defaults	entry of maps will search for and
	   process any selectors before	setting	defaults for all other keys in
	   that	map.  Useful when you want to set different options for	a com-
	   plete map based on some parameters.	For example, you may want to
	   better the NFS performance over slow	slip-based networks as fol-
	   lows:

	   /defaults \
		   wire==slip-net;opts:=intr,rsize=1024,wsize=1024 \
		   wire!=slip-net;opts:=intr,rsize=8192,wsize=8192
	   Deprecated form: selectors_on_default

   Parameters applicable to the	global section only
     arch (string, default to compiled in value)
	   Same	as the -A option to amd(8).  Allows you	to override the	value
	   of the arch amd(8) variable.

     auto_attrcache (numeric, default=0)
	   Specify in seconds (or units	of 0.1 seconds,	depending on the OS),
	   what	is the (kernel-side) NFS attribute cache timeout for amd's own
	   automount points.  A	value of 0 is supposed to turn off attribute
	   caching, meaning that amd(8)	will be	consulted via a	kernel-RPC
	   each	time someone stat()'s the mount	point (which could be abused
	   as a	denial-of-service attack).  Warning: some OSs are incapable of
	   turning off the NFS attribute cache reliably.  On such systems, amd
	   may not work	reliably under heavy load.  See	the README.attrcache
	   document in the Am-utils distribution for more details.

     auto_dir (string, default=/a)
	   Same	as the -a option to amd(8).  This sets the private directory
	   where amd will create sub-directories for its real mount points.

     cache_duration (numeric, default=300)
	   Same	as the -c option to amd(8).  Sets the duration in seconds that
	   looked-up or	mounted	map entries remain in the cache.

     cluster (string, default no cluster)
	   Same	as the -C option to amd(8).  Specifies the alternate HP-UX
	   cluster to use.

     debug_mtab_file (string, default=/tmp/mnttab)
	   Path	to mtab	file that is used by amd(8) to store a list of mounted
	   file	systems	during debug-mtab mode.	 This option only applies to
	   systems that	store mtab information on disk.

     debug_options (string, default no debug options)
	   Same	as the -D option to amd(8).  Specify any debugging options for
	   amd(8).  Works only if am-utils was configured for debugging	using
	   the --enable-debug option.  The mem option alone can	be turned on
	   via --enable-debug=mem.  Otherwise debugging	options	are ignored.
	   Options are comma delimited,	and can	be preceded by the string "no"
	   to negate their meaning.  You can get the list of supported debug-
	   ging	options	by running amd -v.  Possible values are:

	   all	     all options
	   amq	     register for amq(8)
	   daemon    enter daemon mode
	   fork	     fork server
	   full	     program trace
	   info	     info service specific debugging (hesiod, nis, etc.)
	   mem	     trace memory allocations
	   mtab	     use local ./mtab file
	   str	     debug string munging
	   test	     full debug	but no daemon
	   trace     trace protocol and	NFS mount arguments
	   xdrtrace  trace XDR routines

     dismount_interval (numeric, default=120)
	   Same	as the -w option to amd(8).  Specify, in seconds, the time be-
	   tween attempts to dismount file systems that	have exceeded their
	   cached times.

     domain_strip (boolean, default=yes)
	   If "yes", then the domain name part referred	to by ${rhost} is
	   stripped off.  This is useful to keep logs and smaller.  If "no",
	   then	the domain name	part is	left changed.  This is useful when us-
	   ing multiple	domains	with the same maps (as you may have hosts
	   whose domain-stripped name is identical).

     exec_map_timeout (numeric,	default=10)
	   The timeout in seconds that amd(8) will wait	for an executable map
	   program before an answer is returned	from that program (or script).
	   This	value should be	set to as small	as possible while still	allow-
	   ing normal replies to be returned before the	timer expires, because
	   during the time that	the executable map program is queried, amd(8)
	   is essentially waiting and is thus not responding to	any other
	   queries.

     forced_unmounts (boolean, default=no)
	   If set to "yes", and	the client OS supports forced or lazy un-
	   mounts, then	amd(8) will attempt to use them	if it gets any of
	   three serious error conditions when trying to unmount an existing
	   mount point or mount	on top of one: EIO, ESTALE, or EBUSY.

	   This	could be useful	to recover from	serious	conditions such	as
	   hardware failure of mounted disks, or NFS servers which are down
	   permanently,	were migrated, or changed their	IP address.  Only
	   "type:=toplvl" mounts hung with EBUSY are forcibly unmounted	using
	   this	option,	which is useful	to recover from	a hung amd(8)).

     full_os (string, default to compiled in value)
	   The full name of the	operating system, along	with its version.  Al-
	   lows	you to override	the compiled-in	full name and version of the
	   operating system.  Useful when the compiled-in name is not desired.
	   For example,	the full operating system name on Linux	comes up as
	   "linux", but	you can	override it to "linux-2.2.5".

     fully_qualified_hosts (string, default=no)
	   If "yes", amd(8) will perform RPC authentication using fully-quali-
	   fied	host names.  This is necessary for some	systems, and espe-
	   cially when performing cross-domain mounting.  For this function to
	   work, the amd(8) variable ${hostd} is used, requiring that ${do-
	   main} not be	null.

     hesiod_base (string, default=automount)
	   Specify the base name for hesiod maps.

     karch (string, default to karch of	the system)
	   Same	as the -k option to amd(8).  Allows you	to override the	ker-
	   nel-architecture of your system.  Useful for	example	on Sun (Sparc)
	   machines, where you can build one amd binary	and run	it on multiple
	   machines, yet you want each one to get the correct karch variable
	   set (for example, sun4c, sun4m, sun4u, etc.)	 Note that if not
	   specified, amd(8) will use uname(3) to figure out the kernel	archi-
	   tecture of the machine.

     ldap_base (string,	default	not set)
	   Specify the base name for LDAP.  This often includes	LDAP-specific
	   values such as country and organization.

     ldap_cache_maxmem (numeric, default=131072)
	   Specify the maximum memory amd(8) should use	to cache LDAP entries.

     ldap_cache_seconds	(numeric, default=0)
	   Specify the number of seconds to keep entries in the	cache.

     ldap_hostports (string, default not set)
	   Specify the LDAP host and port values.

     ldap_proto_version	(numeric, default=2)
	   Specify the version of the LDAP protocol to use.

     local_domain (string, default no sub-domain)
	   Same	as the -d option to amd(8).  Specify the local domain name.
	   If this option is not given the domain name is determined from the
	   hostname by removing	the first component of the fully-qualified
	   host	name.

     localhost_address (string,	default	to localhost or	127.0.0.1)
	   Specify the name or IP address for amd(8) to	use when connecting
	   the sockets for the local NFS server	and the	RPC server.  This de-
	   faults to 127.0.0.1 or whatever the host reports as its local ad-
	   dress.  This	parameter is useful on hosts with multiple addresses
	   where you want to force amd(8) to connect to	a specific address.

     log_file (string, default=/dev/stderr)
	   Same	as the -l option to amd(8).  Specify a file name to log	amd(8)
	   events to.  If the string /dev/stderr is specified, amd(8) will
	   send	its events to the standard error file descriptor.  If the
	   string syslog is given, amd(8) will record its events with the sys-
	   tem logger syslogd(8).  The default syslog facility used is
	   LOG_DAEMON.	If you wish to change it, append its name to the log
	   file	name, delimited	by a single colon.  For	example, if logfile is
	   the string "syslog:local7" then amd(8) will log messages via
	   syslog(3) using the LOG_LOCAL7 facility (if it exists on the	sys-
	   tem).

     log_options (string, default no logging options)
	   Same	as the -x option to amd(8).  Specify any logging options for
	   amd(8).  Options are	comma delimited, and can be preceded by	the
	   string "no" to negate their meaning.	 The "debug" logging option is
	   only	available if am-utils was configured with --enable-debug.  You
	   can get the list of supported debugging and logging options by run-
	   ning	amd -H.	 Possible values are:

	   all	    all	messages
	   debug    debug messages
	   error    non-fatal system errors
	   fatal    fatal errors
	   info	    information
	   map	    map	errors
	   stats    additional statistical information
	   user	    non-fatal user errors
	   warn	    warnings
	   warning  warnings

     map_reload_interval (numeric, default=3600)
	   The number of seconds that amd(8) will wait before it checks	to see
	   if any maps have changed at their source (NIS servers, LDAP
	   servers, files, etc.).  amd(8) will reload only those maps that
	   have	changed.

     nfs_allow_any_interface (string, default=no)
	   Normally amd(8) accepts local NFS packets only from 127.0.0.1.  If
	   this	parameter is set to "yes" then amd(8) will accept local	NFS
	   packets from	any local interface; this is useful on hosts that may
	   have	multiple interfaces where the system is	forced to send all
	   outgoing packets (even those	bound to the same host)	via an address
	   other than 127.0.0.1.

     nfs_allow_insecure_port (string, default=no)
	   Normally amd(8) will	refuse requests	coming from unprivileged ports
	   (i.e. ports >= 1024 on Unix systems), so that only privileged users
	   and the kernel can send NFS requests	to it.	However, some kernels
	   (certain versions of	Darwin,	MacOS X, and Linux) have bugs that
	   cause them to use unprivileged ports	in certain situations, which
	   causes amd(8) to stop dead in its tracks.  This parameter allows
	   amd(8) to operate normally even on such systems, at the expense of
	   a slight decrease in	the security of	its operations.	 If you	see
	   messages like "ignoring request from	foo:1234, port not reserved"
	   in your amd(8) log, try enabling this parameter and give it another
	   go.

     nfs_proto (string,	default	to trying version tcp then udp)
	   By default, amd(8) tries TCP	and then UDP.  This option forces the
	   overall NFS protocol	used to	TCP or UDP.  It	overrides what is in
	   the amd(8) maps, and	is useful when amd is compiled with NFSv3 sup-
	   port	that may not be	stable.	 With this option you can turn off the
	   complete usage of NFSv3 dynamically (without	having to recompile
	   amd)	until such time	as NFSv3 support is desired again.

     nfs_retransmit_counter (numeric, default=11)
	   Same	as the retransmit counter part of the -t timeout.retransmit
	   option to amd(8).  Specifies	the number of NFS retransmissions that
	   the kernel will use to communicate with amd(8).

     nfs_retransmit_counter_udp	(numeric, default=11)
	   Same	as the nfs_retransmit_counter option, but for all UDP mounts
	   only.

     nfs_retransmit_counter_tcp	(numeric, default=11)
	   Same	as the nfs_retransmit_counter option, but for all TCP mounts
	   only.

     nfs_retransmit_counter_toplvl (numeric, default=11)
	   Same	as the nfs_retransmit_counter option, but only for amd's top-
	   level UDP mounts.

     nfs_retry_interval	(numeric, default=8)
	   Same	as the timeout interval	part of	the -t timeout.retransmit op-
	   tion	to amd(8).  Specifies the NFS timeout interval,	in tenths of
	   seconds, between NFS/RPC retries (for UDP and TCP).	This is	the
	   value that the kernel will use to communicate with amd(8).

	   amd(8) relies on the	kernel RPC retransmit mechanism	to trigger
	   mount retries.  The values of the nfs_retransmit_counter and	the
	   nfs_retry_interval parameters change	the overall retry interval.
	   Too long an interval	gives poor interactive response; too short an
	   interval causes excessive retries.

     nfs_retry_interval_udp (numeric, default=8)
	   Same	as the nfs_retry_interval option, but for all UDP mounts only.

     nfs_retry_interval_tcp (numeric, default=8)
	   Same	as the

     nfs_retry_interval
	   option, but for all TCP mounts only.

     nfs_retry_interval_toplvl (numeric, default=8)
	   Same	as the

     nfs_retry_interval
	   option, but only for	amd's top-level	UDP mounts.

     nfs_vers (numeric,	default	to trying version 3 then 2)
	   By default, amd(8) tries version 3 and then version 2.  This	option
	   forces the overall NFS protocol used	to version 3 or	2.  It over-
	   rides what is in the	amd(8) maps, and is useful when	amd is com-
	   piled with NFSv3 support that may not be stable.  With this option
	   you can turn	off the	complete usage of NFSv3	dynamically (without
	   having to recompile amd) until such time as NFSv3 support is	de-
	   sired again.

     nis_domain	(string, default to local NIS domain name)
	   Same	as the -y option to amd(8).  Specify an	alternative NIS	domain
	   from	which to fetch the NIS maps.  The default is the system	domain
	   name.  This option is ignored if NIS	support	is not available.

     normalize_hostnames (boolean, default=no)
	   Same	as the -n option to amd(8).  If	"yes", then the	name referred
	   to by ${rhost} is normalized	relative to the	host database before
	   being used.	The effect is to translate aliases into	"official"
	   names.

     normalize_slashes (boolean, default=yes)
	   If "yes", then amd(8) will condense all multiple `/'	(slash)	char-
	   acters into one and remove all trailing slashes.  If	"no", then
	   amd(8) will not touch strings that may contain repeated or trailing
	   slashes.  The latter	is sometimes useful with SMB mounts, which of-
	   ten require multiple	slash characters in pathnames.

     os	(string, default to compiled in	value)
	   Same	as the -O option to amd(8).  Allows you	to override the	com-
	   piled-in name of the	operating system.  Useful when the built-in
	   name	is not desired for backward compatibility reasons.  For	exam-
	   ple,	if the build in	name is	"sunos5", you can override it to
	   "sos5", and use older maps which were written with the latter in
	   mind.

     osver (string, default to compiled	in value)
	   Same	as the -o option to amd(8).  Overrides the compiled-in version
	   number of the operating system.  Useful when	the built in version
	   is not desired for backward compatibility reasons.  For example, if
	   the build in	version	is "2.5.1", you	can override it	to "5.5.1",
	   and use older maps that were	written	with the latter	in mind.

     pid_file (string, default=/dev/stdout)
	   Specify a file to store the process ID of the running daemon	into.
	   If not specified, amd(8) will print its process ID onto the stan-
	   dard	output.	 Useful	for killing amd(8) after it had	run.  Note
	   that	the PID	of a running amd can also be retrieved via amq -p.
	   This	file is	used only if the print_pid option is on.

     plock (boolean, default=yes)
	   Same	as the -S option to amd(8).  If	"yes", lock the	running	exe-
	   cutable pages of amd	into memory.  To improve amd's performance,
	   systems that	support	the plock(3) or	mlockall(2) call can lock the
	   amd process into memory.  This way there is less chance that	the
	   operating system will schedule, page	out, and swap the amd process
	   as needed.  This improves amd's performance,	at the cost of reserv-
	   ing the memory used by the amd process (making it unavailable for
	   other processes).

     portmap_program (numeric, default=300019)
	   Specify an alternate	Port-mapper RPC	program	number,	other than the
	   official number.  This is useful when running multiple amd pro-
	   cesses.  For	example, you can run another amd(8) in "test" mode,
	   without affecting the primary amd process in	any way.  For safety
	   reasons, the	alternate program numbers that can be specified	must
	   be in the range 300019-300029, inclusive.  The amq(8) utility has
	   an option -P	which can be used to specify an	alternate program num-
	   ber of an amd to contact.  In this way, amq can fully control any
	   number of amd processes running on the same host.

     preferred_amq_port	(numeric, default=0)
	   Specify an alternate	Port-mapper RPC	port number for	amd's amq(8)
	   service.  This is used for both UDP and TCP.	 Setting this value to
	   0 (or not defining it) will cause amd(8) to select an arbitrary
	   port	number.	 Setting the amq(8) RPC	service	port to	a specific
	   number is useful in firewalled or NAT'ed environments, where	you
	   need	to know	which port amd(8) will listen on.

     print_pid (boolean, default=no)
	   Same	as the -p option to amd(8).  If	"yes", amd will	print its
	   process ID upon starting.

     print_version (boolean, default=no)
	   Same	as the -v option to amd(8), but	the version prints and amd
	   continues to	run.  If "yes",	amd will print its version information
	   string, which includes some configuration and compilation values.

     restart_mounts (boolean, default=no)
	   Same	as the -r option to amd(8).  If	"yes", amd will	scan the mount
	   table to determine which file systems are currently mounted.	 When-
	   ever	one of these would have	been auto-mounted, amd inherits	it.

     show_statfs_entries (boolean, default=no)
	   If "yes", then all maps which are browsable will also show the num-
	   ber of entries (keys) they have when	df(1) runs.  (This is accom-
	   plished by returning	non-zero values	to the statfs(2) system	call.)

     truncate_log (boolean, default=no)
	   If "yes", then the log file (if it is a regular file), will be
	   truncated upon startup.

     unmount_on_exit (boolean, default=no)
	   If "yes", then amd(8) will attempt to unmount all file systems
	   which it knows about.  Normally amd leaves all (esp.	NFS) mounted
	   file	systems	intact.	 Note that amd does not	know about file	sys-
	   tems	mounted	before it starts up, unless the	restart_mounts option
	   or -r flag are used.

     use_tcpwrappers (boolean, default=yes)
	   If "yes", then amd(8) will use the tcpd/libwrap tcpwrappers library
	   (if available) to control access to amd via the /etc/hosts.allow
	   and /etc/hosts.deny files.

     vendor (string, default to	compiled in value)
	   The name of the vendor of the operating system.  Overrides the com-
	   piled-in vendor name.  Useful when the compiled-in name is not de-
	   sired.  For example,	most Intel based systems set the vendor	name
	   to "unknown", but you can set it to "redhat".

   Parameters applicable to regular map	sections
     map_name (string, must be specified)
	   Name	of the map where the keys are located.

     tag (string, default no tag)
	   Each	map entry in the configuration file can	be tagged.  If no tag
	   is specified, that map section will always be processed by amd(8).
	   If it is specified, then amd	will process the map if	the -T option
	   was given to	amd(8),	and the	value given to that command-line op-
	   tion	matches	that in	the map	section.

EXAMPLES
     Here is a real amd(8) configuration I use daily.

     # GLOBAL OPTIONS SECTION
     [ global ]
     normalize_hostnames =    no
     print_pid =	      no
     restart_mounts =	      yes
     auto_dir =		      /n
     log_file =		      /var/log/amd
     log_options =	      all
     #debug_options =	      all
     plock =		      no
     selectors_in_defaults =  yes
     # config.guess picks up "sunos5" and I don't want to edit my maps yet
     os	=		      sos5
     # if you print_version after setting up "os", it will show	it.
     print_version =	      no
     map_type =		      file
     search_path =	      /etc/amdmaps:/usr/lib/amd:/usr/local/AMD/lib
     browsable_dirs =	      yes

     # DEFINE AN AMD MOUNT POINT
     [ /u ]
     map_name =		      amd.u

     [ /proj ]
     map_name =		      amd.proj

     [ /src ]
     map_name =		      amd.src

     [ /misc ]
     map_name =		      amd.misc

     [ /import ]
     map_name =		      amd.import

     [ /tftpboot/.amd ]
     tag =		      tftpboot
     map_name =		      amd.tftpboot

SEE ALSO
     hosts_access(5), amd(8), amq(8)

     "am-utils"	info(1)	entry.

     Erez Zadok, Linux NFS and Automounter Administration, Sybex, 2001,	ISBN
     0-7821-2739-8.

     http://www.am-utils.org/

     Amd - The 4.4 BSD Automounter.

HISTORY
     The amd(8)	utility	first appeared in 4.4BSD.

AUTHORS
     Erez Zadok	<ezk@cs.sunysb.edu>, Computer Science Department, Stony	Brook
     University, Stony Brook, New York,	USA.

     Other authors and contributors to am-utils	are listed in the AUTHORS file
     distributed with am-utils.

BSD			       February	26, 2016			   BSD

NAME | SYNOPSIS | DESCRIPTION | FILE FORMAT | SECTIONS | PARAMETERS | EXAMPLES | SEE ALSO | HISTORY | AUTHORS

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