rsvpstat man page on Tru64

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rsvpstat(8)							   rsvpstat(8)

NAME
       rsvpstat - Display resource reservation status

SYNOPSIS
       /usr/sbin/rsvpstat [-nv46PT] [sess_num [phop_num | tcs_num]]

       /usr/sbin/rsvpstat  [-nv46SRxl] [sess_num [phop_num | tcs_num | snd_num
       | rcv_num]]

OPTIONS
       Displays network addresses in numeric form.   Specifies	verbose	 mode.
       Displays information related to Internet Protocol Version 4 (IPv4) ses‐
       sions only.  Displays information related to Internet Protocol  Version
       6  (IPv6)  sessions only.  Displays previous hop information.  Displays
       traffic control state information.  Displays sender information.	  Dis‐
       plays receiver information.  Displays senders and receivers for a given
       sess_num and phop_num or tcs_num.  Displays senders and receivers  run‐
       ning  on this host.  Specifies a session number.	 This is required with
       the -x option.  Specifies the number of a previous hop (PHOP).	Speci‐
       fies a traffic control state number.  Specifies a sender number.	 Spec‐
       ifies a receiver number.

DESCRIPTION
       The rsvpstat utility displays the Resource ReSerVation Protocol	(RSVP)
       state on the local system.  By default, rsvpstat displays a list of all
       RSVP sessions.  Alternatively, you can specify either the -P,  -T,  -S,
       or  -R  option to list the previous hop, traffic control state, sender,
       or receiver information, respectively.

       If you specify the -v option in conjunction with	 -P,  -T,  -S,	or  -R
       option,	rsvpstat  displays  the	 content  of  all  the associated RSVP
       objects or Integrated Services objects.

       If you specify the -4 or -6 option, rsvpstat displays information  per‐
       taining to IPv4 or IPv6 sessions, respectively, only.

       You  can	 restrict  the	amount of information displayed further if you
       specify the -l  or  -x  option  and  up	to  two	 additional  arguments
       described in the OPTIONS section.  You can also specify up to two argu‐
       ments without specifying the options.

       When no rsvpd daemon is running on the  system,	rsvpstat  returns  the
       following error message: rsvpstat: cannot connect to RSVP daemon

EXAMPLES
       In  the following examples, the values for the sess_nr, hop_nr, tcs_nr,
       rcv_nr, and snd_nr fields are identification numbers  assigned  by  the
       RSVP  daemon, and are not significant to the RSVP protocol.  To display
       session information, enter: % rsvpstat

       IPv4 sessions sess_nr dest			    prot   port	  PATH
       RESV =============================================================
	    2  host1.corp.com		      UDP   9999     1	   1

	      Each  entry lists the session address, IP protocol, port number,
	      and the number of PATH and RESV states for  the  given  session.
	      To  display  verbose previous hop information, enter: % rsvpstat
	      -Pv

	      IPv4    phops    hop_nr	 prev_hop_addr			   lih
	      rsvp_hop
	      =========================================================

	      --- sess_nr 1 to host1.corp.com UDP port 9999

		  2 host2.corp.com		    7		yes
		  rsvp hop host1.corp.com	lih 7
		  refresh period 30000ms
		  style FF
		  flowspec (28 bytes of parameters)
		  controlled load  svc:	 <tb_tspec  r=137000  b=4000  p=137000
	      m=528 M=548>
		  filterspec IPv4 addr host2.corp.com port 1745

	      A	 previous  hop	is an RSVP-capable system from which PATH mes‐
	      sages are received.  Previous hops  are  displayed  by  session,
	      with  a session header preceding the associated list of previous
	      hops. The hop_nr value is relative to the session.

	      Information for each previous hop includes its hop_nr,  address,
	      and  logical  interface  handle,	and  rsvp_hop information.  If
	      rsvp_hop value is yes, the hop is	 a  direct  neighbor;  if  no,
	      rsvpstat detected an automatic tunnel.

	      In verbose mode, rsvpstat displays the contents of the RSVP RESV
	      message that is sent back to the previous hop.  It is the result
	      of  merging  all relevant reservations for the previous hop.  To
	      display traffic control state information, enter: % rsvpstat -T

	      IPv4 Traffic Control State tcs_nr rhandle		   if  options
	      ===================================

	      --- sess_nr 2 to host1.corp.com UDP port 9999

		   1 0xfffffc00037b4500 1

	      A	 traffic control state (TCS) is created as a result of accept‐
	      ing one or more reservation requests.   Traffic  control	states
	      are  displayed  by  session, with a session header preceding the
	      associated list of TCSs.	The tcs_nr is relative to the session.

	      For each TCS, rsvpstat displays the tcs_nr,  rhandle,  interface
	      index, and policing options (see RFC 2205 for more information).
	      When the rhandle is non-zero, the interface is  traffic  control
	      capable  and a reservation is in place.  You can use the iftcntl
	      command to obtain more information about the reservation.

	      In verbose mode, rsvpstat displays the flowspec and  tspec  used
	      to  install  the	reservation.   They  are the result of merging
	      flowspecs and tspecs of all associated RESV messages.   To  dis‐
	      play receiver information, enter: % rsvpstat -R

	      IPv4   receivers	 rcv_nr	  next_hop_addr			   lih
	      if							tcs_nr
	      ===========================================================

	      --- sess_nr 1 to host1.corp.com UDP port 9999

		   1 host1.corp.com		    7	       1	1

	      Receiver	information  is	 displayed  by session, with a session
	      header preceding the associated list  of	receiver  information.
	      The rcv_nr is relative to the session.  RESV messages containing
	      more than one filterspec are split up and a different rcv_nr  is
	      created for each filterspec.

	      For  each rcv_nr, rsvpstat displays the contents of the RSVP HOP
	      message (next_hop_addr and logical interface handle) received as
	      part  of	the RESV message, the interface on which the RESV mes‐
	      sage has been received, and the tcs_nr of the associated traffic
	      control state.

	      In verbose mode, rsvpstat displays all the other contents of the
	      RESV message from	 which	this  receiver	information  has  been
	      derived.	 To display verbose sender information, enter: % rsvp‐
	      stat -Sv

	      IPv4 senders  snd_nr  src				     port  ttl
	      ===============================================

	      --- sess_nr 1 to host1.corp.com UDP port 9999

		  2 host2.corp.com		    1745  29
		  rsvp hop host2.corp.com lih 7
		  refresh period 30000ms
		  tspec (28 bytes of parameters)
		  general  info:  <tb_tspec  r=137000  b=4000  p=137000	 m=528
	      M=548>
		  adspec (40 bytes of parameters)
		  general info: hop_cnt=1 path_bw=625000  min_latency=-1  com‐
	      posed_mtu=1500
		  controlled load svc:

	      Sender  information  is  displayed  by  session,	with a session
	      header preceding the associated list of sender information.  The
	      snd_nr is relative to the session.

	      For each sender, rsvpstat displays the source address, port num‐
	      ber (or IPv6 flowlabel), and IPv4 ttl / IPv6 hop limit value.

	      In verbose mode, rsvpstat displays all the other contents of the
	      PATH message that corresponds to this sender.

SEE ALSO
       Commands: iftcntl(8)

       Daemons: rsvpd(8)

       RFC  2205,  Resource ReSerVation Protocol (RSVP) - Version 1 Functional
       Specification

       RFC 2210, The Use of RSVP with IETF Integrated Services

								   rsvpstat(8)
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