Move back one or more levels
back number
16.0.R1
All
Number of levels to move up
back number
1 to 4294967295
1
This element is part of a list key.
16.0.R1
All
Enter a candidate configuration mode
16.0.R3
All
Enter exclusive configuration mode
16.0.R3
All
Enter global configuration mode
16.0.R3
All
Enter private configuration mode
16.0.R4
All
Enter read-only configuration mode
16.0.R3
All
Delete an element
delete string
16.0.R1
All
Absolute path or relative path from pwc
delete string
This element is part of a list key.
16.0.R1
All
Enter a candidate configuration mode
16.0.R1
All
Enter the bof candidate configuration mode
16.0.R1
All
Enter the debug candidate configuration mode
21.5.R1
All
Enter the li candidate configuration mode
19.10.R1
All
Enter exclusive configuration mode
16.0.R1
All
Enter global configuration mode
16.0.R1
All
Enter private configuration mode
16.0.R4
All
Enter read-only configuration mode
16.0.R1
All
Execute commands from a file
exec string
16.0.R1
All
Location of the file to be executed
exec string
This element is part of a list key.
16.0.R1
All
Display the commands as they are being executed
16.0.R1
All
Return to the previous context or to operational root
16.0.R1
All
Show the command history
16.0.R1
All
Show the information under the present working context
info keyword
16.0.R1
All
Source datastore
info keyword
This command specifies the source datastore. This option is not supported for state elements.
candidate, running, baseline, intended
This element is part of a list key.
16.0.R1
All
Absolute path or relative path from pwc
info keyword string
20.10.R1
All
Include converted third party model configuration from the running datastore
This option specifies the inclusion of converted configuration values from third party models in the output and is only available when configure system management-interface yang-modules openconfig-modules is set to true.
This option should only be used in the configure region when third party models are used. The output with this option is the same as info when used in other configuration regions.
This option is not supported for state elements.
16.0.R1
All
Include default and unconfigured values
16.0.R1
All
Show the context from the pwc on each line
This option shows the hierarchy on each line starting from the present working context.
The following elements are part of a choice: flat, json, or xml.
16.0.R1
All
Show the full context on each line
info keyword full-context
16.0.R1
All
Include configuration inherited from configuration groups
info keyword inheritance
This option specifies the inclusion of configuration inherited from configuration groups in the output.
This option should only be used in the configure region when configuration groups are used. The output with this option is the same as info when used in other configuration regions.
This option is not supported for state elements.
16.0.R1
All
Show the output in indented JSON IETF format
The following elements are part of a choice: flat, json, or xml.
19.10.R1
All
Model for which to display converted output
This option specifies the model which displays the converted output.
This option is only supported with the converted option and is only available when configure system management-interface yang-modules openconfig-modules is set to true.
all
all, openconfig
20.7.R1
All
Include unit types for applicable elements
20.5.R1
All
Show the output in indented XML format
The following elements are part of a choice: flat, json, or xml.
20.7.R1
All
Insert an element into a user-ordered list
insert string
19.10.R1
All
Identification of the new entry
insert string
This element is part of a list key.
19.10.R1
All
Insert an entry after the specified entry
The following elements are part of a choice: after, before, beginning, or end.
19.10.R1
All
Absolute path or relative path from pwc
19.10.R1
All
Insert an entry before the specified entry
The following elements are part of a choice: after, before, beginning, or end.
19.10.R1
All
Absolute path or relative path from pwc
19.10.R1
All
Insert the new entry at the beginning of the list
The following elements are part of a choice: after, before, beginning, or end.
19.10.R1
All
Insert the new entry at the end of the list
This element is the default part of a choice.
The following elements are part of a choice: after, before, beginning, or end.
19.10.R1
All
Start or stop local loopback test on a port
20.2.R1
All
Action type for the test
oam efm local-loopback action keyword
start, stop
This element is mandatory.
20.2.R1
All
Port ID for the test
oam efm local-loopback port-id string
This element is mandatory.
20.2.R1
All
Start or stop remote loopback test on a port
20.2.R1
All
Action type for the test
oam efm remote-loopback keyword
start, stop
This element is mandatory.
20.2.R1
All
Port ID for the test
oam efm remote-loopback port-id string
This element is mandatory.
20.2.R1
All
Initiate an Ethernet Connectivity Fault Management test
20.2.R1
All
Initiate an OAM ETH-CFM test
20.2.R1
All
Destination MAC address or remote MEP ID of the peer
1 to 8191
This element is mandatory.
20.2.R1
All
Size of the padding to be added to the frame
oam eth-cfm eth-test data-length number
64 to 1500
64
20.2.R1
All
Association name
oam eth-cfm eth-test ma-admin-name reference
state eth-cfm domain string association string
This element is mandatory.
20.2.R1
All
Domain name
oam eth-cfm eth-test md-admin-name reference
state eth-cfm domain string
This element is mandatory.
20.2.R1
All
Local Maintenance Association Endpoint (MEP) ID
1 to 8191
This element is mandatory.
20.2.R1
All
Frame priority that can be manipulated by QoS policies
0 to 7
7
20.2.R1
All
Initiate a linktrace test
20.2.R1
All
Destination MAC address or remote MEP ID of the peer
oam eth-cfm linktrace destination (mac-unicast-address-no-zero | number)
1 to 8191
This element is mandatory.
20.2.R1
All
Association name
oam eth-cfm linktrace ma-admin-name reference
state eth-cfm domain string association string
This element is mandatory.
20.2.R1
All
Domain name
oam eth-cfm linktrace md-admin-name reference
state eth-cfm domain string
This element is mandatory.
20.2.R1
All
Local Maintenance Association Endpoint (MEP) ID
1 to 8191
This element is mandatory.
20.2.R1
All
Time to live for a returned linktrace
0 to 255
64
20.2.R1
All
Initiate a loopback test
20.2.R1
All
Destination MAC address or remote MEP ID of the peer
1 to 8191
multicast
This element is mandatory.
20.2.R1
All
Time between probes within the test run
0 to 600
0
deciseconds
20.2.R1
All
Data portion size of the data TLV, no octet string
oam eth-cfm loopback lbm-padding number
This command specifies the size of the data portion of the data TLV which does not allow for an optional octet string.
MSDU is not processed when setting is in use. A value of 0 means that no data TLV is added to the packet. This is specified with an octet string. This parameter and size are mutually exclusive.
0 | 3 to 9778
0
20.2.R1
All
Association name
oam eth-cfm loopback ma-admin-name reference
state eth-cfm domain string association string
This element is mandatory.
20.2.R1
All
Domain name
oam eth-cfm loopback md-admin-name reference
state eth-cfm domain string
This element is mandatory.
20.2.R1
All
Local Maintenance Association Endpoint (MEP) ID
1 to 8191
This element is mandatory.
20.2.R1
All
Frame priority that can be manipulated by QoS policies
0 to 7
20.2.R1
All
Number of loopback messages to send
oam eth-cfm loopback send-count number
1 to 1024
1
20.2.R1
All
Data portion size of the data TLV, octet string allowed
This command specifies the size of the data portion of the data TLV allowing for an optional octet string to be included.
A value of 0 means that no data TLV is added to the packet. This parameter and lbm-padding are mutually exclusive.
0 to 1500
0
bytes
20.2.R1
All
Wait time for a reply to a sent message request
This command specifies the time the router waits for a message reply after sending a message request.
Upon expiration of the timeout, the router assumes that the message response is not received. Any response received after the timeout is silently discarded.
1 to 10
5
seconds
20.2.R1
All
Initiate a one-way delay test
20.2.R1
All
Destination MAC address or remote MEP ID of the peer
oam eth-cfm one-way-delay-test (mac-unicast-address-no-zero | number)
1 to 8191
This element is mandatory.
20.2.R1
All
Association name
oam eth-cfm one-way-delay-test ma-admin-name reference
state eth-cfm domain string association string
This element is mandatory.
20.2.R1
All
Domain name
oam eth-cfm one-way-delay-test md-admin-name reference
state eth-cfm domain string
This element is mandatory.
20.2.R1
All
Local Maintenance Association Endpoint (MEP) ID
oam eth-cfm one-way-delay-test mep-id number
1 to 8191
This element is mandatory.
20.2.R1
All
Frame priority that can be manipulated by QoS policies
oam eth-cfm one-way-delay-test priority number
0 to 7
7
20.2.R1
All
Initiate a two-way delay test
20.2.R1
All
Destination MAC address or remote MEP ID of the peer
oam eth-cfm two-way-delay-test (mac-unicast-address-no-zero | number)
1 to 8191
This element is mandatory.
20.2.R1
All
Association name
oam eth-cfm two-way-delay-test ma-admin-name reference
state eth-cfm domain string association string
This element is mandatory.
20.2.R1
All
Domain name
oam eth-cfm two-way-delay-test md-admin-name reference
state eth-cfm domain string
This element is mandatory.
20.2.R1
All
Local Maintenance Association Endpoint (MEP) ID
oam eth-cfm two-way-delay-test mep-id number
1 to 8191
This element is mandatory.
20.2.R1
All
Frame priority that can be manipulated by QoS policies
oam eth-cfm two-way-delay-test priority number
0 to 7
7
20.2.R1
All
Initiate a two-way SLM test in SAA
20.2.R1
All
Destination MAC address or remote MEP ID of the peer
oam eth-cfm two-way-slm-test (mac-unicast-address-no-zero | number)
1 to 8191
This element is mandatory.
20.2.R1
All
Time between probes within the test run
oam eth-cfm two-way-slm-test interval (number | decimal-number)
1 to 10 | 0.1 to 0.9
5
seconds
20.2.R1
All
Association name
oam eth-cfm two-way-slm-test ma-admin-name reference
state eth-cfm domain string association string
This element is mandatory.
20.2.R1
All
Domain name
oam eth-cfm two-way-slm-test md-admin-name reference
state eth-cfm domain string
This element is mandatory.
20.2.R1
All
Local Maintenance Association Endpoint (MEP) ID
oam eth-cfm two-way-slm-test mep-id number
1 to 8191
This element is mandatory.
20.2.R1
All
Frame priority that can be manipulated by QoS policies
oam eth-cfm two-way-slm-test priority number
0 to 7
7
20.2.R1
All
Number of two-way SLM test messages to send
oam eth-cfm two-way-slm-test send-count number
1 to 1000
1
20.2.R1
All
Data portion size of the data TLV, octet string allowed
oam eth-cfm two-way-slm-test size number
This command specifies the size of the data portion of the data TLV allowing for an optional octet string to be included.
0 to 1500
0
bytes
20.2.R1
All
Wait time for a reply to a sent message request
oam eth-cfm two-way-slm-test timeout number
This command specifies the time the router waits for a message reply after sending a message request.
Upon expiration of the timeout, the router assumes that the message response is not received. Any response received after the timeout is silently discarded.
1 to 10
5
seconds
20.2.R1
All
Initiate an on-demand OAM Performance Monitoring test
20.2.R1
All
OAM-PM test action
start, stop
This element is mandatory.
20.2.R1
All
OAM-PM session name
state oam-pm session string
This element is mandatory.
20.2.R1
All
Test type
dm, dmm, lmm, slm, twamp-light
This element is mandatory.
20.2.R1
All
Change the local user password
20.10.R1
All
Destination IP address or DNS name
ping (ipv4-address-with-zone | ipv6-address-with-zone | string-not-all-spaces)
1 to 128
This element is mandatory.
19.10.R1
All
Bypass routing table when sending ping request to host
When configured, the system bypasses the routing table when sending the ping request to a host on a directly-attached network. If the host is not on a directly-attached network, an error is returned.
The following elements are part of a choice: bypass-routing, interface, next-hop-address, or subscriber.
19.10.R1
All
Number of ping requests to send to the remote host
1 to 100000
5
packets
19.10.R1
All
Do not fragment the request frame
This command sets the do-not-fragment bit in the IPv4 header. This prevents packet fragmentation along the path when there is an MTU mismatch.
19.10.R1
All
Forwarding class option for the transmitted packet
nc
be, l2, af, l1, h2, ef, h1, nc
19.10.R1
All
Sending interface name
state router string interface string
state router ies string interface string
state router ies string subscriber-interface string
state router vprn string interface string
state router vprn string subscriber-interface string
1 to 32
The following elements are part of a choice: bypass-routing, interface, next-hop-address, or subscriber.
19.10.R1
All
Time between consecutive ping requests
1 to 10000 | 0.01 to 100.0
1
seconds
19.10.R1
All
Next-hop address to send packet, ignoring routing table
ping next-hop-address (ipv4-address-no-zone | ipv6-address-no-zone)
This command specifies the next-hop address. The system does not use the routing table and the address must be on an adjacent router attached to a common subnet.
The following elements are part of a choice: bypass-routing, interface, next-hop-address, or subscriber.
19.10.R1
All
Output format
ping output-format keyword
detail
summary, detail
19.10.R1
All
Pattern string to include in the packet
0 to 65535
sequential
sequential
19.10.R1
All
Router name or VPRN service name
ping router-instance string
state router string
state router vprn string
Base
19.10.R1
All
Request packet size including ICMP header and payload
0 to 16384
56
bytes
19.10.R1
All
Source IP address used in the ICMP Echo Request message
ping source-address (ipv4-address-no-zone | ipv6-address-no-zone)
19.10.R1
All
Subscriber ID for sending ICMP Echo Request packets
ping subscriber string
1 to 64
The following elements are part of a choice: bypass-routing, interface, next-hop-address, or subscriber.
19.10.R1
All
Wait time for the ICMP Echo Reply packet
This command specifies the time to wait for the ICMP Echo Reply packet. The timer is started when the last ICMP Echo Request is sent.
1 to 10
5
seconds
19.10.R2
All
Type-of-Service (ToS) bits in the IP header
0 to 255
0
19.10.R1
All
Time To Live (TTL) included in the request packet
1 to 128
64
19.10.R1
All
Alternative format to display the path
pwc keyword
model-path, xpath, cli-path, json-instance-path
19.10.R1
All
Display previous working context
16.0.R1
All
Execute a Python application
pyexec (string | string)
21.7.R1
All
Location of the script to be executed
pyexec (string | string)
This element is part of a list key.
21.7.R1
All
Exit the candidate configuration mode
16.0.R1
All
Destination IP address or DNS name
ssh (ipv4-address-with-zone | ipv6-address-with-zone | string-not-all-spaces)
1 to 128
This element is mandatory.
20.7.R1
All
Enter the key-re-exchange context
20.7.R1
All
Maximum bytes before initiating key re-exchange
ssh key-re-exchange mbytes (number | keyword)
This command specifies the number of bytes transmitted on an SSH session, after which the SSH client initiates the key re-exchange.
1 to 64000
1024
megabytes
infinite
20.7.R1
All
Time after which SSH client initiates key re-exchange
ssh key-re-exchange minutes (number | keyword)
1 to 1440
60
minutes
infinite
20.7.R1
All
SSH login username
ssh login-name string
1 to 32
20.7.R1
All
Router name or VPRN service name
ssh router-instance (string | string)
Base
state router string
state router vprn string
20.7.R1
All
SSH protocol version supported by the SSH server
2
1, 2, 1-2
20.7.R1
All
Telnet to an IP address or DNS name
This command opens a Telnet session to a remote host. In SR-series networks, the Telnet servers limit Telnet clients to three login attempts; if unsuccessful, the Telnet client session disconnects. The number is not user configurable.
20.7.R1
All
Destination IP address or DNS name
telnet (ipv4-address-with-zone | ipv6-address-with-zone | string-not-all-spaces)
This command specifies the IP address or DNS name (if DNS name resolution is configured) of the remote host for the Telnet session.
1 to 128
This element is mandatory.
20.7.R1
All
Remote host TCP port for the Telnet connection
1 to 65535
23
20.7.R1
All
Router name or VPRN service name
telnet router-instance (string | string)
Base
state router string
state router vprn string
20.7.R1
All
Source IP address of the Telnet packets
telnet source-address (ipv4-address-no-zone | ipv6-address-no-zone)
20.7.R1
All
Move to the top level of the context
16.0.R1
All
Show the route taken to an IP address or DNS name
19.10.R1
All
Destination IP address or DNS name
traceroute (ipv4-address-no-zone | ipv6-address-no-zone | string-not-all-spaces)
1 to 128
This element is mandatory.
19.10.R1
All
Transport protocol destination port number
traceroute dest-port number
1 to 65535
33434
20.10.R1
All
Avoid increment of destination port number for UDP test
21.10.R1
All
Display MPLS label stack information or TCP port status
19.10.R1
All
First hop traceroute probes using the ttl value
traceroute min-ttl number
This command specifies the first hop traceroute probes, using the ttl value.
1 to 255
1
21.10.R1
All
Display IP addresses instead of DNS names
19.10.R1
All
Number of probes to send per hop
traceroute probe-count number
1 to 10
3
20.10.R1
All
Packet type to send
traceroute protocol keyword
This command sets the transport protocol, UDP or TCP, for the traceroute packet. A targeted VPRN service silently discards TCP traceroutes and only responds to UDP traceroutes.
udp
udp, tcp
20.10.R1
All
Router name or VPRN service name
traceroute router-instance string
Base
state router string
state router vprn string
19.10.R1
All
Number of pad bytes in each transmitted packet
traceroute size number
0 to 9786
0
bytes
21.10.R1
All
Source address of the probe packets
traceroute source-address (ipv4-address-no-zone | ipv6-address-no-zone)
This command specifies the source address of the probe packets. If the IP address is not one of the interfaces of the device, the system returns an error.
19.10.R1
All
Type-of-Service (ToS) bits in the IP header
traceroute tos number
0 to 255
0
19.10.R1
All
Maximum number of hops (time-to-live) traceroute probes
traceroute ttl number
1 to 255
30
19.10.R1
All
Time to wait for a response to the probe
traceroute wait number
10 to 60000
5000
milliseconds
19.10.R1
All
Show the command tree under the present working context
16.0.R1
All
Absolute path or relative path from pwc
20.10.R1
All
Display the tree with keys and field values
16.0.R1
All