![]() |
COMMAND DESCRIPTION 18/190 82-CRA 119 1170/1-V1 Uen A | ![]() |
Copyright
© Copyright Ericsson AB 2009. All rights reserved.
Disclaimer
No part of this document may be reproduced in any form without the written permission of the copyright owner. The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Ericsson shall have no liability for any error or damage of any kind resulting from the use of this document.
Trademark List
SmartEdge | is a registered trademark of Telefonaktiebolaget L M Ericsson. | |
NetOp | is a trademark of Telefonaktiebolaget L M Ericsson. |
Commands starting with “show c” are included.
show chassis
Displays chassis installed and configured cards and their status.
all modes
This command has no keywords or arguments.
None
Use the show chassis command to display installed and configured cards and their status. Table 1 describes the output fields for the show chassis command.
The following guidelines apply to the data in Table 1:
Field |
Description |
---|---|
Current platform is |
Chassis type:
|
Slot |
slot—Slot number for this unit. |
Configured type |
Slot is configured for one of the following card types:
|
Installed type |
Slot has card installed:
|
Initialized |
State of card:
|
Flags |
Status of card:
|
(1) The version
of the FPGA that is installed on this traffic card and the version
that is shipped with this release of the operating system do not match;
you must update the FPGA on this traffic card for it to successfully
initialize. To upgrade the FPGAs on this traffic card, see Installing
Release 6.2.1.1for the release that is installed on this SmartEdge router.
Table 2 lists the traffic and services card types; in the table, the IR abbreviation is used for Intermediate Reach.
Traffic Card Type |
Description |
---|---|
atm-ds3-12-port |
12-port ATM DS-3 traffic card |
atm-oc12-1-port |
1-port ATM OC-12c/STM-4c IR traffic card |
atm-oc12e-1-port |
Enhanced 1-port ATM OC-12c/STM-4c IR traffic card |
atm-oc3-2-port |
2-port ATM OC-3c/STM-1c IR traffic card |
atm-oc3-4-port |
4-port ATM OC-3c/STM-1c IR traffic card |
atm-oc3e-8-port |
8-port ATM OC-3c/STM-1c traffic card |
ch-ds3-12-port |
12-port Channelized DS-3 traffic card |
ch-ds3-3-port |
3-port Channelized DS-3 traffic card |
ch-e1ds0-24-port |
24-port Channelized E1 traffic card |
ch-oc12ds1-1-port |
1-port Channelized OC-12 DS-1 traffic card |
ch-oc12ds3-1-port |
1-port Channelized OC-12 DS-3 traffic card |
ch-stm1ds0-3-port |
3-port Channelized STM-1 traffic card |
ds3-12-port |
12-port Clear-Channel DS-3 traffic card |
e3-6-port |
6-port Clear-Channel E3 traffic card |
ether-12-port |
12-port 10/100 Ethernet traffic card |
fege-60-2-port |
60-port FE, 2-port GE Fast Ethernet-Gigabit Ethernet (FE-GE) traffic card |
gigaether-4-port |
4-port Gigabit Ethernet, or Advanced Gigabit Ethernet traffic card |
ge3-4-port |
4-port Gigabit Ethernet 3 (GE3) traffic card |
ge-10-port |
10-port Gigabit Ethernet 1020 traffic card |
ge-20-port |
20-port Gigabit Ethernet 1020 traffic card |
ge-5-port |
5-port Gigabit Ethernet traffic card |
ge4-20-port |
20-port Gigabit Ethernet traffic card |
10ge-1-port |
1-port 10 Gigabit Ethernet traffic card |
10ge-4-port |
4-port 10 Gigabit Ethernet traffic card |
oc12-4-port |
4-port OC-12c/STM-4c IR traffic card |
oc3-8-port |
8-port OC-3c/STM-1c IR traffic card |
oc48-1-port |
1-port OC-48c/STM-16c traffic card (any version) |
oc192-1-port |
1-port OC-192c/STM-64c traffic card (any XFP version) |
ase |
Advanced Services Engine |
sse |
SmartEdge Storage Engine |
The following example displays output from the show chassis command for a SmartEdge 800 router:
[local]Redback>show chassis
Current platform is SE800 (Flags: A-Active Crossconnect B-StandBy Crossconnect C-SARC Ready D-Default Traffic Card E-EPPA Ready G-Upgrading FPGA H-Card Admin State SHUT I-IPPA Ready M-FPGA Mismatch N-SONET EU Enabled O-Card Admin State ODD R-Traffic Card Ready S-SPPA Ready U-Card PPAs UP W-Warm Reboot X-XCRP mismatch) Slot: Configured-type Slot: Installed-type Initialized Flags ------------------------------------------------------------------------------- 1 : none 1 : oc12-4-port No 2 : none 2 : none No 3 : none 3 : oc3-8-port No 4 : none 4 : none No 5 : none 5 : oc48-1-port No 6 : none 6 : ch-oc12ds3-1-port No 7 : none 7 : xcrp No B 8 : none 8 : xcrp Yes A 9 : ether-12-port 9 : ether-12-port Yes O 10 : none 10 : none No 11 : none 11 : none No 12 : none 12 : none No 13 : e3-6-port 13 : e3-6-port Yes IEUDR 14 : none 14 : none No
The following example displays output from the show chassis command for a SmartEdge 400 router:
[local]Redback>show chassis
Current platform is SE400 (Flags: A-Active Crossconnect B-StandBy Crossconnect C-SARC Ready D-Default Traffic Card E-EPPA Ready G-Upgrading FPGA H-Card Admin State SHUT I-IPPA Ready M-FPGA Mismatch N-SONET EU Enabled O-Card Admin State ODD R-Traffic Card Ready S-SPPA Ready U-Card PPAs UP W-Warm Reboot X-XCRP mismatch) Slot: Configured-type Slot: Installed-type Initialized Flags --------------------------------------------------------------------------- 1 : none 1 : oc48-1-port No 2 : none 2 : oc48-1-port No 3 : none 3 : oc48-1-port No 4 : none 4 : oc12-4-port No 5 : xcrp 5 : xcrp No BX 6 : xcrp 6 : xcrp Yes A
In this example, the standby controller card is not initialized because it and the active controller card are not identical.
show chassis power [inventory]
Displays a summary of power allocation for the current SmartEdge chassis configuration.
inventory |
Optional. Displays power requirements for each traffic card. |
None
Use the show chassis power command to display a summary of power allocation for the current SmartEdge chassis configuration. Table 3 lists the descriptions for the fields that this command displays without the inventory keyword.
Field |
Description |
---|---|
Power Capacity |
Total power capacity of the chassis. |
Power Allocated |
Total power allocated to the installed components. |
Power Available |
Power still available for allocation. |
Slot |
Chassis slot number; N/A if this location is unnumbered. |
Configured-type |
Name of unit. |
Required Watts and A@-48V |
Power required by this unit in watts and amperes. |
Allocated Watts and A@-48V |
Power allocated to this unit in watts and amperes. |
Power Status |
Power status of this unit:
|
Table 4 lists the descriptions of the fields that the inventory keyword displays.
Field |
Description |
---|---|
Chassis Type |
Chassis type: SE100, SE400, SE800 SE800e, SE800s, SE1200 NEBS |
Chassis Type |
Chassis type: SmartEdge |
Power Capacity |
Total power capacity of the chassis. |
XCRP Type |
Controller card type:
|
Traffic Card Type |
See the card command for traffic card types. |
Power Consumption |
Power required for each card (watts and amperes @-48V). |
The following example displays the power allocation for a SmartEdge 800 chassis:
[local]Redback>show chassis power
Power Capacity: 1920.00 Watts (40.00 A@-48V) + 10% Tolerance Power Allocated: 1377.12 Watts (28.69 A@-48V) Power Available: 734.88 Watts (15.31 A@-48V) Required Allocated Power Slot: Configured-type Watts A@-48V Watts A@-48V Status -------------------------------------------------------------------------------- N/A fan_and_alarm 142.56 2.97 142.56 2.97 full 1 : ge-10-port 141.60 2.95 141.60 2.95 full 2 : ge-20-port 177.60 3.70 177.60 3.70 full 3 : none n/a n/a 96.00 2.00 low 4 : ge-10-port 141.60 2.95 141.60 2.95 full 5 : ge-10-port 141.60 2.95 141.60 2.95 full 6 : ge-10-port 141.60 2.95 141.60 2.95 full 7 : xcrp4-base 106.08 2.21 106.08 2.21 full 8 : xcrp4-base 106.08 2.21 106.08 2.21 full 9 : ge-10-port 141.60 2.95 141.60 2.95 full 10 : ge-10-port 141.60 2.95 141.60 2.95 full 11 : ge-10-port 141.60 2.95 141.60 2.95 full 12 : ge-10-port 141.60 2.95 141.60 2.95 full 13 : ge-10-port 141.60 2.95 141.60 2.95 full 14 : ge-10-port 141.60 2.95 141.60 2.95 full
The following example shows the output when the inventory keyword is entered:
[local]Redback>show chassis power inventory
Chassis Type Power Capacity -------------------------------------------------------------------------------- SE800e 1920.00 Watts 40.00 A@-48V XCRP Type Power Consumption -------------------------------------------------------------------------------- xcrp3 41.28 Watts 0.86 A@-48V Traffic Card Type Power Consumption -------------------------------------------------------------------------------- 10ge-1-port 130.56 Watts 2.72 A@-48V atm-ds3-12-port 88.32 Watts 1.84 A@-48V atm-oc12-1-port 92.16 Watts 1.92 A@-48V atm-oc12e-1-port 86.40 Watts 1.80 A@-48V atm-oc3-2-port 92.16 Watts 1.92 A@-48V atm-oc3-4-port 90.24 Watts 1.88 A@-48V ch-ds3-12-port 90.24 Watts 1.88 A@-48V ch-ds3-3-port 90.24 Watts 1.88 A@-48V ch-e1ds0-24-port 92.16 Watts 1.92 A@-48V ch-oc12ds1-1-port 97.92 Watts 2.04 A@-48V ch-oc12ds3-1-port 97.92 Watts 2.04 A@-48V ch-stm1ds0-3-port 92.16 Watts 1.92 A@-48V ds3-12-port 90.24 Watts 1.88 A@-48V e3-6-port 81.60 Watts 1.70 A@-48V ether-12-port 69.12 Watts 1.44 A@-48V ge-10-port 141.60 Watts 2.95 A@-48V ge-20-port 177.60 Watts 3.70 A@-48V ge-4-port 74.88 Watts 1.56 A@-48V ge3-4-port 107.52 Watts 2.24 A@-48V oc12-4-port 94.08 Watts 1.96 A@-48V oc3-8-port 94.08 Watts 1.96 A@-48V oc48-1-port 86.40 Watts 1.80 A@-48V
To show the status of a specific type of circuit, the show circuit (circuit-type) syntax is as follows:
show circuit [circuit-type] [bind-type] [up | down] [detail | summary]
The circuit-type keywords are: atm, chdlc, clips, dot1q, ether, fr, gre, ipip, ipsec, ipv6-auto, ipv6-man, l2tp, mip-fa, mip-ha, mpls, ppp, pppoe, and vpls. See Table 5 for a list of the components of this argument.
To show the status of circuits assigned to a subscriber identified by the RADIUS Agent-Remote-ID or Agent-Circuit-ID attributes, the show circuit (agent-remote-id, agent-circuit-id) syntax is:
show circuit [agent-remote-id remote-id | agent-circuit-id circuit-id] [up | down] [detail | summary]
To show the status of circuits assigned to BVI ports, the show circuit bvi syntax is:
show circuit [bvi {bvi-name | id bvi-id}] [circuit-type] [bind-type] [up | down] [detail | summary]
See Section 1.4 for the show circuit counters command.
To show the status of aggregated circuits of a link group, the show circuit lg syntax is:
show circuit [lg {lg-name | id lg-id}] [circuit-type] [bind-type] [up | down] [detail | summary]
To show the status of a circuit connected to a specific slot and port and optionally the circuit type, the show circuit slot/port syntax is:
show circuit [slot/port[/chan[/sub-chan]]] [circuit-id | circuit-type [bind-type]] [up | down] [detail | summary]
To show the status of circuits assigned to a subscriber identified by a fully qualified subscriber name, the show circuit username syntax is:
show circuit [username subscriber] [up | down] [detail | summary]
Displays circuit information for one or more circuits in the system.
all modes
circuit-type |
Type of circuit for which circuit information is displayed. For a detailed listing of the keywords and arguments in the circuit-type argument, see Table 5. If omitted, displays circuit information for all types of circuits. |
bind-type |
Type of binding for which information is displayed, according to one of the keywords listed in Table 6. |
up |
Displays only circuits that are up. |
down |
Displays only circuits that are down. |
detail |
Displays detailed circuit information. |
summary |
Displays only summary information. |
agent-circuit-id circuit-id |
Specifies the RADIUS Agent-Circuit-ID attribute of the subscriber session for which information is displayed. A text string of up to 63 alphanumeric characters. |
agent-remote-id remote-id |
Specifies a subscriber session, where the remote-id argument is the value of the Agent-Remote-ID attribute in a RADIUS subscriber record. Enter the remote-id argument as a structured subscriber username in the form subscriber@context. A text string of up to 63 alphanumeric characters. |
bvi {bvi-name | id bvi-id} |
Specifies the name or ID of a Bridged Virtual Interface for which information is displayed. |
counters |
Displays in the circuit counters. See Section 1.4 for the show circuit counters command. |
lg {lg-name | id lg-id} |
Displays all the circuits associated with the specified link or APS group. |
slot/port |
Chassis slot and port number of a traffic card for which circuit information is displayed. The port argument is required if you enter the slot argument. |
chan-num |
Channel number for which circuit information is displayed. If omitted, displays circuit information for all channels on the specified port. The range of values depends on the type of port; see Table 8 for the range of values. |
sub-chan-num |
Subchannel number for which circuit information is displayed. If omitted, displays circuit information for all subchannels in the specified channel. The range of values depends on the type of port; see Table 8 for the range of values. |
circuit-id |
Circuit identifier, according to one of the constructs listed in Table 7. If omitted, displays circuit information for all circuits on the specified port or channel. |
username subscriber |
A fully qualified subscriber name for whom to list circuit information. An identifier of the format sub-name@ctx-name. |
Displays summary information for all circuits of all types in the system.
Use the show circuit command to display circuit information for one or more circuits in the system.
To display the counters with values accumulated since the system was last reloaded, enter the show circuit counters command with the persistent keyword.
If you enter the optional slot, or port, or chan-num arguments, the command displays the counters for the specified traffic card, or port, or channel; if you enter the optional sub-chan-num argument, the command displays the counters for the DS-1 channel or DS-0 channel group. These arguments are not specified for Generic Routing Encapsulation (GRE) tunnel circuits.
If you enter an optional circuit-id argument, the command displays the counters for the specified circuit. This argument is not specified for GRE tunnel circuits.
If you enter an optional circuit-type argument, the command displays the counters for all circuits of the specified type.
If you enter an optional sess-id argument, the command displays the PPPoE session identifier.
If you specify the VLAN tag value for an 802.1Q tunnel, the output includes circuit counters for all the PVCs within the tunnel.
By default, this command displays only summary counter information for all circuits with their last known values, which have been cached. Cached values are updated every 60 seconds. Use the live keyword to force the system to read and display the current values for the summary counters.
Table 5 lists the options for the circuit-type argument.
Circuit Type |
Description |
---|---|
atm |
Specifies ATM circuits. |
chdlc |
Specifies Cisco HDLC circuits(1) |
clips |
Specifies CLIPS circuits. |
dot1q |
Specifies 802.1Q circuits. |
ether |
Specifies Ethernet circuits. |
fr |
Specifies Frame Relay circuits.(2) |
gre [gre-id] |
Specifies GRE tunnel circuits. |
ipip [ipip-id] |
Specifies IPIP tunnel circuits. |
ipsec [ipsec-id] |
Specifies IPSec encrypted tunnel. |
ipv6-auto [ipv6-auto-id] |
Specifies automatic IPv6 tunnel circuits. |
ipv6-man [ipv6-man-id] |
Specifies manual IPv6 tunnel circuits. |
l2tp {l2tp-peer tunnel l2tp-id session session-id | active-slot [active-slot-num] | all | lns lns-circuit-id} |
Specifies L2TP circuits. The keywords and argument that specify L2TP circuits follow:
|
mip-fa [mip-fa-id] |
Specifies mobile-ip foreign agent (FA) circuits. |
mip-ha [mip-ha-id] |
Specifies mobile-ip home agent (HA) circuits. |
mp mp-id |
Specifies multilink PPP link group circuits |
mpls [lsp lsp-id] |
Specifies MPLS circuits, where lsp-id is the label-switched path (LSP) identifier. The range of values is 1 to 65535. |
ppp |
Specifies PPP circuits. |
pppoe |
Specifies PPPoE circuits |
vpls [vpls-id] |
Specifies VPLS circuits. The range of values is 1 to 65535. |
(1) The SmartEdge 100 router does not support the chdlc keyword..
(2) The SmartEdge 100 router does not support the fr keyword..
Table 6 lists the keyword choices for the bind-type argument.
Keyword |
Description |
---|---|
auth |
Display information for circuits that are bound using PAP or CHAP |
bound |
Display information for circuits that are bound |
bypass |
Display information for cross connected circuits. |
interface |
Display information for circuits that are bound to an interface. |
no-bind |
Display information for circuits that have no binding |
subscriber |
Display information for circuits that are bound to subscribers |
unbound |
Display information for unbound circuits |
Table 7 lists the values for the circuit-id argument.
Construct |
Description |
---|---|
dlci dlci-id |
Data-link connection identifier (DLCI) for the Frame Relay PVC. The range of values is 16 to 991. |
vlan-id vlan-id [clips [clips-id] | ipv6oe | pppoe [pppoe-id]] |
The vlan-id argument is the VLAN tag value for an 802.1Q tunnel or PVC. It is one of the following constructs. The range of values for any VLAN tag value is 1 to 4095:
|
vpi-vci vpi-id vci-id [clips [clips-id] | ipv6oe | pppoe [pppoe-id]] |
Virtual path identifier (VPI) and virtual circuit identifier (VCI) for an ATM permanent virtual circuit (PVC). The range of values is 0 to 255 and 1 to 65535, respectively. |
[clips [clips-id] |
Displays information for the specified CLIPS circuit. |
ipv6oe |
Displays information for IPV6oE circuits. |
pppoe [pppoe-id] |
Displays information for the specified PPPoE circuit. |
Table 8 lists the range of values for the chan-num and sub-chan-num arguments for various types of channelized ports.
Port |
Channel Types |
chan-num Range |
sub-chan-num Range |
---|---|---|---|
Channelized OC-12 |
DS-3, DS-1 |
1 to 12 |
1 to 28 |
Channelized STM-1 |
E1, DS-0 channel group |
1 to 63 |
1 to 31 |
Channelized DS-3 |
DS-1 |
1 to 28 |
– |
Channelized E1 |
DS-0 channel group |
1 to 31 |
– |
The following example shows how to display detailed information about circuit counters for a bridged ATM PVC:
[local]Redback>show circuit counters 2/6 vpi-vci 1 33 detail Circuit: 2/6 vpi-vci 1 33, Internal id: 1/2/4, Encap: atm-1483-bridged Packets Bytes ------------------------------------------------------------------------------- Receive : 13717 Receive : 2337756 Receive/Second : 0 Receive/Second : 133 Transmit : 651 Transmit : 98322 Transmit/Second : 0 Transmit/Second : 0 IP Multicast Rcv: 0 IP Multicast Rcv: 0 IP Multicast Tx : 0 IP Multicast Tx : 0 Unknown Encaps : 0 Unknown Encaps : 0 Down Drops : 0 Down Drops : 0 Unreach Drops : 0 Unreach Drops : 0 Adj Drops : 0 Adj Drops : 0 WRED Drops Total: 0 WRED Drops Total: 0 Tail Drops Total: 0 Tail Drops Total: 0 Bridge Counters Multi/Broadcast : 12800 Multi/Broadcast : 2193221 Flood : 477 Flood : 99205 Flood Drops : 0 Flood Drops : 0 Bcast : 53 Bcast : 3180 Bcast Drops : 0 Bcast Drops : 0 Mcast : 0 Mcast : 0 Mcast Drops : 0 Mcast Drops : 0 Restricted Drops: 37 Restricted Drops: 3958 Internal Drops : 0 Internal Drops : 0 MAC filter Drops : 0 MAC filter Drops : 0 Rate Refresh Interval : 60 seconds Protocol Ratelimit Counters ARP Drops : 0 ARP Drops : 0
To show the status of a specific type of circuit, the show circuit counters (circuit-type) syntax is as follows:
show circuit [persistent] [circuit-type] [detail | live | queue | subscriber]
The circuit-type keywords are: atm, chdlc, clips, dot1q, ether, fr, gre, ipip, ipsec, ipv6-auto, ipv6-man, l2tp, mip-fa, mip-ha, mpls, ppp, pppoe, and vpls. See Table 9 for a list of the components of this argument.
To show the circuit counters of circuits assigned to a subscriber identified by the RADIUS Agent-Remote-ID or Agent-Circuit-ID, the show circuit counters (agent-remote-id, agent-circuit-id) syntax is:
show circuit counters [persistent] [agent-remote-id remote-id | agent-circuit-id circuit-id][detail | live | queue| subscriber]
To show the circuit counters of circuits assigned to BVI pseudo circuits, the show circuit counters bvi syntax is:
show circuit counters [persistent] [bvi {bvi-name | id bvi-id}] [circuit-type] [detail | live | queue | subscriber]
See Section 1.5 for the show circuit counters circuit-group command.
To show the counters for an l2vpn cross-connect circuits, the show circuit counters l2vpn-cross-connect syntax is:
show circuit counters [persistent] [l2vpn-cross-connect [cross-connect-prof-id] [circuit-type] [detail | live | queue | subscriber]
show circuit counters [persistent] [l2vpn-cross-connect [cross-connect-prof-id] [circuit-type] [detail | live | queue]
To show the circuit counters of link-group aggregated circuits, the show circuit counters lg syntax is:
show circuit counters [persistent] [lg {lg-name | id lg-id}] [circuit-type | circuit-id] [detail | live | queue | subscriber]
To show the circuit counters of circuits in a link group, the show circuit counters link group syntax is:
show circuit counters [persistent] [link-group {link-group-name | all} link-group-type] [detail | live | queue | subscriber]
To show the circuit counters of circuits connected to a specific slot and port and optionally the circuit type, the show circuit counters slot/port syntax is:
show circuit [persistent] [slot/port [/chan[/sub-chan]]] [circuit-id | circuit-type] [detail | live | queue | subscriber]
To show the circuit counters of circuits assigned to a subscriber identified by a fully qualified subscriber name, the show circuit counters username syntax is:
show circuit counters [username subscriber] [detail | live | queue| subscriber]
Displays circuit counters information.
all modes
persistent |
Displays persistent circuit counters; that is, circuit counter values that do not reflect clear operations |
circuit-type |
Type of circuit for which circuit counters are displayed. For a detailed listing of the keywords and arguments in the circuit-type argument, see Table 9. If omitted, displays circuit information for all types of circuits. |
detail |
Displays detailed counter information. |
live |
Forces the retrieval of live data for summary counters. |
subscriber |
Displays per-session information. |
queue |
Displays per-queue information kept by Packet Processing ASIC (PPA) counters; the values reflect the count since the last policy change. |
agent-circuit-id circuit-id |
Specifies the RADIUS Agent-Circuit-ID attribute of the subscriber session for which circuit counters are displayed. A text string of up to 63 alphanumeric characters. |
agent-remote-id remote-id |
Specifies a subscriber session, where the remote-id argument is the value of the Agent-Remote-ID attribute in a RADIUS subscriber record. Enter the remote-id argument as a structured subscriber username in the form subscriber@context. A text string of up to 63 alphanumeric characters. |
bvi {bvi-name | id bvi-id} |
Specifies the name or ID of a Bridged Virtual Interface for which circuit counters are displayed. |
l2vpn-cross-connect [cross-connect-prof-id |
Displays the circuit counters for circuits in the L2PN cross connect specified by the cross connect profile ID. |
lg {lg-name | id lg-id} |
Displays the circuit counters associated with the link group or APS group specified by link group name or ID. |
circuit-id |
Displays the circuit counters for the circuits specified by circuit identifier, according to one of the constructs listed in Table 10. If omitted, displays circuit counters associated with all circuits on the specified port or channel. |
link-group {link-group-name | all} link-group-type |
Displays the circuit counters of a specific type. Optionally, you can also specify the link group link name or all to show all link groups of the specified type. The types of link groups you can enter for the link-group-type argument are: dot1q, ether, hdlc, mfr, and mp. |
slot/port |
Chassis slot and port number of a traffic card for which circuit counters are displayed. The port argument is required if you enter the slot argument. |
chan-num |
Channel number for which circuit counters are displayed. If omitted, displays circuit information for all channels on the specified port. The range of values depends on the type of port; see Table 11 for the range of values. |
sub-chan-num |
Subchannel number for which circuit counters are displayed. If omitted, displays circuit information for all subchannels in the specified channel. The range of values depends on the type of port; see Table 11 for the range of values. |
username subscriber |
Displays the circuit counters associated with a fully qualified subscriber name. An identifier of the format sub-name@ctx-name. |
None
Use the show circuit counters command to display circuit counters information.
The output of this command provides values that have been accumulated since the counters were last cleared with the clear circuit counters command in exec mode, or since the card was last reloaded.
The counters for a circuit group aggregate all members of the circuit group.
Use the show circuit counters command to provide counter values specific to a circuit type.
By default, this command displays only summary counter information for all circuits with their last known values, which have been cached. Cached values are updated every 60 seconds. Use the live keyword to force the system to read and display the current values for the summary counters.
Table 9 lists the options for the circuit-type argument.
Circuit Type |
Description |
---|---|
atm |
Specifies ATM circuits. |
chdlc |
Specifies Cisco HDLC circuits(1) |
clips |
Specifies CLIPS circuits. |
dot1q |
Specifies 802.1Q circuits. |
ether |
Specifies Ethernet circuits. |
fr |
Specifies Frame Relay circuits.(2) |
gre [gre-id] |
Specifies GRE tunnel circuits. |
ipip [ipip-id] |
Specifies IPIP tunnel circuits. |
ipsec [ipsec-id] |
Specifies IPSec encrypted tunnel. |
ipv6-auto [ipv6-auto-id] |
Specifies automatic IPv6 tunnel circuits. |
ipv6-man [ipv6-man-id] |
Specifies manual IPv6 tunnel circuits. |
l2tp {l2tp-peer tunnel l2tp-id session session-id | active-slot [active-slot-num] | all | lns lns-circuit-id} |
Specifies L2TP circuits. The keywords and argument that specify L2TP circuits follow:
|
mip-fa [mip-fa-id] |
Specifies mobile-ip foreign agent (FA) circuits. |
mip-ha [mip-ha-id] |
Specifies mobile-ip home agent (HA) circuits. |
mp mp-id |
Specifies multilink PPP link group circuits |
mpls [lsp lsp-id] |
Specifies MPLS circuits, where lsp-id is the label-switched path (LSP) identifier. The range of values is 1 to 65535. |
ppp |
Specifies PPP circuits. |
pppoe |
Specifies PPPoE circuits |
vpls [vpls-id] |
Specifies VPLS circuits. The range of values is 1 to 65535. |
(1) The SmartEdge 100 router does not support the chdlc keyword..
(2) The SmartEdge 100 router does not support the fr keyword..
Table 10 lists the values for the circuit-id argument.
Construct |
Description |
---|---|
dlci dlci-id |
Data-link connection identifier (DLCI) for the Frame Relay PVC. The range of values is 16 to 991. |
vlan-id vlan-id [clips [clips-id] | ipv6oe | pppoe [pppoe-id]] |
The vlan-id argument is the VLAN tag value for an 802.1Q tunnel or PVC. It is one of the following constructs. The range of values for any VLAN tag value is 1 to 4095:
|
vpi-vci vpi-id vci-id [clips [clips-id] | ipv6oe | pppoe [pppoe-id]] |
Virtual path identifier (VPI) and virtual circuit identifier (VCI) for an ATM permanent virtual circuit (PVC). The range of values is 0 to 255 and 1 to 65535, respectively. |
[clips [clips-id] |
Displays information for the specified CLIPS circuit. |
ipv6oe |
Displays information for IPV6oE circuits. |
pppoe [pppoe-id] |
Displays information for the specified PPPoE circuit. |
Table 11 lists the range of values for the chan-num and sub-chan-num arguments for various types of channelized ports.
Port |
Channel Types |
chan-num Range |
sub-chan-num Range |
---|---|---|---|
Channelized OC-12 |
DS-3, DS-1 |
1 to 12 |
1 to 28 |
Channelized STM-1 |
E1, DS-0 channel group |
1 to 63 |
1 to 31 |
Channelized DS-3 |
DS-1 |
1 to 28 |
– |
Channelized E1 |
DS-0 channel group |
1 to 31 |
– |
Table 12 describes the summary counter information that displays for all circuit types if you do not specify the detail keyword.
Field |
Description |
Field |
Description |
---|---|---|---|
Packets sent |
Number of packets sent |
Bytes sent |
Number of bytes sent |
Packets recvd |
Number of packets received |
Bytes recvd |
Number of bytes received |
Table 13 describes the circuit counters that can be displayed for most types of circuits, depending on their configuration, when you specify the detail keyword; the data displayed for these counters, with the exception of the rate counters, is live, not cached data.
Field |
Description |
Field |
Description |
---|---|---|---|
Packets |
Bytes |
||
Receive |
Number of packets received |
Receive |
Number of bytes received |
Receive/Second |
Number of packets per second sent |
Receive/Second |
Number of bytes per second sent |
Transmit |
Number of packets sent |
Transmit |
Number of bytes sent |
Transmit/Second |
Number of packets per second transmitted |
Transmit/Second |
Number of bytes per second transmitted |
IP Multicast Rcv |
Number of multicast packets received |
IP Multicast Rcv |
Number of multicast bytes received |
IP Multicast Tx |
Number of multicast packets sent |
IP Multicast Tx |
Number of multicast bytes sent |
Unknown Encaps |
Number of packets received where the packet encapsulation is incorrect for the circuit |
Unknown Encaps |
Number of bytes received where the byte encapsulation is incorrect for the circuit |
Down Drops |
Number of packets dropped because the circuit is down |
Down Drops |
Number of bytes dropped because the circuit is down |
Unreach Drops |
Number of packets dropped because there is no destination route entry for the destination IP address |
Unreach Drops |
Number of bytes dropped because there is no destination route entry for the destination IP address |
Adj Drops |
Number of packets dropped because of adjacency errors or missing adjacency |
Adj Drops |
Number of bytes dropped because of adjacency errors or missing adjacency |
WRED Drops Total |
Number of packets dropped by the WRED feature |
WRED Drops Total |
Number of bytes dropped by the WRED feature |
Tail Drops Total |
Number of packets dropped because the egress queue is full |
Tail Drops Total |
Number of bytes dropped because the egress queue is full |
Rate Refresh Interval |
Interval (seconds) over which rates have been calculated. Applies only to rate counters. |
Table 14 describes the additional specialized counters that can be displayed for various types of circuits, depending on their configuration, when you specify the detail keyword. These counters are listed in alphabetical order, which is not necessarily the order in which they are displayed.
Field |
Description |
Field |
Description |
---|---|---|---|
ARP counters |
|||
Drops |
Number of packets dropped |
Drops |
Number of bytes dropped |
Unreachable |
Number of packets dropped because no destination route entry for the ARP IP address exists |
Unreachable |
Number of bytes dropped because no destination route entry for the ARP IP address exists |
Bridge counters |
|||
Multi/Broadcast |
Number of multicast/broadcast packets originating from this circuit |
Multi/Broadcast |
Number of multicast/broadcast bytes originating from this circuit |
Flood |
Number of flooding packets originating from this circuit |
Flood |
Number of flooding bytes originating from this circuit |
Flood Drops |
Number of packets dropped by flood limiting |
Flood Drops |
Number of bytes dropped by flood limiting |
BCast |
Number of broadcast packets originating from this circuit |
BCast |
Number of broadcast bytes originating from this circuit |
BCast Drops |
Number of broadcast packets dropped |
BCast Drops |
Number of broadcast bytes dropped |
MCast |
Number of multicast packets originating from this circuit |
MCast |
Number of multicast bytes originating from this circuit |
MCast Drops |
Number of multicast packets dropped |
MCast Drops |
Number of multicast bytes dropped |
Restricted Drops |
Number of packets dropped by bridge rule restrictions |
Restricted Drops |
Number of bytes dropped by bridge rule restrictions |
Internal Drops |
Number of packets dropped because of internal errors such as queue overflow |
Internal Drops |
Number of bytes dropped because of internal errors such as queue overflow |
MAC filter Drops |
Number of packets dropped by the MAC list filters. |
MAC filter Drops |
Number of bytes dropped by the MAC list filters. |
CFM counters |
|||
Level |
Maintenance domain level of a MA monitoring the given circuit |
||
rx packets |
Total number of CCM packets received during the most recent interval by a MEP monitoring the given circuit at the given level |
||
rx out of seq |
Number of CCM packets received out of sequence during the most recent interval by a MEP monitoring the given circuit at the given level |
||
transmit packets |
Total number of CCM packets transmitted by a MEP monitoring the given circuit at the given level |
||
Encapsulation counters |
|||
Receive FECN |
Number of packets received with the Forward Explicit Congestion Notification (FECN) bit set |
||
Receive BECN |
Number of packets received with the Backward Explicit Congestion Notification (BECN) bit set |
||
Receive DE |
Number of packets received with the Discard Eligibility (DE) bit set |
||
Transmit DE |
Number of packets sent with the DE bit set |
||
IP counters |
|||
Soft GRE MPLS |
Number of soft GRE MPLS packets received |
Soft GRE MPLS |
Number of soft GRE MPLS bytes received |
Not IPv4 drops |
Number of packets dropped that are marked with an unsupported IP version |
Not IPv4 drops |
Number of bytes dropped that are marked with an unsupported IP version |
Unhandled IP Opt |
Number of packets dropped because of unsupported IP options |
||
Bad IP Length |
Number of packets dropped because of invalid IP length |
||
Bad IP Checksum |
Number of packets dropped because of an invalid checksum on the packet |
||
Broadcast Drops |
Number of link layer broadcast packets dropped |
||
IPoE counters |
|||
Receive |
Number of packets received |
Receive |
Number of bytes received |
Transmit |
Number of packets sent |
Transmit |
Number of bytes sent |
MPLS counters |
|||
MPLS Drops |
Number of MPLS packets dropped |
MPLS Drops |
Number of MPLS bytes dropped |
Metering counters |
|||
Conform |
Number of packets that conform to the policy |
Conform |
Number of bytes that conform to the policy |
Conform drop |
Number of packets dropped that conform to the policy (this is normally always zero) |
Conform drop |
Number of bytes dropped that conform to the policy (this is normally zero) |
Exceed |
Number of packets that exceed the policy that were not dropped. |
Exceed |
Number of bytes that exceed the policy that were not dropped |
Exceed drop |
Number of packets dropped that exceed the policy |
Exceed drop |
Number of bytes dropped that exceed the policy |
Parent drop |
Number of packets dropped because of a hierarchical policy of a parent circuit that is inherited by this circuit |
Parent drop |
Number of bytes dropped because of a parent hierarchical policy that was applied to the circuit |
Violate |
Number of packets that violate the policy that were not dropped. |
Violate |
Number of bytes that violate the policy that were not dropped |
Violate drop |
Number of packets dropped that violate the policy |
Violate drop |
Number of bytes dropped that violate the policy |
NAT counters |
|||
Receive Drops |
Number of received packets dropped |
Receive Drops |
Number of received bytes dropped |
Transmit Drops |
Number of outgoing packets dropped (dropped before being transmitted) |
Transmit Drops |
Number of outgoing bytes dropped (dropped before being transmitted) |
Policing counters |
|||
Conform |
Number of packets that conform to the policy |
Conform |
Number of bytes that conform to the policy |
Conform drop |
Number of packets dropped that conform to the policy (this is normally always zero) |
Conform drop |
Number of bytes dropped that conform to the policy (this is normally zero) |
Exceed |
Number of packets that exceed the policy that were not dropped. |
Exceed |
Number of bytes that exceed the policy that were not dropped |
Exceed drop |
Number of packets dropped that exceed the policy |
Exceed drop |
Number of bytes dropped that exceed the policy |
Parent drop |
Number of packets dropped because of hierarchical policy of a parent circuit that is inherited by this circuit |
Parent drop |
Number of bytes dropped because of a parent hierarchical policy that was applied to the circuit |
Violate |
Number of packets that violate the policy that were not dropped. |
Violate |
Number of bytes that violate the policy that were not dropped. |
Violate drop |
Number of packets dropped that violate the policy |
Violate drop |
Number of bytes dropped that violate the policy |
PPP counters |
|||
cntrl |
Number of PPP control packets received |
||
cntrl drops |
Number of PPP control packets dropped |
||
retries |
Number of PPP keepalive messages sent because of lack of response from the client |
||
termreqs |
Number of PPP termination request messages received |
||
PPPoE counters |
|||
bad code |
Number of unsupported PPPoE discovery packets received |
||
cntrl |
Number of PPPoE control packets received |
||
session drops |
Number of PPPoE sessions dropped because of lack of response from the client |
||
PADT sent |
Number of PPPoE PADT messages sent |
||
PADR drops |
Number of PPPoE PADR messages dropped |
||
PADI drops |
Number of PPPoE PADI messages dropped |
||
PADT drops |
Number of PPPoE PADT messages dropped |
||
Reverse path forwarding (RPF) counters |
|||
RPF drops |
Number of RPF packets dropped |
RPF drops |
Number of RPF bytes dropped |
RPF suppressed |
Number of RPF packets suppressed |
RPF suppressed |
Number of RPF bytes suppressed |
Traffic counters for each level (n ranges from 0 to 7) |
|||
Traffic index [n]: |
Number of packets for level n |
Conform |
Number of bytes for level n |
VPLS counters |
|||
Circuit |
Identifies the VPLS circuit. |
|
|
Packets/Bytes Sent |
Number of packets sent over this VPLS circuit. |
|
|
Packets/Bytes Received |
Number of packets received by this VPLS circuit. |
|
|
Protocol Ratelimit Counters |
|
|
|
ARP Drops |
Number of ARP packets dropped because of QoS policy protocol ratelimit. |
|
Number of bytes of ARP packets dropped because of QoS policy protocol ratelimit. |
Table 15 describes the counters that are displayed for each subscriber session for the circuits specified by the input parameters when you specify the subscriber keyword.
Field |
Description |
Field |
Description |
---|---|---|---|
packets sent |
Number of packets sent |
bytes sent |
Number of bytes sent |
packets recv |
Number of packets received |
bytes recv |
Number of bytes received |
mcast packets sent |
Number of multicast packets sent |
mcast bytes sent |
Number of multicast bytes sent |
mcast packets recv |
Number of multicast packets received |
mcast bytes recv |
Number of multicast bytes received |
Table 16 describes the counters that are displayed for each queue for the circuits specified by the input parameters when you specify the queue keyword. If no queue policy is attached to a circuit, no per-queue information displays.
Field |
Description |
---|---|
Queue |
Queue number: 0 to 7 |
Depth |
Maximum number of packets allowed for this queue (configured) |
Pkts/Bytes Sent |
Packets and bytes sent on this queue |
WRED Drops |
Number of packets dropped by the WRED feature on this queue |
Tail Drops |
Number of packets dropped because this queue is full |
The following example displays output from the show circuit counters vpls command:
[local]Redback>show circuit counters vpls
Circuit Packets/Bytes Sent Packets/Bytes Received VPLS 101 265 311 1487 1344 VPLS 102 232 341 892 984
show circuit counters circuit-group group-name [detail | live | queue | subscriber]
Displays counters specific to a named circuit group.
all modes
group-name |
Name of a circuit group. |
detail |
Optional. Displays detailed counter information. |
live |
Optional. Forces the retrieval of live data for summary counters. |
subscriber |
Optional. Displays per-session information. |
queue |
Optional. Displays per-queue information kept by Packet Processing ASIC (PPA) counters; the values reflect the count since the last policy change. |
Displays last known values of summary counters for all circuits of all types in the system.
Use the show circuit counters circuit-group command to display counters specific to a named circuit group.
The output of this command provides values that have been accumulated since the counters were last cleared with the clear circuit counters command in exec mode, or since the card was last reloaded.
The counters for a circuit group aggregate all members of the circuit group.
Use the show circuit counters command to provide counter values specific to a circuit type.
By default, this command displays only summary counter information for all circuits with their last known values, which have been cached. Cached values are updated every 60 seconds. Use the live keyword to force the system to read and display the current values for the summary counters.
Table 17 describes the summary counter information that displays for all circuit types if you do not specify the detail keyword.
Field |
Description |
Field |
Description |
---|---|---|---|
Packets sent |
Number of packets sent |
Bytes sent |
Number of bytes sent |
Packets recvd |
Number of packets received |
Bytes recvd |
Number of bytes received |
Table 18 describes the circuit counters that can be displayed for most types of circuits, depending on their configuration, when you specify the detail keyword; the data displayed for these counters, with the exception of the rate counters, is live, not cached data.
Field |
Description |
Field |
Description |
---|---|---|---|
Packets |
Bytes |
||
Receive |
Number of packets received |
Receive |
Number of bytes received |
Receive/Second |
Number of packets per second sent |
Receive/Second |
Number of bytes per second sent |
Transmit |
Number of packets sent |
Transmit |
Number of bytes sent |
Transmit/Second |
Number of packets per second transmitted |
Transmit/Second |
Number of bytes per second transmitted |
IP Multicast Rcv |
Number of multicast packets received |
IP Multicast Rcv |
Number of multicast bytes received |
IP Multicast Tx |
Number of multicast packets sent |
IP Multicast Tx |
Number of multicast bytes sent |
Unknown Encaps |
Number of packets received where the packet encapsulation is incorrect for the circuit |
Unknown Encaps |
Number of bytes received where the byte encapsulation is incorrect for the circuit |
Down Drops |
Number of packets dropped because the circuit is down |
Down Drops |
Number of bytes dropped because the circuit is down |
Unreach Drops |
Number of packets dropped because there is no destination route entry for the destination IP address |
Unreach Drops |
Number of bytes dropped because there is no destination route entry for the destination IP address |
Adj Drops |
Number of packets dropped because of adjacency errors or missing adjacency |
Adj Drops |
Number of bytes dropped because of adjacency errors or missing adjacency |
WRED Drops Total |
Number of packets dropped by the WRED feature |
WRED Drops Total |
Number of bytes dropped by the WRED feature |
Tail Drops Total |
Number of packets dropped because the egress queue is full |
Tail Drops Total |
Number of bytes dropped because the egress queue is full |
Rate Refresh Interval |
Interval (seconds) over which rates have been calculated. Applies only to rate counters. |
Table 19 describes the additional specialized counters that can be displayed for various types of circuits, depending on their configuration, when you specify the detail keyword. These counters are listed in alphabetical order, which is not necessarily the order in which they are displayed.
Field |
Description |
Field |
Description |
---|---|---|---|
ARP counters |
|||
Drops |
Number of packets dropped |
Drops |
Number of bytes dropped |
Unreachable |
Number of packets dropped because no destination route entry for the ARP IP address exists |
Unreachable |
Number of bytes dropped because no destination route entry for the ARP IP address exists |
Bridge counters |
|||
Multi/Broadcast |
Number of multicast/broadcast packets originating from this circuit |
Multi/Broadcast |
Number of multicast/broadcast bytes originating from this circuit |
Flood |
Number of flooding packets originating from this circuit |
Flood |
Number of flooding bytes originating from this circuit |
Flood Drops |
Number of packets dropped by flood limiting |
Flood Drops |
Number of bytes dropped by flood limiting |
BCast |
Number of broadcast packets originating from this circuit |
BCast |
Number of broadcast bytes originating from this circuit |
BCast Drops |
Number of broadcast packets dropped |
BCast Drops |
Number of broadcast bytes dropped |
MCast |
Number of multicast packets originating from this circuit |
MCast |
Number of multicast bytes originating from this circuit |
MCast Drops |
Number of multicast packets dropped |
MCast Drops |
Number of multicast bytes dropped |
Restricted Drops |
Number of packets dropped by bridge rule restrictions |
Restricted Drops |
Number of bytes dropped by bridge rule restrictions |
Internal Drops |
Number of packets dropped because of internal errors such as queue overflow |
Internal Drops |
Number of bytes dropped because of internal errors such as queue overflow |
MAC filter Drops |
Number of packets dropped by the MAC list filters. |
MAC filter Drops |
Number of bytes dropped by the MAC list filters. |
CFM counters |
|||
Level |
Maintenance domain level of a MA monitoring the given circuit |
||
rx packets |
Total number of CCM packets received during the most recent interval by a MEP monitoring the given circuit at the given level |
||
rx out of seq |
Number of CCM packets received out of sequence during the most recent interval by a MEP monitoring the given circuit at the given level |
||
transmit packets |
Total number of CCM packets transmitted by a MEP monitoring the given circuit at the given level |
||
Encapsulation counters |
|||
Receive FECN |
Number of packets received with the Forward Explicit Congestion Notification (FECN) bit set |
||
Receive BECN |
Number of packets received with the Backward Explicit Congestion Notification (BECN) bit set |
||
Receive DE |
Number of packets received with the Discard Eligibility (DE) bit set |
||
Transmit DE |
Number of packets sent with the DE bit set |
||
IP counters |
|||
Soft GRE MPLS |
Number of soft GRE MPLS packets received |
Soft GRE MPLS |
Number of soft GRE MPLS bytes received |
Not IPv4 drops |
Number of packets dropped that are marked with an unsupported IP version |
Not IPv4 drops |
Number of bytes dropped that are marked with an unsupported IP version |
Unhandled IP Opt |
Number of packets dropped because of unsupported IP options |
||
Bad IP Length |
Number of packets dropped because of invalid IP length |
||
Bad IP Checksum |
Number of packets dropped because of an invalid checksum on the packet |
||
Broadcast Drops |
Number of link layer broadcast packets dropped |
||
IPoE counters |
|||
Receive |
Number of packets received |
Receive |
Number of bytes received |
Transmit |
Number of packets sent |
Transmit |
Number of bytes sent |
MPLS counters |
|||
MPLS Drops |
Number of MPLS packets dropped |
MPLS Drops |
Number of MPLS bytes dropped |
Metering counters |
|||
Conform |
Number of packets that conform to the policy |
Conform |
Number of bytes that conform to the policy |
Conform drop |
Number of packets dropped that conform to the policy (this is normally always zero) |
Conform drop |
Number of bytes dropped that conform to the policy (this is normally zero) |
Exceed |
Number of packets that exceed the policy that were not dropped. |
Exceed |
Number of bytes that exceed the policy that were not dropped |
Exceed drop |
Number of packets dropped that exceed the policy |
Exceed drop |
Number of bytes dropped that exceed the policy |
Parent drop |
Number of packets dropped because of a hierarchical policy of a parent circuit that is inherited by this circuit |
Parent drop |
Number of bytes dropped because of a parent hierarchical policy that was applied to the circuit |
Violate |
Number of packets that violate the policy that were not dropped. |
Violate |
Number of bytes that violate the policy that were not dropped |
Violate drop |
Number of packets dropped that violate the policy |
Violate drop |
Number of bytes dropped that violate the policy |
NAT counters |
|||
Receive Drops |
Number of received packets dropped |
Receive Drops |
Number of received bytes dropped |
Transmit Drops |
Number of outgoing packets dropped (dropped before being transmitted) |
Transmit Drops |
Number of outgoing bytes dropped (dropped before being transmitted) |
Policing counters |
|||
Conform |
Number of packets that conform to the policy |
Conform |
Number of bytes that conform to the policy |
Conform drop |
Number of packets dropped that conform to the policy (this is normally always zero) |
Conform drop |
Number of bytes dropped that conform to the policy (this is normally zero) |
Exceed |
Number of packets that exceed the policy that were not dropped. |
Exceed |
Number of bytes that exceed the policy that were not dropped |
Exceed drop |
Number of packets dropped that exceed the policy |
Exceed drop |
Number of bytes dropped that exceed the policy |
Parent drop |
Number of packets dropped because of hierarchical policy of a parent circuit that is inherited by this circuit |
Parent drop |
Number of bytes dropped because of a parent hierarchical policy that was applied to the circuit |
Violate |
Number of packets that violate the policy that were not dropped. |
Violate |
Number of bytes that violate the policy that were not dropped. |
Violate drop |
Number of packets dropped that violate the policy |
Violate drop |
Number of bytes dropped that violate the policy |
PPP counters |
|||
cntrl |
Number of PPP control packets received |
||
cntrl drops |
Number of PPP control packets dropped |
||
retries |
Number of PPP keepalive messages sent because of lack of response from the client |
||
termreqs |
Number of PPP termination request messages received |
||
PPPoE counters |
|||
bad code |
Number of unsupported PPPoE discovery packets received |
||
cntrl |
Number of PPPoE control packets received |
||
session drops |
Number of PPPoE sessions dropped because of lack of response from the client |
||
PADT sent |
Number of PPPoE PADT messages sent |
||
PADR drops |
Number of PPPoE PADR messages dropped |
||
PADI drops |
Number of PPPoE PADI messages dropped |
||
PADT drops |
Number of PPPoE PADT messages dropped |
||
Reverse path forwarding (RPF) counters |
|||
RPF drops |
Number of RPF packets dropped |
RPF drops |
Number of RPF bytes dropped |
RPF suppressed |
Number of RPF packets suppressed |
RPF suppressed |
Number of RPF bytes suppressed |
Traffic counters for each level (n ranges from 0 to 7) |
|||
Traffic index [n]: |
Number of packets for level n |
Conform |
Number of bytes for level n |
VPLS counters |
|||
Circuit |
Identifies the VPLS circuit. |
|
|
Packets/Bytes Sent |
Number of packets sent over this VPLS circuit. |
|
|
Packets/Bytes Received |
Number of packets received by this VPLS circuit. |
|
|
Protocol Ratelimit Counters |
|
|
|
ARP Drops |
Number of ARP packets dropped because of QoS policy protocol ratelimit. |
|
Number of bytes of ARP packets dropped because of QoS policy protocol ratelimit. |
Table 20 describes the counters that are displayed for each subscriber session for the circuits specified by the input parameters when you specify the subscriber keyword.
Field |
Description |
Field |
Description |
---|---|---|---|
packets sent |
Number of packets sent |
bytes sent |
Number of bytes sent |
packets recv |
Number of packets received |
bytes recv |
Number of bytes received |
mcast packets sent |
Number of multicast packets sent |
mcast bytes sent |
Number of multicast bytes sent |
mcast packets recv |
Number of multicast packets received |
mcast bytes recv |
Number of multicast bytes received |
Table 21 describes the counters that are displayed for each queue for the circuits specified by the input parameters when you specify the queue keyword. If no queue policy is attached to a circuit, no per-queue information displays.
Field |
Description |
---|---|
Queue |
Queue number: 0 to 7 |
Depth |
Maximum number of packets allowed for this queue (configured) |
Pkts/Bytes Sent |
Packets and bytes sent on this queue |
WRED Drops |
Number of packets dropped by the WRED feature on this queue |
Tail Drops |
Number of packets dropped because this queue is full |
The following command line shows the show circuit counters circuit-group command applied to the circuit group named group7:
[local]Redback>show circuit counters circuit-group group7
show circuit-group [name] [detail]
Displays a list of the configured circuit groups or details pertaining to a specified circuit group.
name |
Optional. Name of a configured circuit group, which is an alphanumeric string comprising up to 39 characters. If the name argument is omitted, a list of all circuit groups is displayed. |
detail |
Optional. Displays detailed information for the circuit groups or specified circuit group. |
When entered without any optional syntax, this command displays a list of the configured circuit groups.
Use the show circuit-group command to display a list of the configured circuit groups or details pertaining to a specified circuit group. If you specify the detail keyword, this command displays additional information about the circuit group or groups, such as a list of its members.
The following example shows how to display a list of configured circuit groups:
[local]Redback#show circuit-group Circuit-group ID Ccct Port Link-group ------------------------------------------------------------------ bar 1 4 11/1 -- group1 2 0 -- -- group2 3 1 -- -- group3 4 0 12/5 -- group4 5 0 12/5 -- METER6789012345678901234567890123456789 6 0 -- --
The following example shows how to display details for each of the configured circuit groups shown in the previous example:
[local]Redback#show circuit-group detail Circuit-Group: bar, ID : 1 ----------------------------------------------------- Ccct count : 4 Port : 11/1 Internal Handle : 255/27:1:2/1/1/4105 Constituent Circuits: 1. 11/1 vlan-id 40 2. 11/1 vlan-id 30:1 3. 11/1 vlan-id 30:2 4. 11/1 vlan-id 30:3 Circuit-Group: group1, ID : 2 ----------------------------------------------------- Ccct count : 0 Internal Handle : 255/27:1:3/1/1/4113 Circuit-Group: group2, ID : 3 ----------------------------------------------------- Ccct count : 1 Internal Handle : 255/27:1:4/1/1/4122 Constituent Circuits: 1. 12/4 vlan-id 60 Circuit-Group: group3, ID : 4 ----------------------------------------------------- Ccct count : 0 Port : 12/5 Internal Handle : 255/27:1:5/1/1/4124 Circuit-Group: group4, ID : 5 ----------------------------------------------------- Ccct count : 0 Port : 12/5 Internal Handle : 255/27:1:6/1/1/4127 Circuit-Group: METER6789012345678901234567890123456789, ID : 6 ----------------------------------------------------- Ccct count : 0 Internal Handle : 255/27:1:7/1/1/4128
show circuit circuit-id loop-detection [history]
Shows the loop-detection priority of the specified circuit and its current state.
exec
circuit-id |
Specifies circuits on the bridge. See Table 22 for the expanded syntax for the circuit-id argument. |
history |
Optional. Shows the history of loop-detection events on the specified circuit. |
none
Use the show circuit loop-detection command to show the loop-detection priority of the specified circuit and its current state; that is, whether the circuit is blocked or unblocked and the priority of the specified circuit as applied by the MAC moves loop-detection profile.
The circuit-id argument is composed of the keywords and arguments as described in the following syntax:
slot/port {vpls vpls-id | vlan vlan-id}
Table 22 describes the components of the circuit-id argument:
Field |
Field |
---|---|
slot |
Chassis slot number of the traffic card with the bridged circuit. |
port |
Port number of the port with the bridged circuit. |
vpls vpls-id |
A filter that limits the command to a specified Virtual Private Lan Service (VPLS) circuit. The VPLS circuit identifier is a system-generated ID. The range of values is 1 to 65535. |
vlan vlan-id |
A filter that limits the command to a specified virtual LAN (VLAN) 802.1Q tunnel or PVC. The vlan-id argument is one of the following constructs:
If you specify the VLAN tag value for an 802.1Q tunnel, this command clears subscriber sessions on all the PVCs within the tunnel. The range of values for any VLAN tag value is 1 to 4095. |
The following example shows the loop detection status of the VPLS 1225 circuit in slot 2, port 1:
[local]Redback#show circuit 2/1 vpls 1225 loop-detection
show circuit mip-fa [[mip-fa-value] [auth | bound | bypass | interface | no-bind | subscriber | unbound] [up | down] [detail | summary]]
Displays Mobile IP foreign agent (FA) circuit information.
exec
mip-ha-value |
Specifies the mobile circuit ID. Enter a value from 1 to 16777216. |
auth |
Not applicable to mobile-IP circuits |
bound |
Display information only for bound circuits |
bypass |
Not applicable to mobile-IP circuits |
interface |
Not applicable to mobile-IP circuits |
no-bind |
Display information only for circuits which have no bindings configured. |
subscriber |
Not applicable to mobile-IP circuits |
unbound |
Display information only for unbound circuits. |
up |
Display only the circuits that are up. |
down |
Display only the circuits that are down |
detail |
Display detailed information. |
summary |
Display summary information. |
Use this command to display mobile IP HA circuit information.
none
The following example show the output of this command:
[local]Redback>show circuit mip-ha Circuit Internal Id Encap State Bound to MIP-HA 1 11/1/1 mip-ha Up subif@local MIP-HA 2 11/1/2 mip-ha Up subif@local Summary: total: 2 up: 2 down: 0 bound: 2 unbound: 0 auth: 0 interface: 0 subscriber: 0 bypass: 0 no-bind: 0 atm: 0 chdlc: 0 dot1q: 0 ether: 0 fr: 0 gre: 0 mpls: 0 ppp: 0 pppoe: 0 clips: 0 vpls: 0 ipip: 0 ipsec: 0 ipv6v4-man: 0 ipv6v4-auto: 0
The following example show the output of this command when the circuit ID is specified:
[local]Redback>show circuit mip-ha 1 Circuit State Encaps Bind Type Bind Name MIP-HA 1 Up mip-ha user1 Summary: total: 1 up: 1 down: 0 bound: 1 unbound: 0 auth: 0 interface: 0 subscriber: 0 bypass: 0 no-bind: 0 atm: 0 chdlc: 0 dot1q: 0 ether: 0 fr: 0 gre: 0 mpls: 0 ppp: 0 pppoe: 0 clips: 0 vpls: 0 ipip: 0 ipsec: 0 ipv6v4-man: 0 ipv6v4-auto: 0
show circuit vpls [circuit-id] [auth | bound | interface | no-bind | subscriber | unbound] [up | down] [detail | summary]
Displays Virtual Private LAN Services (VPLS) circuit information.
all modes
circuit-id |
Optional. System-generated ID for the VPLS circuit. The range of values is 1 to 65535. |
auth |
Optional. Display only circuits that have been dynamically bound by the bind authentication command. |
bound |
Optional. Display only bound circuits. |
interface |
Optional. Display only circuits that have been bound to an interface by the bind interface command. |
no-bind |
Optional. Display only circuits that have no bindings configured. |
subscriber |
Optional. Display only circuits that have been indirectly bound to an interface by using the IP address within the local or Remote Authentication Dial-In User Service (RADIUS) subscriber record for the specified subscriber bound to an interface by the bind subscriber command. |
unbound |
Optional. Display only unbound circuits. |
up |
Optional. Display only circuits that are up. |
down |
Optional. Display only circuits that are down. |
detail |
Optional. Displays detailed circuit information. |
summary |
Optional. Displays summary information only. |
None
Use the show circuit vpls command to display VPLS circuit information.
The following example displays output from the show circuit vpls command:
[local]Redback>show circuit vpls
Circuit Internal Id Encap State Bound to VPLS 101 0/1/101 vpls Up Summary: total: 1 up: 0 down: 1 bound: 0 unbound: 1 auth: 0 interface: 0 subscriber: 0 no-bind: 1 atm: 0 chdlc: 0 dot1q: 0 ether: 0 fr: 0 gre: 0 mpls: 0 ppp: 0 pppoe: 0 clips: 0 vpls: 1 ipip: 0 ipv6v4-man: 0 ipv6v4-auto: 0
show clips [[all [dhcp | down | static | starting | up] | counters [detail] [clear] | slot/port] | summary]]
Displays clientless IP service selection (CLIPS) information.
all modes
all |
Optional. Displays all CLIPS sessions. |
dhcp |
Optional. Displays CLIPS sessions Dynamic Host Configuration Protocol (DHCP). |
down |
Optional. Displays CLIPS sessions that are down. |
static |
Optional. Displays static CLIPS sessions. |
starting |
Optional. Displays CLIPS sessions changing to up or down. |
up |
Optional. Displays CLIPS sessions that are up. |
counters |
Optional. Displays CLIPS counters. |
detail |
Optional. Displays detailed CLIPS counters information. |
clear |
Optional. Clears the displayed CLIPS counters. |
slot |
Optional. Chassis slot number. |
port |
Optional. Card port number. |
summary |
Optional. Provides a brief summary of CLIPS configuration and status. |
None
Use the show clips command to display all CLIPS information.
The value for the port argument on the SmartEdge 100 router is either of the following:
The following example shows how to display output for a single static CLIPS permanent virtual circuit (PVC):
[local]Redback>show clips all Circuit IpAddr Username ------------------------------------ --------------- --------------- 9/1 clips 1 10.1.1.1 s1@c1
The following example shows how to display counters for a single static CLIPS PVC:
[local]Redback>show clips counters Mon June 28 18:09:29 2005 Session------------------------------------------------------- Authen Success 1 Authen Failure 0 Session Up 1 Session Down 0 DHCP---------------------------------------------------------- Create Rcvd 0 Delete Rcvd 0 Re-Create Rcvd 0 SessionThrottling--------------------------------------------- Starting 0 DHCP Denied 0
The following examples display various information about five static and five dynamic CLIPS sessions:
[local]Redback>show clips all Circuit IpAddr Username ------------------------------------ --------------- --------------- 9/1 clips 1 10.3.1.1 s1@c2 9/1 clips 2 10.3.1.2 s2@c2 9/1 clips 3 10.3.1.3 s3@c2 9/1 clips 4 10.3.1.4 s4@c2 9/1 clips 5 10.3.1.5 s5@c2 10/1 clips 20007 10.1.0.3 02:dd:00:00:00:01 10/1 clips 20008 10.1.0.4 02:dd:00:00:00:02 10/1 clips 20009 10.1.0.5 02:dd:00:00:00:03 10/1 clips 20010 10.1.0.6 02:dd:00:00:00:04 10/1 clips 20011 10.1.0.7 02:dd:00:00:00:05 [local]Redback>show clips 9/1 Circuit IpAddr Username ------------------------------------ --------------- --------------- 9/1 clips 1 10.3.1.1 s1@c2 9/1 clips 2 10.3.1.2 s2@c2 9/1 clips 3 10.3.1.3 s3@c2 9/1 clips 4 10.3.1.4 s4@c2 9/1 clips 5 10.3.1.5 s5@c2 [local]Redback>show clips 10/1 Circuit IpAddr Username ------------------------------------ --------------- --------------- 10/1 clips 20007 10.1.0.3 02:dd:00:00:00:01 10/1 clips 20008 10.1.0.4 02:dd:00:00:00:02 10/1 clips 20009 10.1.0.5 02:dd:00:00:00:03 10/1 clips 20010 10.1.0.6 02:dd:00:00:00:04 10/1 clips 20011 10.1.0.7 02:dd:00:00:00:05 [local]Redback>show clips summary Mon June 28 18:55:49 2005 Dynamic circuits 7183 Static circuits 0 Sessions up 7076 Sessions down 0 Sessions starting 107 Sessions awaiting IP 0 [local]Redback>show clips counters detail Mon Jun 28 18:56:16 2005 Authen Success 12405 Authen Failure 0 Session Up 12405 Session Down 0 DHCP---------------------------------------------------------- Create Rcvd 13525 Delete Rcvd 0 Re-Create Rcvd 1012 SessionThrottling--------------------------------------------- Starting 108 DHCP Denied 1012 DHCP_CreateFail----------------------------------------------- Denied (limit) 1012 Parent Not Found 0 Circ. Create fail 0 No Memory 0 Duplicate MAC 0 DHCP_DeleteFail----------------------------------------------- Circ. not found 0 Circuit------------------------------------------------------- Create 12513 Delete 0 CircuitCreateFail--------------------------------------------- No Memory 0 Parent Limit 0 Handle Create 0 Table Insert 0 Retry Authen 0 Reserve Handle 0 Bad Parent Encaps 0 ISM----------------------------------------------------------- Msg Ignored 0 [local]Redback>show clips all static Circuit IpAddr Username ------------------------------------ --------------- --------------- 9/1 clips 1 10.3.1.1 s1@c2 9/1 clips 2 10.3.1.2 s2@c2 9/1 clips 3 10.3.1.3 s3@c2 9/1 clips 4 10.3.1.4 s4@c2 9/1 clips 5 10.3.1.5 s5@c2 [local]Redback>show clips all dhcp Circuit IpAddr Username ------------------------------------ --------------- --------------- 10/1 clips 20007 10.1.0.3 02:dd:00:00:00:01 10/1 clips 20008 10.1.0.4 02:dd:00:00:00:02 10/1 clips 20009 10.1.0.5 02:dd:00:00:00:03 10/1 clips 20010 10.1.0.6 02:dd:00:00:00:04 10/1 clips 20011 10.1.0.7 02:dd:00:00:00:05
show clips-group
Displays information about clientless IP service selection (CLIPS) groups.
This command has no keywords or arguments.
None
Use the show clips-group command to display information about CLIPS groups.
The following example shows how to display information about CLIPS groups:
[local]Redback>show clips-group
show clock [rtc | system]
Displays the current date and time given by either the system clock or real-time clock.
rtc |
Optional. Displays the time in Greenwich Meridian Time (GMT) given by the real-time clock. Displays a dead-battery message if the real-time clock battery is dead. |
system |
Optional. Displays the current time in GMT given by the system clock. |
The time and date given by the system clock is displayed.
Use the show clock command to display the current date and time given by either the system clock or real-time clock. The hour is expressed in a 24-hour format; for example, 6:03 p.m. is 18:03:00.
The following example displays output from the show clock command:
[local]Redback>show clock
Wed Apr 12 17:03:49 2006 GMT
The following example displays the output from the show clock command with the rtc keyword when the real-time clock battery is dead:
[local]Redback#show clock rtc Mon May 14 17:11:37 2007 GMT (Status: RTC Battery is dead)
show clock-source
Displays clock source information on the system.
This command has no keywords or arguments.
None
Use the show clock-source command to display clock source information on the system. Table 23 lists the fields that are displayed by this command along with their possible values and descriptions.
Field |
Value/Description |
---|---|
Timing Type |
|
Current clock source |
Configured input timing reference for the clock:
|
Current PLL State |
Current state of the Phase Locked Loop (PLL) clock on the controller card:
Not all conditions apply to all controller cards. |
Configured clock sources:
|
|
Interface information: Frame Format Rx Primary, Secondary |
Configured framing for the external interface:
|
The following example displays the clock source on a system:
[local]Redback>show clock-source
Timing Type : sonet Current clock source : internal Current PLL State : Free Run (internal clock) Configured clock sources: External : primary : NO External : secondary : NO Line : primary (slot/port) : NO Line : secondary (slot/port) : NO Interface Information: Primary Secondary Frame Format Rx sf sf
show community-list [cl-name | first-match cl-name {community-num | list reg-exp | local-as | no-advertise | no-export} | summary]
Displays information about configured Border Gateway Protocol (BGP) community lists.
all modes
cl-name |
Optional. Community list name. |
first-match |
Optional. Searches for the first match in the community list specified by the cl-name argument. |
community-num |
Unsigned decimal or an encoded 32-bit value in nn:nn format, where the first nn is the autonomous system number (ASN) and the second nn is a 2-byte number. The range of values is 1 to 4,294,967,295. |
list reg-exp |
Set of entries, separated by a colon, in a community list. |
local-as |
Propagates this route only to peers in the local autonomous system. Does not send this route to external peers even if they are in the same confederation. |
no-advertise |
Does not advertise this route to any peer (internal or external). |
no-export |
Does not advertise this route out of the local autonomous system (AS) confederation, or out of the local AS, if it is not part of a confederation. |
summary |
Optional. Displays community list summary information. |
Displays all configured community lists.
Use the show community-list command to display information about configured BGP community lists.
The following example displays two community lists (1 and 2):
[local]Redback>show community-list
community-list a2community: count: 4, sequences: 30 - 60, client count: 1 modified: 2 day(s), 20 hour(s) ago seq 30 permit 64001:3600 (hits: 0, cache hits: 0) seq 40 permit 64001:22 (hits: 0, cache hits: 0) seq 50 permit 11:121 (hits: 4, cache hits: 2) seq 60 permit 11:102 (hits: 2223, cache hits: 2217) community-list 11:121-c1-wtn: count: 0, sequences: 0 - 0, client count: 1 modified: 2 day(s), 20 hour(s) ago community-list no-export/11:121-delete: count: 2, sequences: 10 - 20, client count: 1 modified: 2 day(s), 20 hour(s) ago seq 10 permit 11:121 (hits: 0, cache hits: 0) seq 20 permit no-export (hits: 0, cache hits: 0) total community lists: 3
show configuration [url] [feature]
Displays the current configuration of the SmartEdge router or the contents of a previously saved configuration file on the local file system.
url |
Optional. URL of a configuration file. |
feature |
Optional. Feature or function for which configuration information is to be displayed according to one of the keywords or constructs listed in Table 24. |
The entire running configuration displays and includes only those commands that are required to modify the default configuration of the SmartEdge router.
Use the show configuration command to display the current configuration of the SmartEdge router or the contents of a previously saved configuration file on the local file system.
You can use show configuration command in any mode. However, the optional keywords and constructs that are available and the information that they display depend on the mode in which you enter the command. For example, when you enter the show configuration command in context configuration mode, the system displays only the commands that apply to that context.
Use the show configuration command with the url argument to display the current system configuration or a previously saved configuration. When referring to a file on the local file system, the URL takes the following form:
[/device][/directory]/filename.ext
The device argument can be flash, or if a mass-storage device is installed, md. If the device argument is not specified, the default value is the device in the current working directory. If the directory argument is not specified, the default value is the current directory. Directories can be nested. The filename argument can be up to 256 characters in length.
Table 24 lists the possible values for the feature argument.
Keyword or Construct |
Description |
---|---|
acl |
access control lists (ACLs) |
ancp |
Access Node Control Protocol (ANCP) |
aps |
Automatic Protection Switching (APS) |
arp |
Address Resolution Protocol (ARP) |
atm |
Asynchronous Transfer Mode (ATM) |
bgp |
Border Gateway Protocol (BGP) |
bridge |
bridges |
bypass |
cross-connected, or multiprotocol, circuit configuration |
card [slot] |
traffic cards, or optionally, a traffic card in a specific slot number |
cfm |
Ethernet CFM (Connectivity Fault Management) |
circuit-group |
circuit group name |
context ctx-name |
context |
dhcp |
Dynamic Host Configuration Protocol (DHCP) relay or proxy |
dns |
Domain Name System (DNS) |
dot1q |
802.1Q protocol |
forward |
forward policy configuration |
flow |
flow admission control (FAC) profile(1) |
fr |
Frame Relay |
gre |
Generic Routing Encapsulation (GRE) tunnels |
gsmp |
General Switch Management Protocol (GSMP) |
hr |
HTTP redirect |
igmp |
Internet Group Management Protocol (IGMP) |
interface |
interfaces |
isis |
Intermediate System-to-Intermediate System (IS-IS) protocol |
l2vpn |
Layer 2 Virtual Private Networks (L2VPNs) |
l2tp |
Layer 2 Tunneling Protocol (L2TP) peers and groups |
ldp |
Label Distribution Protocol (LDP) |
link-group |
link group configuration |
log |
system logging facility |
mobile-ip |
Mobile IP |
mpls |
Multiprotocol Label Switching (MPLS) |
mpls-static |
MPLS static |
msdp |
Multicast Source Discovery Protocol (MSDP) |
nat |
Network Address Translation (NAT) |
nd |
Neighbor Discovery (ND) protocol |
ntp |
Network Time Protocol (NTP) |
ospf |
Open Shortest Path First (OSPF) protocol |
ospf3 |
OSPF Version 3 (OSPFv3) protocol |
pim |
Protocol Independent Multicast (PIM) |
policy |
routing policies |
port [slot[port]] |
ports on traffic cards |
ppp |
Point-to-Point Protocol (PPP) |
pppoe |
PPP over Ethernet (PPPoE) |
qos |
quality of service (QoS) |
rip |
Routing Information Protocol (RIP) |
rsvp |
Resource Reservation Protocol (RSVP) |
sbc-distributed |
SBC configuration |
snmp |
Simple Network Management Protocol (SNMP) |
software license |
software licenses |
static |
static routes |
tunnel |
Generic Routing Encapsulation (GRE) tunnels |
(1) Not all controller
cards support flow.
The following example displays the active configuration of the system (in exec mode) running in the router:
[local]Redback#show configuration Building configuration... Current configuration: ! ! Configuration last changed by user 'pm' at Mon Jan 23 06:18:22 2006 !
The following example displays a previously saved configuration file, full.cfg, (in exec mode):
[local]Redback#show configuration /flash/full.cfg bgp ! ! Configuration last changed by user 'pm' at Fri Mar 24 06:18:22 2006 ! context local ! ip localhost localhost 127.0.0.1 ---(more)---
The following example shows several configuration parameters: the default subscriber, the xyzprofile1 subscriber profile, and the specific subscriber called saro. All are in the xyz context. The example shows the current configuration (xyz) because no configuration file is specified:
[xyz]Redback#show configuration Building configuration... Current configuration: ! context xyz domain xyz.com ! no ip domain-lookup ! interface pool-A multibind ip address 192.168.27.1/24 ip pool 192.168.27.0/24 ! interface tunnel-endpoint ip address 1.1.1.2/30 no logging console ! aaa authentication subscriber global aaa accounting l2tp tunnel radius aaa accounting l2tp session radius aaa update subscriber 10 ! radius attribute calling-station-id format slot-port radius attribute calling-station-id pvc-pad ! subscriber default ip address pool timeout absolute 999999 timeout idle 3000 session-action absolute-timeout acct-alive session-action traffic-limit acct-alive subscriber profile xyzprofile1 timeout absolute 999999 timeout idle 3000 session-action absolute-timeout acct-alive session-action idle-timeout acct-alive session-action traffic-limit acct-alive ! subscriber name saro timeout absolute 999999 timeout idle 3000 session-action absolute-timeout acct-alive session-action idle-timeout acct-alive session-action traffic-limit acct-alive l2tp calling-number format slot-port ! l2tp-peer name oregon media udp-ip remote ip 1.1.1.1 local 1.1.1.2 function xyz-only local-name Redback domain xyz.com ! ! end [xyz]Redback#
show configuration acl
Displays the IP access control list (ACL) configuration.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration acl command to display the IP ACL configuration.
The following examples displays output for the show configuration acl command:
[local]Redback#show configuration acl Building configuration... Current configuration: context local ! interface ip-acl-if ip access-group ip-acl-if in ! interface ipacl-if ip access-group ipacl in ! ip access-list ip-acl-2 seq 10 permit ospf any ! ip access-list ipacl seq 10 permit ip any !
show configuration arp
Displays Address Resolution Protocol (ARP) commands for the current configuration.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration arp command to display ARP commands for the current configuration.
The following examples displays output from the show configuration arp command:
[local]Redback#show configuration arp Building configuration... Current configuration: context local ! interface toToronto ip arp timeout 360 ip arp delete-expired ! ip arp 10.1.1.1 00:30:23:32:12:82
show configuration bgp
Displays the current Border Gateway Protocol (BGP) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration bgp command to display the current BGP configuration for the current context.
The following example displays the active BGP configuration in exec mode:
[local]Redback#show configuration bgp
Building configuration... Current configuration: context local ! router bgp 64173 local-preference 90 address-family ipv4 unicast dampening redistribute static network 10.100.2.3/32 address-family ipv4 multicast network 1.2.3.4/32 ! peer-group full-routes external advertisement-interval 10 ebgp-multihop 20 address-family ipv4 unicast ! neighbor 10.100.2.3 external remote-as 64001 shutdown ebgp-multihop 10 address-family ipv4 unicast ! neighbor 10.12.208.81 external remote-as 64001 shutdown ebgp-multihop 10 address-family ipv4 unicast ! neighbor 192.168.4.100 external remote-as 64001 address-family ipv4 unicast route-map abc in ! neighbor 10.13.49.171 external remote-as 64171 shutdown address-family ipv4 unicast ! neighbor 10.13.49.172 external remote-as 64172 shutdown address-family ipv4 unicast address-family ipv4 multicast ! neighbor 10.13.49.174 internal no address-family ipv4 unicast address-family ipv4 multicast address-family ipv4 vpn ! neighbor 10.13.49.207 internal no address-family ipv4 unicast address-family ipv4 vpn prefix-list 3.0.0.0/8 out ! neighbor 155.53.1.235 external remote-as 14207 peer-group full-routes ! neighbor 10.13.49.245 external remote-as 60245 peer-group full-routes shutdown
show configuration cfm
Displays the parameter settings for all Connectivity Fault Management (CFM) instances configured in the SmartEdge router.
exec (10)
This command has no keywords or arguments.
None
Use the show configuration cfm command to display the parameter settings for all CFM instances configured in the SmartEdge router.
The following example illustrates the output of this command:
[local]Redback#show configuration cfm Building configuration... Current configuration: ! !Ethernet connectivity fault management configuration ! ethernet-cfm cfm-lg level 0 domain-name cfm-lg maintenance-association ma1 ccm std-interval 10s mep-remotelist 200 mep-local 9 lg lge direction down ! ethernet-cfm instance-1 level 5 domain-name redback mip 5 1/3 maintenance-association platform ccm std-interval 1s frame-loss 5 mep-remotelist 101 mep-local 100 1/2 vlan-id 100 ! ethernet-cfm instance-2 level 5 domain-name redback maintenance-association platform ccm std-interval 1s frame-loss 5 mep-remotelist 100 mep-local 101 1/1 vlan-id 100 ! ! end
show configuration {circuit-type | circuit-group}
Displays the configuration of a specified circuit type or all circuit groups and their members.
all modes (10)
circuit-type |
Type of circuit for which circuit configuration commands are displayed, according to one of the following keywords:
|
circuit-group |
Displays the configuration commands related to circuit groups and their members. |
None
Use the show configuration (circuits) command to display the configuration of a specified circuit type or all circuit groups and their members..
Use the show configuration command with the circuit-type argument to display the configuration of a specified circuit type.
Use the show configuration command with the circuit-group keyword to display the configuration related to circuit groups and their members.
The following example shows how to display the configuration of ATM PVCs in the SmartEdge system:
[local]Redback#show configuration atm
Building configuration... Current configuration: context local atm profile 1.ubr counters l2 shaping ubr atm profile 1.vbrrt clpbit counters l2 shaping vbr-rt pcr 100 cdvt 100 scr 99 bt 1000 atm profile atmpro1 shaping ubr ! card atm-oc3-2-port 6 port atm 6/1 atm pvc 1 32 profile 1.ubr encap route1483 atm pvc 1 34 profile 1.ubr encap multi1483 circuit protocol ipoe circuit protocol pppoe atm pvc 1 39 profile 1.vbrrt encap multi1483 circuit protocol pppoe ! card atm-oc3-2-port 6 port atm 6/2 atm pvc 1 32 profile 1.ubr encap route1483 bind interface multicircuit local ip host 1.1.1.2 atm pvc 1 33 profile 1.vbrrt encap bridge1483 atm pvc 1 34 profile 1.ubr encap multi1483 circuit protocol ipoe bind interface bifur local circuit protocol pppoe atm pvc 1 40 profile 1.ubr encap route1483 bind interface multicircuit local
The following example shows how to display configuration of all circuit groups and their members:
[local]Redback#show configuration circuit-group
Building configuration... Current configuration: circuit-group bar port 11/1 qos hierarchical mode strict qos policy policing group-hierarchical-policy hierarchical qos policy queuing pwfq_test ! circuit-group group1 qos policy policing group-hierarchical-policy hierarchical ! circuit-group group2 qos policy policing police_cct_grp inherit qos policy metering meter_cct_grp hierarchical ! circuit-group group3 port 12/5 ! circuit-group group4 port 12/5 qos weight 10 ! circuit-group METER6789012345678901234567890123456789 ! ! card ge3-4-port 11 port ethernet 11/1 dot1q pvc 30:1 circuit-group-member bar dot1q pvc 30:2 circuit-group-member bar dot1q pvc 30:3 circuit-group-member bar dot1q pvc 40 circuit-group-member bar ! ! card ether-12-port 12 port ethernet 12/4 dot1q pvc 60 circuit-group-member group2 ! end
show configuration context ctx-name
Displays configuration information for a specified context.
ctx-name |
Name of an existing context or domain alias of an existing context. |
None
Use the show configuration context command to display configuration information for a specified context.
The following example displays configuration information for the local context:
[local]Redback#show configuration context local
Building configuration... Current configuration: ! no ip domain-lookup ! interface mgmt ip address 10.12.210.37/21 ! ! logging console ! enable encrypted 1 $1$........$kvQfdsjs0ACFMeDHQ7n/o. ! ! user test encrypted 1 $1$........$kvQfdsjs0ACFMeDHQ7n/o. ! ! ip route 10.12.0.0/10.210.12.208.1 cost 1 permanent ip route 10.13.0.0/10.210.12.208.1 cost 1 permanent !! ! end
show configuration dhcp
Displays the current Dynamic Host Configuration Protocol (DHCP) configuration for the context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration dhcp command to display the current DHCP configuration for the context.
The following example displays a DHCP proxy configuration:
Current configuration: ! context non-subscriber ! ! interface non-subscriber multibind ip address 100.1.1.1/16 dhcp proxy 1000 ! interface to-dhcp-server ip address 108.1.1.1/24 ! interface vlan.1 multibind ip address 121.1.1.1/24 dhcp proxy 250 ! interface vlan.10 multibind ip address 130.1.1.1/24 dhcp proxy 250 ! dhcp relay server 108.1.1.156 dhcp relay option ! ! ** End Context ** ! ! ! port ethernet 9/2 no shutdown encapsulation dot1q dot1q pvc 1 bind interface vlan.1 non-subscriber dot1q pvc 10 bind interface vlan.10 non-subscriber dot1q pvc 11 encaps multi bind interface non-subscriber non-subscriber dot1q pvc 12 encaps multi bind interface non-subscriber non-subscriber dot1q pvc 13 encaps multi bind interface non-subscriber non-subscriber dot1q pvc 14 encaps multi bind interface non-subscriber non-subscriber dot1q pvc 15 encaps multi bind interface non-subscriber non-subscriber ! end
show configuration flow
Displays all flow admission control (FAC) profiles and all circuits to which FAC profiles have been applied on the current SmartEdge router.
This command has no keywords or arguments.
None
Use the show configuration flow command to display all FAC profiles and all circuits to which FAC profiles have been applied on the current SmartEdge router.
The following example shows how to display all FAC profiles (f1, f2, and f3) associated with the dot1q pvc 1, dotq pvc 2, and dot1q pvc 3 circuits, respectively:
[local]Redback(config)#show configuration flow Building configuration... Current configuration: flow admission-control profile “f1” flow admission-control profile “f2” flow admission-control profile “f3” ! ! card ge-10-port 1 port ethernet 1/1 dot1q pvc 1 flow apply admission-control profile “f2” out dot1q pvc 2 flow apply admission-control profile “f3” in dot1q pvc 5 flow apply admission-control profile “f3” bidirectional
The following example shows how to apply a FAC profile that applies to incoming traffic that matches the f1 string:
[local]Redback(config-flow)#show configuration flow | in f1 flow admission-control profile f1
show configuration forward
Displays the configuration of forward policies.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration forward command to display the configuration of all forward policies.
The following example displays the policy-based forwarding commands for the current configuration:
[local]Redback>show configuration forward Building configuration... Current configuration: context local ! policy access-list multi_acl seq 10 permit tcp any any eq www class redir2 seq 12 permit tcp any any eq 82 class redir1 seq 20 permit tcp any any eq 81 class redir2 ! ! forward policy multi_policy access-group multi_acl local class redir1 redirect destination next-hop 10.3.50.2 default class redir2 redirect destination local ! card ether-12-port 3 port ethernet 3/1 forward policy multi_policy in acl-counters
show configuration hr
Displays the current HTTP redirect configuration.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration hr command to display the current HTTP redirect configuration.
The following example displays the current HTTP redirect configuration for the local context:
[local]Redback>show configuration hr
Building configuration... Current configuration: context local ! http-redirect profile redirect url http://www.redirect-site.com ! http-redirect server
show configuration igmp
Displays the current Internet Group Management Protocol (IGMP) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration igmp command to display the current IGMP configuration for the current context.
The following example displays the active IGMP configuration in exec mode, where fxp1 is an IGMP interface that has an IGMP-specific configuration, and where lo1 and fxp2 are active IGMP interfaces because Protocol Independent Multicast (PIM) has been configured on them:
[local]Redback#show configuration igmp
Current configuration: context local ! interface fxp1 igmp access-group group2 igmp join-group 224.121.1.1 igmp join-group 224.122.1.1 igmp join-group 224.121.1.2 igmp join-group 224.132.1.1 igmp join-group 224.132.1.2 igmp join-group 224.138.1.2 igmp query-interval 300 igmp robust 5 ! interface fxp2 ! interface lo1
show configuration isis
Displays the Intermediate System-to-Intermediate System (IS-IS) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration isis command to display the current IS-IS configuration for the current context.
The following example displays the active IS-IS configuration in exec mode:
[local]Redback#show configuration isis
Building configuration... Current configuration: context ISIS_3 ! router isis 3 net 47.0001.1720.3100.0003.00 is type level-1-2 distance 115 metric-style wide no set-overload-bit no attached-bit ignore no attached-bit never-set no authentication level-1 no authentication level-2 no maximum redistribute lsp gen-interval 10 lsp mtu 1497 lsp refresh-interval 900 lsp max-lifetime 1200 spf interval 10 spf holddown 5 maximum paths 8 no dynamic-hostname restart graceful-time 30 fast-convergence no traffic-engineering address-family ipv4 unicast no interarea-distribute l1-to-l2 no interarea-distribute l2-to-l1 ! interface 3 ! bind to ethernet 10/3 circuit type level-1-2 csnp interval 10 no lsp block-flooding hello interval 10 hello multiplier 3 hello padding first-only lsp interval 33 no lsp receive-only-mode no csnp periodic-on-ptp priority 64 lsp retransmit-interval 5 no passive-interface no disable-bfd no authentication level-1 no authentication level-2 circuit mtu 1497 address-family ipv4 unicast ! end
show configuration l2vpn
Displays the Layer 2 Virtual Private Network (L2VPN)-related configuration information.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration l2vpn command to display the L2VPN-related configuration information.
The following example displays the L2VPN-related configuration information in exec mode:
[local]Redback#show configuration l2vpn
Current configuration: context local ! l2vpn l2vpn-cct-bindings static xc 1/1 vpi-vci 0 20 vpn-label 5010 peer 1.1.1.1 xc 1/1 vpi-vci 0 21 vpn-label 5011 peer 1.1.1.1 xc 1/1 vpi-vci 0 22 vpn-label 5012 peer 1.1.1.1 xc 1/1 vpi-vci 0 23 vpn-label 5013 peer 1.1.1.1 xc 1/1 vpi-vci 0 24 vpn-label 5014 peer 1.1.1.1 xc 1/1 vpi-vci 0 25 vpn-label 5015 peer 1.1.1.1 xc 1/1 vpi-vci 0 26 vpn-label 5016 peer 1.1.1.1 xc 1/1 vpi-vci 0 27 vpn-label 5017 peer 1.1.1.1 xc 1/1 vpi-vci 0 28 vpn-label 5018 peer 1.1.1.1 xc 1/1 vpi-vci 0 29 vpn-label 5019 peer 1.1.1.1
show configuration ldp
Displays the Label Distribution Protocol (LDP) commands that are configured in the current context.
This command has no keywords or arguments.
None
Use the show configuration ldp command to display the LDP commands that are configured in the current context.
The following example displays the LDP commands that are configured in the local context:
[local]Redback>show configuration ldp
Building configuration... Current configuration: context local ! router ldp create-lsp-circuit ecmp-transit max-session 1100 ! end
show configuration mobile-ip
Displays the Mobile IP configuration.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration mobile-ip command to display the Mobile IP configuration. This command displays the Mobile IP configuration in the current context only.
The following example shows how to display a partial list of Mobile IP configuration commands:
[local]Redback#show configuration mobile-ip Building configuration... Current configuration: context local ! router mobile-ip foreign-agent advertise tunnel-type gre care-of-address to_ha care-of-address tun-peer-f2 tun-peer-ctx care-of-address tun-peer-if tun-peer-ctx home-agent-peer 1.1.1.1 vpn-context hoa-ctx interface to_mn ! end
show configuration mpls
Displays the current Multiprotocol Label Switching (MPLS) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration mpls command to display the current MPLS configuration for the current context.
The following example displays the active MPLS configuration in exec mode:
[local]Redback#show configuration mpls
Building configuration... Current configuration: context local ! router mpls interface to-ingress interface to-egress
show configuration mpls-static
Displays the current Multiprotocol Label Switching (MPLS) static configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration mpls-static command to display the current MPLS static configuration for the current context.
The following example displays the active MPLS static configuration in exec mode:
[local]Redback#show configuration mpls-static
Building configuration... Current configuration: context local ! router mpls-static interface to-core label-action 35 pop lsp E-W-stat egress 10.1.1.2 next-hop 10.2.1.1 out-label 135
show configuration msdp
Displays the current Multicast Source Discovery Protocol (MSDP) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration msdp command to display the current MSDP configuration for the current context.
The following example displays an active MSDP configuration, in exec mode:
[local]Redback#show configuration msdp
Building configuration... Current configuration: context local router msdp peer 10.200.1.2 local-tcp-source lo1 no shutdown mesh-group mesh-a 10.200.1.2
show configuration nat
Displays the current Network Address Translation (NAT) configuration.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration nat command to display the current NAT configuration.
The following example displays output from the show configuration nat command for a NAT policy:
[local]Redback#show configuration nat Building configuration... Current configuration: ! context local ! ip nat pool NAT_POOL1 napt address 10.3.100.1 to 10.3.100.1 ! ip nat pool NAT_POOL2 napt address 10.3.100.2/32 port-block 1 to 15 ! ip nat pool NAT_POOL3 address 10.3.100.3/32 address 10.3.100.31/32 address 10.3.100.42 to 10.3.100.52 ! context local ! policy access-list NAT_ACL seq 10 permit ip any host 10.3.51.5 class CLASS2 seq 20 permit ip any any class CLASS3 ! nat policy NAT_POLICY1 pool NAT_POOL1 local access-group NAT_ACL class CLASS2 pool NAT_POOL2 local class CLASS3 drop ip static in source 10.3.48.5 100.3.48.5 ip static in source 10.3.48.15 100.3.48.15 ip static in tcp source 10.3.49.5 2 100.3.49.5 2 ! interface e1 ! bound to 3/1 circuit ip address 10.3.49.2/24 ip nat NAT_POLICY1
show configuration nd
Displays the current Neighbor Discovery (ND) configuration.
This command has no keywords or arguments.
None
Use the show configuration nd command to display the current ND configuration.
The following example displays an ND configuration when only the ND router and its interface are configured:
[local]Redback>show configuration nd
Building configuration... Current configuration: context local ! router nd interface int1 ! end
show configuration ntp
Displays the current Network Time Protocol (NTP) configuration.
This command has no keywords or arguments.
None
Use the show configuration ntp command to display the current NTP configuration.
The following example displays the current NTP configuration:
[local]Redback#show configuration ntp Building configuration... Current configuration: ! ntp server 10.1.1.1 version 3 context local ntp peer 10.2.2.2 version 3 context new ntp mode slowsync
show configuration ospf
Displays the current Open Shortest Path First (OSPF) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration ospf command to display the current OSPF router configuration information for the current context.
The following example displays the active OSPF configuration in exec mode:
[local]Redback#show configuration ospf
Building configuration... Current configuration: context local ! router ospf 1 spf-timers 1 1 log-neighbor-up-down mpls traffic-engineering area 0.0.0.0 interface one fast-hello count-per-second 5 interface two interface three interface lo1 redistribute connected
show configuration pim
Displays the current Protocol Independent Multicast (PIM) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration pim command to display the current PIM configuration for the current context.
The following example displays the active PIM configuration in exec mode:
[local]Redback#show configuration pim
Current configuration: context local ! interface fxp1 pim sparse-mode pim hello-interval 40 pim dr-priority 2 pim neighbor-filter domainx ! interface fxp2 pim sparse-mode ! interface lo1 pim sparse-mode ! pim rp-address 10.200.1.2
show configuration policy
Displays the policy access control list (ACL) configuration.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration policy command to display the policy ACL configuration.
The following example displays output from the show configuration policy command:
[local]Redback#show configuration policy Building configuration... Current configuration: context local ! ip access-list ip-acl-2 seq 10 permit ospf any ! ip access-list ipacl seq 10 permit ip any ! policy access-list qos-acl description qos acl seq 10 permit ip any any class qos-class seq 20 permit igmp any class qos-class ! end
show configuration policy
Displays the routing policy configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration policy command to display the current routing policy configuration for the current context.
The following example displays the active routing policy configuration in exec mode:
[local]Redback#show configuration policy
Building configuration... Current configuration: context local ! ip prefix-list deny-private seq 10 deny 10.0.0.0/8 le 32 seq 20 deny 172.16.0.0/12 le 32 seq 30 deny 192.168.0.0/16 le 32 seq 40 permit 0.0.0.0/0 le 32 ! community-list tier-one-customers seq 10 permit local-as ! route-map customer-george deny 20 match ip address prefix-list deny-private route-map customer-george permit 30 match community-list tier-one-customers set traffic-index 1
show configuration qos
Displays the current quality of service (QoS) configuration.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration qos command to display the current QoS configuration.
The following example displays the QoS commands for the current, running configuration:
[local]Redback#show configuration qos Building configuration... Current configuration: context local ! qos policy mypolpolicy policing rate 50000 burst 10000 counters conform mark dscp af41 exceed mark dscp af43 ! qos policy mypqpolicy pq max queue depth 4064 and max queue number 8 num-queues 4 queue 0 rate 1000 burst 15000 queue 1 depth packets 4000 queue 1 red probability 1 weight 6 min-threshold 500 max-threshold 3500 ! card ether-12-port 1 port ethernet 1/2 dot1q pvc 1 qos policy mypqpolicy out qos policy mypolpolicy in ! card ether-12-port 1 port ethernet 1/3 qos policy mypqpolicy out !
The following example displays the QoS commands for the current configuration. The QoS access control list (ACL) named qosacl identifies four classes of packets: voip, vod, stream, and besteffort. The QoS policing policy named acl-classification uses the access group named qosacl to apply the QoS ACL classification and marks each class with a DSCP value of cs7, cs5, cs3, and df, respectively. Classification and prioritization are applied to incoming traffic on the specified Ethernet port:
[local]Redback#show configuration qos Building configuration... Current configuration: context local ! policy access-list qosacl seq 10 permit udp host 10.1.1.1 class voip seq 20 permit udp host 15.1.1.1 class vod seq 30 permit udp host 20.1.1.1 class stream seq 40 permit ip any any class besteffort ! qos policy acl-classification policing access-group qosacl1 local class voip mark dscp cs7 class vod mark dscp cs5 class stream mark dscp cs3 class besteffort mark dscp df ! card ether-12-port 1 port ethernet 1/2 dot1q pvc 1 qos policy acl-classification in
show configuration rip
Displays the current Routing Information Protocol (RIP) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration rip command to display the current RIP configuration for the current context.
The following example displays the active RIP configuration in exec mode:
[local]Redback#show configuration rip
Building configuration... Current configuration: context local ! interface toJuniper rip router backbone ! interface toMpls3 rip router edge ! router rip edge default-information originate redistribute static metric 10 ! router rip backbone distribute-list prefixList1 out toJuniper
show configuration rsvp
Displays the current Resource Reservation Protocol (RSVP) configuration information for the current context.
all modes (10)
This command has no keywords or arguments.
None
Use the show configuration rsvp command to display the current RSVP configuration for the current context.
The following example displays the active RSVP configuration in exec mode:
[local]Redback#show configuration rsvp
Building configuration... Current configuration: context local ! router rsvp interface to-core explicit-route exp-rt1 next-hop 10.1.1.1 next-hop 10.2.1.2 lsp W-E-lsp ingress 10.1.1.2 egress 10.2.1.2 shutdown lsp W-E-bkup backup-for W-E-lsp
show configuration snmp
Displays configuration commands for the Simple Network Management Protocol (SNMP).
This command has no keywords or arguments.
None
Use the show configuration snmp command to display configuration commands for SNMP (in exec mode).
The following example displays configuration commands for SNMP (in exec mode):
[local]Redback#show configuration snmp
Building configuration... Current configuration: ! snmp server snmp engine-id local 80:00:09:30:80:00:0a:0d:31:41:00:a1 snmp engine-id remote victory 00:00:00:63:00:01:3b:39:9b:35:be:6e snmp view all internet included snmp community public view all read-write snmp group group1 read all snmp group group4 security-model usm auth read all write all notify all snmp user user4 engine victory group group4 security-model usm md5 key encoded base64 GFGDL/oidcHnbg7feQxOUQ== snmp user user4 group group4 security-model usm md5 key encoded base64 GFGDL/oidcHnbg7feQxOUQ== snmp target viewport 155.51.31.81 port 15162 security-name user4 version 3 security- level auth group group4 view all rmon alarm 10 ipForwDatagrams.0 60 delta rising-threshold 3000000 1 falling-threshold 600000 2 rmon alarm 20 rbnCpuMeterOneMinuteAvg.0 5 absolute rising-threshold 50 3 falling- threshold 10 4 owner alarmDel6 rmon event 1 log notify owner gold.isp.net description "packets per second too high in context gold.isp.net" rmon event 2 log notify owner gold.isp.net description "packets per second is below 10000 in context gold.isp.net" rmon event 3 log notify owner gold.isp.net description "One minute average CPU usage on the device is above 50%" rmon event 4 log notify owner gold.isp.net description "One minute average CPU usage on the device is now below 10%" ! end
show configuration sse
all modes
Displays the current configuration of all SSE groups on the system.
[local]Redback#show configuration sse Building configuration... Current configuration: ! sse group grp1 network-redundant partition ptn1 size 2 disk 1 partition ptn2 size 2 disk 1 non-mirror ! card sse 2 bind sse group grp1 ! card sse 5 bind sse group grp1 secondary ! end
show configuration static
Displays the current static route configuration information for the current context.
all modes (15)
This command has no keywords or arguments.
None
Use the show configuration static command to display the current static route configuration for the current context.
The following example displays the active static route configuration in exec mode:
[local]Redback#show configuration static
Building configuration... Current configuration: context local ! ip route 10.12.0.0/16 10.12.208.1 cost 1 permanent ip route 155.53.0.0/16 10.12.208.1 cost 1 permanent
show context [{ctx-name | all}]
Displays a list of configured contexts.
ctx-name |
Optional. Name of an existing context or domain alias of an existing context. |
all |
Optional. Displays information for all contexts. |
Displays the current context.
Use the show context command to display a list of configured contexts. When used without the optional ctx-name argument, the command displays only the current context. When used with the optional all keyword, a list of all configured contexts is displayed (domain aliases are not included in the display).
If the value of the ctx-name argument is a domain alias, the command displays the domain alias of the context instead of its name.
The following example shows the output when the all keyword is specified:
[local]Redback>show context all Context Name Context ID VPN-RD Description ----------------------------------------------------------------------- local 0x40080001 dacp 0x40080002 peter 0x40080003 allan 0x40080004
The following example shows the output when the ctx-name argument is specified:
[local]Redback>show context peter Context Name Context ID VPN-RD Description ----------------------------------------------------------------------- peter 0x40080003 110:100
The following example shows the local context is displayed when no argument is specified:
[local]Redback>show context Context Name Context ID VPN-RD Description ----------------------------------------------------------------------- local 0x40080001
show crashfiles
Displays the size, location, and name of any crash files located on the system.
all modes (10)
This command has no keywords or arguments.
None
Use the show crashfiles command to display the size, location, and name of any crash files located in the system. Files are placed in the /md directory in the /flash partition, or when a mass-storage device is included in the system, the mass-storage device /md directory. Crash files are used by technical support to determine the cause of the failure.
This command does not display information about the crash files that have been transferred to a bulkstats receiver, which is a remote file server.
The following example lists the size, time, and name of a process crash file and its mini core dump crash file:
[local]Redback#show crashfiles
11277 Mar 31 12:25 /md/exec_cli_274.mini.core 4507048 Mar 31 12:25 /md/exec_cli_274.core
show cspf database [link ip-address | node ip-address] [detail]
Displays information about the Constrained Shortest Path First (CSPF) database.
link ip-address |
Optional. IP address of a traffic engineering (TE) link. |
node ip-address |
Optional. IP address of a TE node. |
detail |
Optional. Displays detailed information about the CSPF database. |
Displays brief information about CSPF TE links and nodes if the show cspf database command is issued without any optional keywords.
Use the show cspf database command to display information about the CSPF database.
The following example displays information about the CSPF database:
[local]Redback#show cspf database Node ID 6.6.6.6 Link ID 5.5.5.6, type MULTI_ACCESS Node ID 10.14.100.1 Link ID 5.5.5.6, type MULTI_ACCESS
The following example displays detailed information about the CSPF database:
[local]Redback#show cspf database detail Node ID 6.6.6.6 Link ID 5.5.5.6, type MULTI_ACCESS Local Interface Addresses [0] 5.5.5.6, [1] 0.0.0.0, [2] 0.0.0.0 Remote Interface Addresses [0] 0.0.0.0, [1] 0.0.0.0, [2] 0.0.0.0 TE Metric 20, Color 0x00000000 Bandwidth(kbps) MAX 100000, Max Reservable 100000 Unreserved [0] 100000 [1] 100000 [2] 100000 [3] 100000 [4] 100000 [5] 100000 [6] 100000 [7] 100000 Node ID 10.14.100.1 Link ID 5.5.5.6, type MULTI_ACCESS Local Interface Addresses [0] 5.5.5.1, [1] 0.0.0.0, [2] 0.0.0.0 Remote Interface Addresses [0] 0.0.0.0, [1] 0.0.0.0, [2] 0.0.0.0 TE Metric 10, Color 0x00000000 Bandwidth(kbps) MAX 100000, Max Reservable 100000 Unreserved [0] 100000 [1] 100000 [2] 100000 [3] 100000 [4] 100000 [5] 100000 [6] 100000 [7] 100000
The following example displays information about the 10.14.100.1 node:
[local]Redback#show cspf database node 10.14.100.1 Node ID 10.14.100.1 Link ID 5.5.5.6, type MULTI_ACCESS
The following example displays detailed information about the 10.14.100.1 node:
[local]Redback#show cspf database node 10.14.100.1 detail Node ID 10.14.100.1 Link ID 5.5.5.6, type MULTI_ACCESS Local Interface Addresses [0] 5.5.5.1, [1] 0.0.0.0, [2] 0.0.0.0 Remote Interface Addresses [0] 0.0.0.0, [1] 0.0.0.0, [2] 0.0.0.0 TE Metric 10, Color 0x00000000 Bandwidth(kbps) MAX 100000, Max Reservable 100000 Unreserved [0] 100000 [1] 100000 [2] 100000 [3] 100000 [4] 100000 [5] 100000 [6] 100000 [7] 100000
The following example displays information about the 5.5.5.6 link:
[local]Redback#show cspf database link 5.5.5.6 Node ID 6.6.6.6 Link ID 5.5.5.6, type MULTI_ACCESS
The following example displays detail information about the 5.5.5.6 link:
[local]Redback#show cspf database link 5.5.5.6 detail Node ID 6.6.6.6 Link ID 5.5.5.6, type MULTI_ACCESS Local Interface Addresses [0] 5.5.5.6, [1] 0.0.0.0, [2] 0.0.0.0 Remote Interface Addresses [0] 0.0.0.0, [1] 0.0.0.0, [2] 0.0.0.0 TE Metric 20, Color 0x00000000 Bandwidth(kbps) MAX 100000, Max Reservable 100000 Unreserved [0] 100000 [1] 100000 [2] 100000 [3] 100000 [4] 100000 [5] 100000 [6] 100000 [7] 100000