Table of Contents

clear vines cache
clear vines ipc
clear vines neighbor
clear vines route
clear vines traffic
show vines access
show vines cache
show vines host
show vines interface
show vines ipc
show vines neighbor
show vines route
show vines service
show vines traffic
trace (VINES)

Banyan VINES Commands

The Banyan Virtual Network System (VINES) protocol is a networking system for personal computers. This proprietary protocol was developed by Banyan and is derived from the Xerox Network Systems (XNS) protocol. Cisco's implementation of VINES was designed in conjunction with Banyan.

Cisco's implementation of Banyan VINES provides routing of VINES packets on all media. Although the software automatically determines a metric value that it uses to route updates based on the delay set for the interface, Cisco's software implementation allows you to customize the metric. Cisco's implementation also offers address resolution to respond to address requests. Media Access Control (MAC)-level echo support is also available for Ethernet, IEEE 802.2, Token Ring, and Fiber Distributed Data Interface (FDDI) media. Name-to-address mapping for VINES host names is also supported, as are access lists to filter outgoing packets.

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Note Not all Cisco access servers support Banyan VINES. For more information, refer to the release notes for the release you are running.

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Use the commands in this chapter to configure and monitor VINES networks. For VINES configuration information and examples, refer to the "Configuring Banyan VINES" chapter in the Cisco IOS Apollo Domain, Banyan VINES, DECnet, ISO CLNS, and XNS Configuration Guide.

clear vines cache

To delete entries from the VINES fast-switching cache, use the clear vines cache command in EXEC mode.

clear vines cache 
 

clear vines cache server 30002E6D

clear vines ipc

To delete VINES Interprocess Communications Protocol (IPC) connection blocks, use the clear vines ipc command in EXEC mode.

clear vines ipc 1D

clear vines neighbor

To delete entries from the neighbor table, use the clear vines neighbor command in EXEC mode.

clear vines neighbor *

clear vines route

To delete network addresses from the routing table, use the clear vines route command in EXEC mode.

clear vines route *

clear vines traffic

To clear all VINES-related statistics that are displayed by the show vines traffic command, use the clear vines traffic command in EXEC mode.

The clear vines traffic command clears only the statistics displayed by the show vines traffic command. It has no effect on the value of the VINES counters retrieved by Simple Network Management Protocol (SNMP).

Examples

The following example zeros all VINES-related traffic statistics:

clear vines traffic 

Related Commands

Command	Description
show vines traffic	Displays the statistics maintained about VINES protocol traffic.

show vines access

To display the VINES access lists currently defined, use the show vines access command in EXEC mode.

Router# show vines access
 
Vines access list 1
 deny   SPP 30015800:0001 00000000:00000000 202 00123456:8005 00000000:0000 249
 permit IP 00000000:0000 FFFFFFFF:FFFF 00000000:0000 FFFFFFFF:FFFF
Vines access list 101
 deny   SPP 00112233:0001 00000000:0000 0006 0000 
             00123456:8005 00000000:00000000 0000 FFFF
 permit IP 00000000:0000 FFFFFFFF:FFFF 00000000:0000 FFFFFFFF:FFFF

Table 7 describes the fields shown in the display.

Table 7: show vines access Field Descriptions

Field	Description
Vines access list...	Number of the VINES access list.
deny	Networks to which access is denied.
permit	Networks to which access is permitted.

show vines cache

To display the contents of the VINES fast-switching cache, use the show vines cache command in EXEC mode.

Router# show vines cache
 
VINES fast switching cache information:
  Current: 0 entries, 0 paths
  History:
      Added:          0 server,          0 router,          0 client
    Updated:          0 server,          0 router,          0 client
    Expired:          0 server,          0 router,          0 client
    Removed:          0 server,          0 router,          0 client
    Flushes:          4 by neighbor,           1 by server
                      8 by interface,          1 entire table
 
 
 
Hash  Destination     Int    Age  Length  Type  MAC Header
13/00 Router1        *T0      46   16/18  1     10005A746A3600003080FB06BCBC03BA
27/00 Router2         E1      11   14/14  1     00000C01D87C00000C0158010BAD
                     *T0      11   16/18  1     00003000435500003080FB06BCBC03BA
3E/00 Router3        *T0      42   16/18  1     10005A6FBC15000003080FB06BCBC03BA
72/00 30002E6D:0001   E1      32   14/14  1     00000C01D87C00000C0158010BAD
                     *T0      32   16/18  1     00003000435500003080FB07BCBC03BA
                      T0      32   16/18  1     10005A6FBC1500003080FB06BCBC03BA
                      T0      32   16/18  1     10005A6FBC1500003080FB06BCBC03BA
FE/00 Router4        *E2     264   14/14  1     00000C0124EA00000C0151AF0BAD
 

Table 8 describes fields shown in the display.

Note that neighbor information is not explicitly displayed by the show vines cache command. However, you can determine it by looking at the neighbor and routing tables (using the show vines neighbor and show vines route commands, respectively).

Table 8: show vines cache Field Descriptions

Field	Description
Current:	Number of entries and paths currently in the cache.
History:	Number of events since the last time the counters were cleared.
Added:	Number of server, router, and client entries added to the cache.
Updated:	Number of server, router, and client entry updates.
Expired:	Number of server, router, and client entries that timed out.
Removed:	Number of server, router, and client entries removed from the cache.
Flushes:	Number of neighbor, server, interface, and entire table flushes.
Hash	Position of this entry in the neighbor table.
Destination	Name or address of the destination station.
Int	Interface out which the packet is sent. An asterisk preceding the interface name indicates that this is the next entry that will be used for the destination.
Age	Age of the entry, in seconds.
Length	Stored length of the packet's MAC header, followed by a slash and the actual length of the MAC header. Both lengths do not include the length of the Type field. These two lengths may differ because the initial bytes of Token Ring and FDDI frames are not stored.
Type	Local encapsulation type.
MAC Header	MAC header used to reach the destination.

show vines host

To display the entries in the VINES host name table, use the show vines host command in EXEC mode.

Router# show vines host
 
Name          Address
Router1       0027AF9A:0001
Router2       0027D0E4:0001
Router3       002ABFAA:0001
Router4       30015800:0001
 

Table 9 describes the fields shown in the display.

Table 9: show vines host Field Descriptions

Field	Description
Name	Name of the VINES host.
Address	Address of the VINES host.

show vines interface

To display status of the VINES interfaces configured in the Cisco IOS software and the parameters configured on each interface, use the show vines interface command in EXEC mode.

Router# show vines interface
 
VINES address is 3000902D:0001
  Next client will be 3000902D:8001
  Addresses are displayed in hexadecimal format.
  Slowest update interval is 90 seconds
  Roll Call timer queue:
   Neighbor Router3-Et2-0000.0c01.24ea in 180 seconds
  Sequence: 01029DD7, Packet ID: 00000003
  Reassembly timer queue:  (empty)
  Retry timer queue:  (empty)
  Participating in vines time of day synchronization
Hssi0 is down, line protocol is down
  VINES protocol processing disabled
Fddi0 is up, line protocol is up
  VINES broadcast encapsulation is ARPA
  Interface metric is 0008 [0 5000] (0.1000 seconds)
  Split horizon is enabled
  ARP processing is dynamic, state is learning (for another 18 seconds)
  Special serverless net processing enabled
  Outgoing access list is not set
  Fast switching is enabled
  Routing updates every 90 seconds. Next in 50 seconds.
  Next synchronization update in 11:58:17.
  Nodes present:  0 5.5x servers, 0 5.5x routers, 0 5.5x clients
                  0 4.11 servers, 0 4.11 routers, 0 4.11 clients
  Neighbors: none.
 

Table 10 describes the fields that may be shown in the display.

Table 10: show vines interface Field Descriptions

Field	Description
VINES address	Address of the router.
Next client will be	Address the router assigns to the next client that requests an address. This line is important only if the router has been configured via the vines arp-enable command to respond to address assignment requests.
Addresses	Indicates whether addresses are displayed as decimal or hexadecimal numbers.
Slowest update interval	Indicates the longest time interval (in seconds) between routing updates on any of the router's interfaces.
Roll Call timer     Neighbor	Displays a list of all neighbor paths for which a Routing Table Protocol (RTP) request is sent on a regular basis, and the interval until that timer expires.
Sequence	Current Sequenced Routing Update Protocol (SRTP) sequence number for this router.
Packet ID	Identifier number that is used on the last SRTP update message sent by this router.
Reassembly timer	Displays a list of all neighbor paths for which an SRTP update is currently being reassembled, and the interval until that timer expires.
Retry timer	Displays a list of all neighbor paths for which an SRTP request is currently being retried, and the interval until that timer expires.
Participating in vines time of day synchronization	Indicates whether the router is participating in VINES time-of-day synchronization. This is controlled by the vines time participate global configuration command.
Hssi0/Ethernet 0/Ethernet 1/Fddi0 is up/down	Type and number of interface, and whether it is currently active and inserted into network (up) or inactive and not inserted (down).
Line protocol is	Indicates whether the software processes that handle the line protocol believe the interface is usable (that is, whether keepalives are successful). This field can report the values "up," "down," and "administratively down."
VINES protocol processing disabled	Indicates that VINES processing is not enabled on the interface (that is, you have not issued a vines metric command on the interface).
VINES broadcast encapsulation	Type of encapsulation used for VINES broadcast packets, as defined with the vines encapsulation command. This field can report the values "arpa," "vines-tr," and "snap."
Interface metric	Metric that has been configured for the interface with the vines metric command. The metric is shown in internal form, configuration form, and in seconds.
Split horizon	Indicates whether split horizon has been enabled or disabled (via the vines split-horizon command).
ARP processing	Indicates whether this interface will process ARP packets, as specified by the vines arp-enable command.
Special serverless net processing	Indicates whether this interface is defined via the vines serverless command as being connected to a serverless network.
Outgoing access list	Indicates whether an access list is set.
Fast switching	Indicates whether fast switching has been enabled via the vines route-cache command). The value reported in this field can be "enabled," "disabled," or "not supported."
Routing updates every     Next in	Frequency of routing updates, in seconds. This also indicates when the next routing update will be transmitted on the interface. You set the update interval with the vines update interval command.
Routing updates	Indicates whether routing updates contain all entries in the routing table or just changes to the table since the last update was sent. You set the method used with the vines update deltas command.
Next synchronization	Indicates when the next SRTP synchronization update will be sent.
Nodes present	Indicates the number and type of all VINES-speaking devices present on the given physical network segment.
Neighbors: none	List of all VINES neighbors on that interface and what version of the RTP protocol they are running (0 means RTP, and 1 means SRTP).

show vines ipc

To display information about any currently active IPC connections, use the show vines ipc command in EXEC mode.

Router# show vines ipc
 
Vines IPC Status:
 
Next Port: 513
Next Connection: 3
Next check in: 27 sec
 
Connection 2, state: connected
 Local address: Router1, id 0002, last port: 0200
 Remote address: Router2, id 0002, last port: 0001
 Last send seq: 0005, Last rcvd seq: 0005
 Next send ack: 0005, Last sent ack: 0005
 Server metric 4, last hop 0, bias 0, total 800 (ms)
 Send ACK in 0 ms, Retransmit in 0 ms
 Idle check in 0 sec
 Retransmit queue contains 0 packets
 No packet in reassembly
 

Table 11 describes the fields shown in the display.

Table 11: show vines ipc Field Descriptions

Field	Description
Next Port:	IPC port number that the router uses when a new, unique IPC port number is needed.
Next Connection:	IPC connection number that the Cisco IOS software uses when a new, unique IPC connection number is needed.
Next check in:	When the software makes the next pass of the IPC connection table to examine each of the connection-specific timers.
Connection 2, state:	State of a particular connection. Possible states are connecting, connected, idle, and dead.
Local address:	VINES IP address of the local side of the connection.
last port:	Last port number used on this particular connection by the local host.
Remote address:	VINES IP address of the remote side of the connection.
last port:	Last port number used on this particular connection by the remote host.
Last send seq:	Last sequence number sent on this particular connection used by the local host.
Last rcvd seq:	Last sequence number received on this particular connection used by the local host.
Next send ack:	Next acknowledgment number that is sent on this particular connection by the local host.
Last sent ack:	Last acknowledgment number that has been sent on this particular connection by the local host.
Server metric	Metric value from this host to the remote host's server or router.
last hop	Metric value from the remote host's server or router to the remote host itself. If the remote host is a server or router, this value should be zero.
bias	Bias added to the metric to account for variance in the round-trip delay of a message going to the remote host.
total	Total metric value used to reach the remote host. It is the sum of the three previous numbers.
Send ACK	Time, in seconds, until the next acknowledgment message is sent by the local host.
Retransmit	Time, in seconds, until a message is retransmitted by the local host.
Idle check in	Time, in seconds, until this connection is checked to see if it has been idle for 30 seconds.
Retransmit queue contains... packets	Number of messages that have been sent but not acknowledged.
No packet in reassembly	Number of packets that have been received and are being reassembled into a larger message.

show vines neighbor

To display the entries in the VINES neighbor table, use the show vines neighbor command in EXEC mode.

Router# show vines neighbor
 
6 neighbors, 7 paths, version 14, next update 34 seconds
 
Address        Hardware Address   Type  Int    Flag Age  Metric  Uses
 
Router1        -                  HDLC  Se0    R0*  n/a   0230      7
Router2        -                  -     -      C1   -        -      -
Router3        0000.0c01.24ea     ARPA  Et2    R0*  42    0020      9
Router4        -                  PPP   Se1    R1   n/a   0230      0
 Router4       0000.0c01.0506     ARPA  Et0    R1.  n/a   0020      0
 Router4       0000.0c01.9ac9     VINES To0    R1*  n/a   0020      0
 

Router# show vines neighbor router3
 
3 neighbors, 4 paths, version 7, next update 24 seconds
 
Address          Hardware Address     Type  Int       Flag  Age  Metric   Uses
 
Router3          0000.0c01.24ea       ARPA  Et2       R0*   42   0020        9
 
  RTP Counters:
 
    Interface Ethernet2, address Router3-Et2-0000.0c01.24ea
      Timers:
        Roll Call: 00:03:00
      Received counters:
        Requests:   00000000
        Responses:  00000000
        Updates:    00000000
        Redirects:  00000000
        Unknown:    00000000

Table 12 describes the fields shown in the display.

Table 12: show vines neighbor Field Descriptions

Field	Description
neighbors	Number of neighbors in the neighbor table.
paths	Number of paths to the neighbor.
version	Version number of the VINES neighbor table. The number is incremented each time a route or path is added to or deleted from this table.
next update	Time, in seconds, until the next routing update is sent.
Address	Address of the neighbor station. The neighbor's name is displayed if you have issued a vines enhancements command.
Hardware Address	MAC address of the router interface through which the VINES neighbor in this entry can be reached.
Type	Type of MAC-level encapsulation used to communicate with this neighbor.
Int	Type and number of interface through which the VINES neighbor can be reached.
Flag	This field is a three-column field. The first column indicates how the path was learned. It can be one of the following values: C---Connected (that is, this is the entry for this router). D---Learned via an RTP redirect message. P---Placeholder. This neighbor is currently used as the next hop for a static route. R---Learned via an RTP update message. S---Static path entry (entered with the vines neighbor command). The second column indicates what version of the RTP protocol this neighbor is running. It can be one of the following values: 0---Version 0 of the RTP protocol. This is the version used by VINES servers prior to VINES version 5.50. 1---Version 1 of the RTP protocol, commonly called SRTP. This is the version used by VINES servers in VINES version 5.50 and later. The third column indicates how this path is used. It can be one of the following values: *---An asterisk means that this is the next path used when forwarding a frame to that neighbor. .---A dot means that this is the alternate path used in round-robin fashion. Blank---No value means this is a backup path that is not used. In the sample output, there are two paths to Router4 with the same metric. These two paths will be used in a round-robin fashion, and the Token Ring path will be the next one of the two used. There is a third path to Router4 via the serial line, but this will not be used unless both of the other paths are lost.
Age	Age of this VINES neighbor table entry, in seconds. This entry shows an age of "n/a" for RTP Version 0 neighbors on WAN interfaces, when the interface has been configured for delta-only updates. In all other cases, this entry contains a number.
Metric	Distance to this neighbor. This normally is the same as the interface metric, but may be different because of network topology or router configuration.
Uses	For all entries except placeholders, indicates the number of times that path was used to forward a packet. For placeholder entries, indicates the number of static routes that use the neighbor as the first hop.
RTP Counters:	This section shows counters that are specific to a neighbor port that is running the RTP protocol only. If the neighbor has multiple interfaces, multiple sections show up in this part of the display.
Interface...	Identifies the network interface and full identifier for a neighbor port.
Timers:     Roll Call	Identifies whether the roll call timer is active for this neighbor, and if so, when it will expire.
Received Counters	Indicates the number and type of RTP packets received from this neighbor port.
SRTP Counter:	This section shows counters that are specific to a neighbor port that is running the SRTP protocol. If the neighbor has multiple interfaces, multiple sections show up in this part of the display.
Interface	Identifies the network interface and full identifier for a neighbor port.
Timers:     Reassembly	Identifies whether the reassembly timer is active for this neighbor, and if so, when it will expire.
Timers:     Retry	Identifies whether the retry timer is active for this neighbor, and if so, when it will expire.
Received Counters	Indicates the number, type, and sequence number of matching SRTP packets received from this neighbor port.
Transmitted Counters	Indicated the number and type of SRTP packets transmitted explicitly to this neighbor port.

show vines route

To display the contents of the VINES routing table, use the show vines route command in EXEC mode.

Router# show vines route
 
Worf              Worf              R0*       2       2      0
Succubus          Succubus          R1*       2       2      0
Aloe              -                 C1        -       -      -
Vera              Vera              R0*       2       2      0
Falcon            Falcon            R0*       2       2      0
Zangbutt          Worf              R0*       2       4      0
Zangbutt          Vera              R0        2       4      0
 

Router# show vines route router1
 
8 servers, 10 routes, version 58, next update 32 seconds
 
Network       Neighbor     Flags     Age      Metric   Uses    Origin    Local    Flags
 
Router1       Router2      R0*       n/a       0250      0     001AFE7B  00010FCA  0009

Table 13 describes the fields shown in the display.

Table 13: show vines route Field Descriptions

Field	Description
servers	Number of servers in the routing table.
routes	Number of routes in the routing table.
version	Version number of the VINES routing table. This number is incremented each time a server or route is added to or deleted from this table.
next update	Time, in seconds, until the next routing update is sent.
Hash	Position of this entry in the routing table.
Network	Name or number of the remote network. Networks take the name of the server that defines the network.
Neighbor	Next hop to the destination network.
Flags	This field is a series of single-column fields. The first column indicates how the route was learned. It can be one of the following values: C---Connected (that is, this is the entry for this router). D---Learned via an RTP redirect message. R---Learned via an RTP update message. S---Static entry (entered with the vines route command). The second column indicates what version of the RTP protocol this router is running. It can be one of the following values: 0---Version 0 of the RTP protocol. This is the version used by VINES servers prior to VINES version 5.50. This version number is also shown if the route was learned via a pre-5.50 server, and thus the version information was lost. 1---Version 1 of the RTP protocol, commonly called SRTP. This is the version used by VINES servers in VINES version 5.50 and later. An asterisk in the third column indicates that this route is used next when forwarding a frame to that server. The fourth column indicates whether that route is used to forward a broadcast from a serverless network. It can be one of the following values: N---This server is considered to be the nearest server and is on a directly connected network. n---This server is considered to be the nearest server but is not on a directly connected network. The fifth column contains the letter "S" if the route is in a suppression state. The sixth column contains the letter "h" if this path has a metric that is higher than the best metric for this neighbor. This indicates that the path is not eligible for use in load sharing.
Age	Age of this VINES routing table entry, in seconds. An age of n/a indicates the destination is accessible via a neighbor that is sending delta-only updates. Note that even though the neighbor entry for Pica has an age, there is no age available for its routing table entry or other routing entries reachable via Pica. This is because the periodic hello messages from Pica contain no routing information, only neighbor reachability information.
Metric	Distance to this server. This normally is the distance to the neighbor router plus the distance advertised by that neighbor. This does not hold for static routes.
Uses	Number of times this route has been used to forward a packet.
Origin	Last known timestamp that originated from this server. If this field is not valid, as indicated by the following set of flags, it will be zero.
Local	Local timestamp then this route entry was learned or last changed.
Flags	This field is a series of bit flags presented as a hexadecimal number. The following are the defined values: 0001---The neighbor of this server reaches it through a LAN interface. 0002---The neighbor of this server reaches it through a WAN interface. 0004---The neighbor of this server reaches it through a non-VINES interface. 0008---The origin timestamp for this entry is not valid. The entry is either for a pre-5.50 server, or the entry was learned via a pre-5.50 server.

show vines service

To display information about the application layer support, use the show vines service command in EXEC mode.

Router# show vines service
 
Vines Files Service:
    Name:     FS@Doc-ags+1@Servers (FS)
    Ports:    Well Known 6, Transient 0
    Timer:    not running
 
Network & System Management Service:
    Name:     NSM@Doc-ags+1@Servers (NSM)
    Ports:    Well Known 25, Transient 0
    Timer:    not running
 
Server Service:
    Name:     SS@Doc-ags+1@Servers (SS)
    Ports:    Well Known 7, Transient 0
    Emulates: 5.50(0), Supports: 3.22(49) - 6.99(49)
    Timer:    not running
 
VINES Security Service:
    Name:     VS@Doc-ags+1@Servers (VS)
    Ports:    Well Known 19, Transient 0
    Timer:    not running
 

Table 14 describes the fields shown in the display.

Table 14: show vines service Field Descriptions

Field	Description
Name:	Name of the service.
Ports:	Ports on which the service is running.
Timer:	Time at which this service will wake up and perform some periodic functions.

Router# show vines service fs
 
Vines Files Service:
  Periodic timer not running.
 
Router# show vines service nsm
 
Network & System Management Service:
  Next wakeup in 00:00:29.
 
Router# show vines service ss
 
Server Service:
  Next wakeup in 00:20:04.
  Time is 07:52:31 ET Sep 11 1998
  Time last set by 300EF792:0001, 00:10:13 ago.
  Time epoch is SS@Rdtp-10@Servers-1, started 00:10:14 ago.
  Configuration:
Capable of providing time services to clients.
Listening to VINES time of day synchronization.
Participating in vines time of day synchronization.
Sending time messages to the broadcast address.
    
Router# show vines service vs
 
VINES Security Service:
  Periodic timer not running.
 

Table 15 describes the fields shown in the displays.

Table 15: show vines service (fs, nsm, ss, and vs) Field Descriptions

Field	Description
Periodic timer not running	Indicates that this service has no periodic functions to perform.
Next wakeup in...	Time, in seconds, until the service performs its periodic actions. For the Server service, this is to send a time synchronization message. For the Network System and Management (NSM) service, this is to send any requested trace packets. The periodic interval for the NSM service is 30 seconds when no trace messages are pending.
Time is...	Current time (in the format hours:minutes:seconds) and date.
Time last set...	Server that last adjusted the time, how much it adjusted the time, and how long ago it was adjusted. For times within the last 24 hours, the time format is hours:minutes:seconds. For times longer ago than 24 hours, the time format is weekswdaysd.
Time epoch is...	Name of the current time epoch (in the format name-number), and when it was established.

show vines traffic

To display the statistics maintained about VINES protocol traffic, use the show vines traffic command in EXEC mode.

Router# show vines traffic
 
SYSTEM TRAFFIC:
  Rcvd: 204 total, 12708 bytes, 0 format errors, 0 not enabled,
        15 local dst, 189 bcast, 0 forwarded
        0 no route, 0 zero hops
        0 checksum errors, 3 IP unknown, 0 IPC unknown
        3 bcast forwarded, 1 bcast helpered, 0 dup bcast
  Sent: 21 packets, 1278 bytes
        0 unicast, 21 bcast, 0 forwarded
        0 encap failed, 0 access failed, 0 down
        0 bcast fwd, 3 not fwd (toward source)
        0 notlan, 0 not gt4800, 0 no pp charge
   ARPv0: Rcvd 0/0/0/0/0, Sent 0/0/0/0
   ARPv1: Rcvd 0/0/0/0/0, Sent 0/0/0/0
     ICP: Rcvd 0/0/0, Send 0/0
     IPC: Rcvd 17, Sent 8
   RTPv0: Rcvd 2/10/0/0/170/0/0/5, Sent 0/6/00/0/91/10/0
   RTPv1: Rcvd 0/0/0/0/0/0, Sent 0/3/60/0
     SPP: Rcvd 0, Sent 0
    Echo: Rcvd 5, Sent 5
   Proxy: Rcvd 0, Sent 0
IPC TRAFFIC BY PORT NUMBER:
Broadcast: Other:00000000, 01:00000000, 02:00000000, 03:00000000, 04:00000000
              05:00000000, 06:00000000, 07:00000000, 08:00000000, 09:00000000
              0A:00000000, 0B:00000000, 0C:00000000, 0D:00000000, 0E:00000000
              0F:00000000, 10:00000000, 11:00000000, 12:00000000, 13:00000000
              14:00000000, 15:00000000, 16:00000000, 17:00000000, 18:00000000
              19:00000000
 
 
 Helpered: Other:00000000, 01:00000000, 02:00000000, 03:00000000, 04:00000000
              05:00000000, 06:00000000, 07:00000000, 08:00000000, 09:00000000
              0A:00000000, 0B:00000000, 0C:00000000, 0D:00000000, 0E:00000000
              0F:00000000, 10:00000000, 11:00000000, 12:00000000, 13:00000000
              14:00000000, 15:00000000, 16:00000000, 17:00000000, 18:00000000
              19:00000000
  Unicast: Other:00000000, 01:00000000, 02:00000000, 03:00000000, 04:00000000
              05:00000000, 06:00000000, 07:00000000, 08:00000000, 09:00000000
              0A:00000000, 0B:00000000, 0C:00000000, 0D:00000000, 0E:00000000
              0F:00000000, 10:00000000, 11:00000000, 12:00000000, 13:00000000
              14:00000000, 15:00000000, 16:00000000, 17:00000000, 18:00000000
              19:00000000
 Proxied: Other:00000000, 01:00000000, 02:00000000, 03:00000000, 04:00000000
              05:00000000, 06:00000000, 07:00000000, 08:00000000, 09:00000000
              0A:00000000, 0B:00000000, 0C:00000000, 0D:00000000, 0E:00000000
              0F:00000000, 10:00000000, 11:00000000, 12:00000000, 13:00000000
              14:00000000, 15:00000000, 16:00000000, 17:00000000, 18:00000000
              19:00000000
P_Replies: Other:00000000, 01:00000000, 02:00000000, 03:00000000, 04:00000000
              05:00000000, 06:00000000, 07:00000000, 08:00000000, 09:00000000
              0A:00000000, 0B:00000000, 0C:00000000, 0D:00000000, 0E:00000000
              0F:00000000, 10:00000000, 11:00000000, 12:00000000, 13:00000000
              14:00000000, 15:00000000, 16:00000000, 17:00000000, 18:00000000
              19:00000000
 
Interface Hssi0:
  Rcvd: 0 packets, 0 bytes, 0 format errors, 0 not enabled,
        0 local dst, 0 bcast, 0 forwarded,
        0 no route, 0 zero hops
        0 checksum errors, 0 IP unknown, 0 IPX unknown
        0 bcast forwarded, 0 bcast helpered, 0 dup bcast
  Sent: 0 packets, 0 bytes
        0 unicast, 0 bcast, 0 forwarded
        0 encap failed, 0 access failed, 0 down
        0 bcast fwd, 0 not fwd (toward source)
        0 notlan, 0 not gt4800, 0 no pp charge
   ARPv0: Rcvd 0/0/0/0/0, Sent 0/0/0/0
   ARPv1: Rcvd 0/0/0/0/0, Sent 0/0/0/0
     ICP: Rcvd 0/0/0, Send 0/0
     IPC: Rcvd 0, Sent 8
   RTPv0: Rcvd 0/10/0/0/0/0/0/0, Sent 0/0/00/0/0/0/0
   RTPv1: Rcvd 0/0/0/0/0/0, Sent 0/3/60/0
     SPP: Rcvd 0, Sent 0
    Echo: Rcvd 0, Sent 0
   Proxy: Rcvd 0, Sent 0
 

Table 16 describes the fields shown in the display.

Table 16: show vines traffic Field Descriptions

Field	Description
SYSTEM TRAFFIC:	This section displays statistics about all VINES packets handled by the Cisco IOS software.
Rcvd:	This section displays statistics about VINES packets received by the software.
packets	Total number of VINES packets received.
bytes	Total bytes in all the VINES packets received.
format errors	Number of VINES packets that had errors in the format of the VINES IP header. Currently, the only thing checked is the length field in the header. The number of packets with format errors is included in the count of total packets received (in the Rcvd: field).
not enabled	Number of VINES packets received on an interface on which VINES was not enabled. These packets are not included when counting the total packets received (in the Rcvd: field).
local dst	Number of packets accepted for further processing because they were addressed to the router's unicast address.
bcast	Number of packets accepted for further processing because they were addressed to the router's broadcast address.
forwarded	Number of packets not accepted for further processing but that were simply forwarded out another interface.
no route	Number of packets discarded because the Cisco IOS software did not know how to reach the destination.
zero hops	Number of packets discarded because the hop count field in the VINES IP header was zero.
checksum errors	Number of packets accepted for further processing (the sum of the "local dest" and "bcast" fields) that were discarded because the checksum was bad.
IP unknown	Number of packets accepted (the sum of the "local dest" and "bcast" fields) that were discarded because the VINES IP protocol type was unknown
IPC unknown	Number of packets accepted for further processing (the sum of the "local dest" and "bcast" fields) that were discarded because the IPC port number was unknown.
bcast forwarded	Number of broadcast packets accepted for further processing (as shown in the "bcast" field) that were forwarded because they had a nonzero hop count. (Note that the sum of the "bcast forwarded," "bcast helpered," and "dup bcast" fields will not equal the total number of broadcast packets received.)
bcast helpered	Number of broadcast packets accepted (as shown in the "bcast" field) that were "helpered" to a Banyan server. (Note that the sum of the "bcast forwarded," "bcast helpered," and "dup bcast" fields will not equal the total number of broadcast packets received.)
dup bcast	Number of broadcast packets accepted (as shown in the "bcast" field) that were classified as duplicates and discarded. (Note that the sum of the "bcast forwarded," "bcast helpered," and "dup bcast" fields will not equal the total number of broadcast packets received.)
Sent:	This section displays statistics about VINES packets sent by the router.
packets	Total number of VINES packets sent.
bytes	Total bytes in all the VINES packets sent.
unicast	Number of unicast packets originating at the router.
bcast	Number of broadcast packets originating at the router.
forwarded	Number of unicast packets that were forwarded from another interface.
encap failed	Number of packets not sent because of an encapsulation failure. This usually happens when entries in a map for a public data network, such as X.25 or Frame Relay, are missing.
access failed	Number of packets not sent because the destination was denied by an access list.
down	Number of packets not sent because the interface was down.
bcast fwd	Number of broadcast packets that were forwarded from another interface.
not fwd (toward source)	Number of broadcast packets that were not forwarded because this interface is the interface on which the broadcast was received.
not lan	Number of broadcast packets that were not forwarded because they were marked for LANs only and this interface is not a LAN (for example, it might be a serial interface.)
not gt	Number of broadcast packets that were not forwarded because they were marked for high-speed interfaces only and this interface is a low-speed interface (line speed of 4800 baud or less).
no pp charge	Number of broadcast packets that were not forwarded because they were marked to send only to networks that do not have per-packet charging and this interface is to a network that has per-packet charging.
ARPv0:	This section displays statistics about VINES ARP packets sent and received.
Rcvd x/x/x/x/x	Number of ARP packets received of type 0, 1, 2, 3, and other.
Sent x/x/x/x	Number of ARP packets sent of type 0, 1, 2, and 3.
ARPv1:	This section displays statistics about VINES SARP packets sent and received.
Rcvd x/x/x/x/x	Number of SARP packets received of type 0, 1, 2, 3, and other.
Sent x/x/x/x	Number of SARP packets sent of type 0, 1, 2, and 3.
ICP:	This section displays statistics about VINES ICP packets sent and received.
Rcvd x/x/x	Number of ICP packets received of type 0, 1, and other.
Sent x/x	Number of ICP packets sent of type 0 and 1.
IPC:	This section displays statistics about VINES IPC packets sent and received.
Rcvd	Number of IPC packets received.
Sent	Number of IPC packets sent.
RTPv0:	This section displays statistics about VINES RTP packets sent and received.
Rcvd x/x/x/x/x/x/x/x	Number of RTP packets received of type 0, 1, 2, 3, 4, 5, 6, and other. The counts of type 0, type 2, type 3, and other RTP packets should always be zero.
Sent x/x/x/x/x/x/x	Number of RTP packets sent of type 0, 1, 2, 3, 4, 5, and 6.
RTPv1:	This section displays statistics about VINES SRTP packets sent and received.
Rcvd x/x/x/x/x	Number of SRTP packets received of type 0, 1, 2, 3, and other. The count of other SRTP packets should always be zero.
Sent x/x/x/x/x	Number of SRTP packets sent of type 0, 1, 2, 3.
SPP:	This section displays statistics about VINES Sequence Packet Protocol (SPP) packets sent and received.
Rcvd	Number of SPP packets received
Sent	Number of SPP packets sent.
Echo:	This section displays statistics about VINES echo packets sent and received.
Rcvd	Number of MAC-level echo packets received.
Sent	Number of MAC-level echo packets sent.
Proxy:	This section displays statistics about VINES proxies sent and received. A proxy is when a client sends a query directly to the router for which the router does not have the intelligence to respond. The Cisco IOS software then sends these queries to a Banyan server, and when it receives the response from the server, the software relays it back to the client.
Rcvd	Number of proxy queries received.
Sent	Number of proxy queries sent.
IPC TRAFFIC BY PORT NUMBER:	This section displays statistics about VINES IPC packets. The information displayed in this section is particularly useful when a serverless network is connected to the router.
Broadcast:	Number of VINES IPC messages, by destination port number, received by the router because they were addressed to the VINES IP broadcast address.
Helpered:	Number of broadcast messages that were sent toward a Banyan server because they were received on an interface for a serverless network.
Unicast:	Number of VINES IPC messages, by destination port number, received by the router because they were specifically addressed to the VINES IP address of the router.
Proxied:	Number of unicast messages received that were sent to a Banyan server because they were received on a serverless interface and because the router did not know how to respond to the message.
P_Replies:	Number of responses to a proxy query that were received from a Banyan server.
Interface	This section displays statistics about the individual interfaces in the router. The fields in this section have the same meanings as the fields of the same name in the "SYSTEM TRAFFIC" section, except that the statistics are for the particular interface, not for the entire router.

trace (VINES)

To determine the path that a packet takes when traversing a VINES network, use the trace command in EXEC mode.

Router# trace vines
 
Target Vines address: wayfinder
Source Vines address: coinspinner
From: 0002801578 Coinspinner         To: 0002609380 Wayfinder
 
Server                     Gate                      metric  media       address
0002801578 Coinspinner     0805371606 Router              4     40  000030C0FEB6
0805371606 Router          0002609380 Wayfinder           2   2560  10005A746A36
 

Router# trace oldvines
 
Target vines address: 27AF92:1
Numeric display [n]:
Timeout in seconds [3]:
Probe count [3]:
Minimum Time to Live [0]:
Maximum Time to Live [15]:
Type escape sequence to abort.
Tracing the route to COINSPINNER (27AF92:1)
 0 Farslayer (30002A2D:1) 0 msec 4 msec 4 msec
 1 Coinspinner (27AF92:1) 4 msec 4 msec 8 msec
 

Posted: Fri Mar 17 08:20:40 PST 2000
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