All
This command displays BGP routes with have been dampened due to route flapping. This command can be entered with or without a route parameter.
When the keyword detail is included, more detailed information displays.
When only the command is entered (without any parameters included except detail), then all dampened routes are listed.
When a parameter is specified, then the matching route or routes are listed.
When a decayed, history, or suppressed keyword is specified, only those types of dampened routes are listed.
The following output is an example of BGP damping information, and Table 92 describes the output fields.
Label | Description |
BGP Router ID | The local BGP router ID. |
AS | The configured autonomous system number. |
Local AS | The configured or inherited local AS for the specified peer group. If not configured, then it is the same value as the AS. |
Network | Route IP prefix and mask length for the route. |
Flag(s) | Legend: Status codes: u- used, s-suppressed, h-history, d-decayed, *-valid. If a * is not present, then the status is invalid. Origin codes: i-IGP, e-EGP, ?-incomplete, >-best |
Network | The IP prefix and mask length for the route. |
From | The originator ID path attribute value. |
Reuse time | The time when a suppressed route can be used again. |
AS Path | The BGP AS path for the route. |
Peer | The router ID of the advertising router. |
NextHop | BGP nexthop for the route. |
Peer AS | The autonomous system number of the advertising router. |
Peer Router-Id | The router ID of the advertising router. |
Local Pref | BGP local preference path attribute for the route. |
Age | The time elapsed since the service was enabled. |
Last update | The time when BGP was updated last in second/minute/hour (SS:MM:HH) format. |
FOM Present | The current Figure of Merit (FOM) value. |
Number of Flaps | The number of flaps in the neighbor connection. |
Reuse time | The time when the route can be reused. |
Path | The BGP AS path for the route. |
Applied Policy | The applied route policy name. |
All
This command clears or resets the route damping information for received routes.
7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS
This command displays LMP data bearer information for a specific TE link.
The following output is an example of data bearer information, and Table 93 describes the output fields.
Label | Description |
Admin State | The administrative state of the data bearer link. |
Oper State | The operational state of the data bearer link. |
Remote Id | The remote ID of the data bearer link. |
Port | The port used by the data bearer link. |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
This command deletes all dynamic services associated with a dynamic services data trigger.
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
This command displays the active dynamic services data trigger details.
The following output is an example of data trigger information.
Table 94 describes data trigger fields.
Output field | Description |
Acct session-ID | The RADIUS accounting session ID for this dynamic services data trigger. This accounting session ID is used as an accounting multi-session ID in RADIUS accounting for the associated dynamic services. It can also be used as a key in CoA or Disconnect Messages to set up or terminate associated dynamic services. |
MAC | The MAC address learned to set up this dynamic service data trigger. The MAC address is included in the Access-Request message for RADIUS authentication. |
IP | The IPv4 or IPv6 address learned to set up this dynamic service data trigger. If the data trigger packet was not an IP packet, then this field is empty. When available, the IP address is included in the RADIUS authentication and accounting messages. |
State | The current state of the dynamic service data trigger: Pending—(initial state) data trigger received and authentication started Accepted—(transient state) authentication succeeded; dynsvc script started but not yet completed sapCreated—(final state) corresponding dynamic services sap created |
All
This command displays SPB database information.
The following output is an example of service SPB database information.
All
This command clears PIM snooping source group database information.
All
Displays all routes in the RIP database.
The following output is an example of RIP route database information, and Table 95 describes the output fields.
Label | Description |
Destination | The RIP destination for the route. |
Peer | The router ID of the peer router. |
NextHop | The IP address of the next hop. |
Metric | The hop count to rate the value of different hops. |
Tag | The value to distinguish between internal routes (learned by RIP) and external routes (learned from other protocols). |
TTL | Displays how many seconds the specific route will remain in the routing table. When an entry reaches 0, it is removed from the routing table. |
Valid | No — The route is not valid. Yes — The route is valid. |
All
This command flushes all routes in the RIP database.
All
This command shows the BIER database and assigned labels for <SD, BSL, SI>.
The following displays an example of a BIER database. Table 96 provides BIER database field descriptions.
Label | Description |
Template | The template name |
MT | The IGP topology associated with the sub-domain |
Sub-domain | The sub-domain ID |
BSL | The BitStringLength used in the sub-domain |
BFR-ID | The BFR ID which identifies the router in the BitString |
Start | The start label allocated for this sub-domain |
End | The end label allocated for this sub-domain |
Total | The total number of labels allocated for this sub-domain |
BFR-Prefix | The routable IP address of a BFR, used by BIER to identify a BFR |
All
This command clears IGMP or PIM database statistics on a specified interface or IP address.
All
This command clears MLD database parameters.
All
This command clears IGMP or PIM database statistics on a specified interface or IP address.
Syntax: vprn-id-mt-grp-ip-address
Syntax: mpls-if-index
All
All
This command displays database information.
The following output is an example of database information.
All
This command displays the entries in the IS-IS link state database.
The following output is an example of the IS-IS link state database information, and Table 97 describes the output fields.
Label | Description |
Flex-Algorithm | The flexible algorithm number |
Priority | Displays the FAD priority; It is the tiebreaker when multiple FADs are received |
Metric Type | The metric used by the winning FAD igp — the IGP metric is used te-metric — the TE metric is used delay — the delay metric is used |
Calculation Type | Displays the calculation type; for SPF a zero value is only defined |
Prefix SID Flags | Displays the prefix SID flags |
Fad Flags | Displays the FAD Flags; the M-flag is used for inter-area; when set, the metric must be used for inter-area traffic to avoid loops and blackhole traffic on ABR/ASBR |
All
This command removes the entries from the IS-IS link-state database which contains information about PDUs.
All
This command displays information about the OSPF link state database (LSDB).
When no command line options are specified, the command displays brief output for all database entries.
OSPF Database Output
Table 98 describes the standard and detailed command output fields for an OSPF database.
Label | Description |
Area Id | The OSPF area identifier. |
Type LSA Type | Router — LSA type of router (OSPF) Network — LSA type of network (OSPF) Summary — LSA type of summary (OSPF) ASBR Summary — LSA type of ASBR summary (OSPF) Nssa-ext — LSA area-specific, NSSA external (OSPF) Area opaque — LSA type of area opaque (OSPF) router — LSA type of router (OSPF3) Network — LSA type of network (OSPF3) IE Pfx — LSA type of inter-area prefix (OSPF3) Newline IE Rtr LSA type of inter-area router (OSPF3) IA Pfx — LSA type of intra-area prefix (OSPF3) |
Link State Id | The link state Id is an LSA type specific field containing either a number to distinguish several LSAs from the same router, an interface ID, or a router-id; it identifies the piece of the routing domain being described by the advertisement. |
Adv Rtr Id Adv Router Id | The router identifier of the router advertising the LSA. |
Age | The age of the link state advertisement in seconds. |
Sequence Sequence No | The signed 32-bit integer sequence number. |
Cksum Checksum | The 32-bit unsigned sum of the link-state advertisements' LS checksums. |
No. of LSAs | The number of LSAs displayed. |
Options | EA — External Attribute LSA Support DC — Demand Circuit Support R — If clear, a node can participate in OSPF topology distribution without being used to forward transit traffic. N — Type 7 LSA Support MC — Multicast Support E — External Routes Support V6 — V6 works in conjunction with R. If V6 is clear, a node can participate in OSPF topology distribution without being used to forward IPv6 datagrams. If R is set and V6 is clear, IPv6 datagrams are not forwarded but diagrams belonging to another protocol family may be forwarded. |
Prefix Options | P — Propagate NSSA LSA. MC — Multicast support. LA — Local address capability. If set, the prefix is an IPv6 interface address of the advertising router. NU — No unicast capability. If set, the prefix is excluded from IPv6 unicast calculations. |
Flags | None — No flags set V — The router is an endpoint for one or more fully adjacent Virtual Links having the described area as the transit area E — The router is an AS Boundary Router B — The router is an Area Border Router |
Link Count | The number of links advertised in the LSA. |
Link Type (n) | The link type of the nth link in the LSA. |
Network (n) | The network address of the nth link in the LSA. |
Mask (n) | The mask of the nth link in the LSA. |
No of TOS (n) | The ToS of the nth link in the LSA. |
Metric-0 (n) | The cost metric of the nth link in the LSA. |
Not Flooded (n) | Filtered on Import The nth LSA was filtered by an area import policy. Filtered on Export The nth LSA was filtered by an area export policy. Note: this line does not appear if there is no filtering and the LSA was flooded. |
All
This command clears all LSAs received from other nodes, sets all adjacencies other than two-way to one-way, and refreshes all self-originated LSAs.
All
This command displays the routes in the RIPng database.
ipv6-address: | x:x:x:x:x:x:x:x [-interface] |
x:x:x:x:x:x:d.d.d.d [-interface] | |
x: [0..FFFF]H | |
d: [0..255]D | |
interface — link local addresses up to 32 characters |
The following are examples of router RIPng database information.
All
This command flushes all routes in the RIPng database.
All
This command displays the datapath mapping for the specified card, MDA, FP, MAC, connector, and port combinations. Fully qualified port identifiers are displayed for ports when the detail or port parameters are specified.
This command is supported on FP4-based hardware only.
The following output is an example of the show datapath command.
All
This command displays datastore locks information.
The following is an example of detail datastore locks information for all datastores. Table 99 describes the output fields.
Label | Description |
Session ID | The session ID. |
Region | The region or scope that the datastore belongs to. |
Datastore | Datastores that can be locked. For example: Running and Candidate. |
Lock State | Locked — Indicates the session is in a locked state. Unlocked — Indicates the session is in an unlocked state. |
Username | The name of the user. |
Session Mode | Global — A shared session. Exclusive — An exclusive session. |
Idle Time | The idle time of the session. |
Session Type | NETCONF — Indicates a NETCONF session is running. MD-CLI — Indicates an MD-CLI session is running. gRPC — Indicates a gRPC session is running. SNMP — Indicates an SNMP session is running. Classic CLI — Indicates a classic CLI session is running. System — Indicates a system (EHS or CRON) session is running. |
From | The originating IP address. |
All
This command clears multi-chassis ring operational state debounce history.
All
This command displays set debug points.
The following shows an example of debug output.
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
Commands in this context dump debug information.
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS
This command displays and optionally clears the counters representing the number of CFM PDUs that matched the debug criteria but were not passed to the debug logger. This situation is caused by a full message queue.
The following output is an example of CFM-PDU information.
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
This command display information about declined addresses.
The following output is an example of declined address information
Table 100 describes declined address pool output fields.
Field | Description |
Pool | The name of the IP address pool |
Subnet | The subnet address |
IP Address | The declined IP address |
Time | The creation time of this entry |
MAC Address | The declined MAC address |
Type | The type of declined address |
PPPoE User Name | The name of the PPPoE user name |
Option 82 Circuit ID | The declined circuit ID from the Option 82 |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
This command clears declined DHCP addresses.
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS
This command displays per-MIP index (bridge-identifier and vlan) configuration as entered under the default-domain entries.
The following is an example of default domain information.
Table 101 describes the show default domain command output fields.
Label | Description |
BridgeName:BridgeID | The name and ID of the association service BridgeName:BridgeID combinations that exceed the allowed column length causes the associated output to be produced on a separate line. |
VLAN | The numerical value of the primary VLAN associated with the MIP, or the value none |
Level | The configured level value, or defer to the value specified under the system settings for the MIP |
Creation | The configured MHF creation mode, or defer to the value specified under the system settings for the MIP |
IdPerm | The configured identifier that is carried in supporting ETH-CFM PDUs, or defer to the value specified under the system settings |
LtrPr | The configured MIP LTR priority, or defer to the value specified under the system settings for the MIP |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS
This command displays the configuration data for one or all OAM performance monitoring delay templates.
The following is an example of OAM-PM streaming delay-template summary information. Table 102 describes the delay template fields.
Label | Description |
Name | Name of the delay template |
Admin | State of the delay template |
Tests | Number of tests referencing the delay template |
Tmpl Name | Name of the delay template |
Description | Description of the delay template (truncated beyond width) |
Admin State | Up — The delay template is administratively enabled Down — The delay template is administratively disabled |
FD Average | forward — The average frame delay metric for forward direction backward — The average frame delay metric for backward direction round-trip — The average frame delay metric for round-trip direction |
IFDV Average | forward — The average inter-frame delay variation metric for forward direction backward — The average inter-frame delay variation metric for backward direction round-trip — The average inter-frame delay variation metric for round-trip direction |
Sample Window | Length of the sample window |
Window Integrity | Percentage required to ensure integrity of the reporting |
Active Test Refs | Number of tests actively referencing the delay template |
Total Test Refs | Number of total tests referencing the delay template |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, 7950 XRS
This command displays the list of sessions configured against one or all OAM performance monitoring delay templates.
The following is an example of OAM-PM streaming delay-template-using summary information.
All
This command displays information about resources pertaining to tracked targets.
The following output is an example of filter resource SAP destination tracking information.
The following output is an example of filter resource SAP destination tracking detailed information.
All
This command displays details of LDP bindings.
All
This command displays PCEP detail information.
PCEP Detail Output
Table 103 describes PCEP detail and status output fields.
Label | Description |
Admin Status | Down — PCEP is administratively disabled. Up — PCEP is administratively enabled. |
Oper Status | Down — PCEP is operationally down. Up — PCEP is operationally up. |
Unknown Msg Limit | Specifies the unknown messages, per minute, limit. |
Keepalive Interval | Specifies the keepalive interval. |
DeadTimer Interval | Specifies the number of matching entries. |
Capabilities List | Specifies the capabilities listing. |
Address | Specifies the IP address. |
Report Path Constraints | True — Path constrains will be reported. False — Path constrains will not be reported. |
Redelegation Interval | Specifies the redelegation timer interval. |
State Interval | Specifies the state timer interval. |
State Timer Action | Remove — Specifies the state timer action is remove. None — Specifies the state timer action is none. |
Max SR-TE PCE Init Lsps | Specifies the maximum number of PCE initiated SR-TE LSPs that can be created by the router. |
Open Wait Timer | Specifies the open wait timer value. |
Keep Wait Timer | Specifies the keep wait timer value. |
Sync Timer | Specifies the sync timer value. |
Request Timer | Specifies the request timer value. |
Connection Timer | Specifies the connection timer value. |
Allow Negotiations | True — Allow negotiations will occur. False — Allow negotiations will not occur. |
Max Sessions | Specifies the maximum sessions value. |
Max Unknown Req | Specifies the maximum unknown requests value. |
7450 ESS, 7750 SR, 7750 SR-e, 7750 SR-s, VSR
This command displays detailed HTTP Enrichment information.
All
RSTP automatically falls back to STP mode when it receives an STP BPDU. The clear detected-protocols command forces the system to revert to the default RSTP mode on the SAP or spoke SDP.
7450 ESS, 7750 SR, 7750 SR-e, 7750 SR-s, VSR
Commands in this context perform actions of deterministic NAT.
All
Commands in this context display DHCP information.
All
Commands in this context clear and reset DHCP entities.
All
Commands in this context configure tools DHCP parameters.
All
This command displays DHCP filter information.
The following is a sample command output for the command when no filter ID is specified.
All
This command displays the DHCP received packet statistics.
The following output is an example of DHCP RX statistics information.
All
Commands in this context display DHCP6 related information.
All
Commands in this context clear DHCPv6 parameters.
All
Commands in this context configure tools DHCP6 parameters.
All
This command displays DHCP6 filter information.
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
Commands in this context dump debug information for diameter.
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
This command displays Diameter application policy information.
The following is an example of subscriber management Diameter application policy information
Table 104 describes diameter application policy output fields.
Field | Description |
Description | The user provided description of this policy |
Session failover | Failover is enabled or disabled |
Failover Handling | Handling is retry-and-terminate or terminate |
Peer policy | The diameter application peer policy name |
Application | The policy’s application, gx, gy, or nasreq |
Tx timer (s) | The maximum wait time (seconds) while a client is pending |
Last management change | The time of the most recent management-initiated change to this policy |
Include AVP | The attribute-value-pairs for Gx messages |
Calling-Station-Id type | The string that is put in the RADIUS Calling-Station-Id attribute if included in RADIUS authentication request messages |
NAS-Port bits spec | The number that is put in the RADIUS NAS-Port attribute if included in RADIUS authentication request messages |
NAS-Port-Id prefix type | The type of prefix that is added to the NAS-Port-Id attribute if included in RADIUS accounting-request messages |
NAS-Port-Id prefix | The user configurable string that is added as the prefix to the NAS-Port attribute if included in RADIUS accounting-request messages |
NAS-Port-Id suffix type | The user configurable string that is added as the suffix to the NAS-Port attribute if included in RADIUS accounting-request messages |
NAS-Port-Type value | The value that is put in the RADIUS NAS-Port-Type attribute if included in RADIUS accounting-request messages |
User-Equipment-Info | The user equipment info, eui64, imeisv, mac, or modified-eui64 |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
This command displays information about a Diameter node.
The following are examples of Diameter node information.
Table 105 describes routing entries in the Diameter realm-based routing table fields.
Field | Description |
Realm Name | The destination realm name |
Appl | The application for which this route will be used. Supported applications:
|
Pref:Index | The preference and index of the peer. Peers for the same realm are selected in order of preference. Peers with the lowest preference are preferred. If multiple peers have the same preference for the same realm, the peer with a lowest index is selected. Preference and index are user-configured parameters. |
Server-Identifier | The next hop peer name |
Table 106 describes Diameter node peer fields.
Field | Description |
Diameter Node | The Diameter node under which this peer is active |
Index | The Peer index is a peer configuration parameter |
Remote Host Identity | The peer identity |
Remote Realm | The realm to which the peer belongs |
Remote IP address | The IP address of the peer |
Remote Port | The port on the peer used for Diameter communication |
Remote Origin-State-Id | The Origin-State-Id of the peer |
Local Host Identity | The local identity |
Local Realm | The local realm name |
Local IP address | The local IP address |
Local Port | The local port used for Diameter communication |
Peer Admin State | The administrative state of the configured peer |
Peer Active | Indicates whether the connection towards the peer is active |
Peer Status | The operational status of the configured peer |
Active Applications | The applications used over this peer |
Last Disconnect Cause | The last disconnect cause |
Preference | The configured preference of the peer |
Connection Timer (Tc) | The timer used to initiate connections towards the peer. In case that the connection is not successfully established, a new attempt is periodically tried (every Tc interval) |
Watchdog Timer (Tw) | The watchdog timer value that detects the failed connection towards the peer |
Last Mgmt Change | The date and time of the last management change |
Table 107 describes Diameter node peer table fields.
Field | Description |
Node | The Diameter node name |
Host Identity | The peer identity |
StatusT | The status of the peer |
Susp | The suspension state of the peer (based on watchdogs) |
Server-Identifier | The next hop peer name |
Table 108 describes the Diameter node SR table fields.
Field | Description |
Realm Name | The destination realm name |
Application | The application for which this route will be used. Supported applications:
|
Pref | The preference and index of the peer. Peers for the same realm are selected in order of preference. Peers with higher preference are preferred. If multiple peers have the same preference for the same realm, the peer with a lowest index is selected. Preference and index are user-configured parameters. |
Entry | Dynamic or static diameter route |
Server-Identifier | The next hop peer name |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
This command displays diameter peer policy information and diameter peer information and statistics. For the diameter proxy, the incoming peer can be specified with an IP address and port number.
The following is an example of AAA Diameter peer policy information.
Table 109 provides a description of the counters in the output of the show aaa diameter-peer-policy command. and Table 110 provides the failure reasons for the aggregate Failed counter (Request Rx and Answer Rx).
Counter | Counts | |
Aggregates Total | Request Tx | Aggregated counter — The sum of all successfully transmitted diameter request messages (all applications, all message types) |
Answer Rx | Aggregated counter — The sum of all successfully received diameter answer messages (all applications, all message types) | |
Request Rx | Aggregated counter — The sum of all successfully received diameter request messages (all applications, all message types) | |
Answers Tx | Aggregated counter — The sum of all successfully transmitted diameter answer messages (all applications, all message types) | |
Aggregates Failed | Request Tx | Aggregated counter — The sum of all request messages that could not be sent for internal reasons, such as TCP socket error (for example, congestion), failure reported to application (for example, no retries left) Dropped by Python — Timeouts (requests for which no answer was received within the configured timeout interval) |
Answer Rx | Aggregated counter — The sum of all Answer messages that failed to be successfully decoded, such as such as invalid header length or a violation against the Command Code Format (CCF) specification See Aggregate Failed Request Rx and Answer Rx Counters Aggregate Failed Request Rx and Answer Rx Counters for more information. | |
Request Rx | Aggregated counter — The sum of all Request messages that failed to be successfully decoded, such as invalid header length or a violation against the Command Code Format (CCF) specification See Aggregate Failed Request Rx and Answer Rx Counters Aggregate Failed Request Rx and Answer Rx Counters for more information. | |
Answers Tx | Aggregated counter — The sum of all answer messages that could not be sent for internal reasons such as TCP socket error (for example, congestion) Dropped by Python | |
Application ID id message type | Request Tx | Successfully transmitted diameter request messages for the corresponding application and message type |
Answer Rx | Successfully received diameter answer messages for the corresponding application and message type | |
Request Rx | Successfully received diameter request messages for the corresponding application and message type | |
Answers Tx | Successfully transmitted diameter answer messages for the corresponding application and message type | |
Role | Failed reasons |
Proxy | Proxy (message length too short, too long, or version unsupported) Consistency check failed: header size, message length, illegal flag combination, AVP header too small, AVP present but not allowed (base RFC messages), and so on Not a base message Not a request Tx overload (message received to be send to client) Dropped by python Failed to create answer No transaction (answer to server, but request is not found - 5 min) |
Diameter base / Diameter application | Message dropped due to result code Message too big / too small Dropped by python Consistency check failed end-2-end mismatch hop-to-hop command code (answer/request mismatch) Cool down sequence drop cc error request Application id in header error T bit in header |
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
Commands in this context display diameter session information.
7450 ESS, 7750 SR, 7750 SR-a, 7750 SR-e, 7750 SR-s, VSR
This command clears diameter session data.
7450 ESS, 7750 SR, 7750 SR-e, 7750 SR-s, VSR
Commands in this context display cflowd direct-export output.
All
This command displays the status of the interfaces participating in LDP discovery.
LDP Discovery Output
Table 111 describes the LDP discovery output fields.
Label | Description |
Interface Name | The name of the interface. |
Local Addr | The IP address of the originating (local) router. |
Peer Addr | The IP address of the peer. |
AdjType | The adjacency type between the LDP peer and LDP session is targeted. |
State | Established — The adjacency is established. Trying — The adjacency is not yet established. |
No. of Hello Adjacencies | The total number of hello adjacencies discovered. |
Up Time | The amount of time the adjacency has been enabled. |
Hold Time Remaining | The time left before a neighbor is declared to be down. |
All
Commands in this context display Distributed CPU Protection information.
This command displays Distributed CPU Protection parameters and status at the per SAP level.
The following is an example of distributed CPU Protection Policer Output information.
Table 112 describes Distributed CPU Protection Policer output fields.
Label | Description |
Distributed CPU Protection Policy | The DCP policy assigned to the object. |
Policer-Name | The configured name of the static policer |
Card/FP | |
Policer-State | The state of the policer with the following potential values: |
Exceed — The policer has been detected as not conforming to the associated DCP policy parameters (for example, packets exceeded the configured rate and the DCP polling process identified this occurrence) | |
Conform — The policer has been detected as conforming to the associated DCP policy parameters (rate) | |
not-applicable — Newly-created policers or policers that are not currently instantiated. This includes policers configured on line cards that are not in service. | |
Protocols Mapped | A list of protocols that are configured to map to the particular policer. |
Oper. xyz fields | The actual hardware may not be able to perfectly rate limit to the exact configured rate parameters in a DCP policy. In this case the configured rate parameters will be adapted to the closest supported rate. These adapted operational values are displayed in CLI when the detail keyword is included in the show command. The adapted Oper. parameters are only applicable if the policer is instantiated (for example, if the associated forwarding plane is operational, or for an interface if there is a physical port configured for the interface, or if the dynamic policers are allocated), otherwise values of 0 kb/s, and so on, are displayed. |
Oper. Kbps - The adapted “kilobits-per-second” value for DCP “kbps” rates | |
Oper. MBS - The adapted “mbs size” value for DCP “kbps” rates | |
Oper. Depth - The calculated policer bucket depth in packets (for DCP “packets” rates) or in bytes (for DCP “kbps” rates) | |
Oper. Packets - The adapted “ppi” value for DCP “packets” rates | |
Oper. Within - The adapted “within seconds” value for DCP “packets” rates | |
Oper. Init. Delay - The adapted “initial-delay packets” value for DCP “packets” rates | |
Exceed-Count | The count of packets exceeding the policing parameters since the given policer was previously declared as conforming or newly-instantiated. This counter has the same behavior as the exceed counter in the DCP the log events, they are baselined (reset) when the policer transitions to conforming. |
Detec. Time Remain | The remaining time in the detection-time countdown during which a policer in the exceed state is being monitored to see if it conforms again. |
Hold-Down Remain | The remaining time in the hold-down countdown during which a policer is treating all packets as exceeding. |
All Dyn-Plcr Alloc. | Indicates that all the dynamic enforcement policers have been allocated and instantiated for a given local-monitor. |
Dyn-Policer Alloc. | Indicates that a dynamic policer has been instantiated. |
This command displays Distributed CPU Protection parameters and status at the router Interface level.
The following is an example of Distributed CPU Protection Policer Output information.
Table 113 describes Distributed CPU Protection Policer output fields.
Label | Description |
Distributed CPU Protection Policy | Displays the DCP policy assigned to the object. |
Policer-Name | Displays the configured name of the static policer |
Card/FP | |
Policer-State | Displays the state of the policer with the following potential values: Exceed - The policer has been detected as nonconforming to the associated DCP policy parameters (packets exceeded the configured rate and the DCP polling process identified this occurrence) Conform - The policer has been detected as conforming to the associated DCP policy parameters (rate) not-applicable - newly-created policers or policers that are not currently instantiated. This includes policers configured on line cards that are not in service. |
Protocols Mapped | Displays a list of protocols that are configured to map to the particular policer. |
Oper. xyz fields | The actual hardware may not be able to perfectly rate limit to the exact configured rate parameters in a DCP policy. In this case the configured rate parameters will be adapted to the closest supported rate. These adapted operational values are displayed in CLI when the detail keyword is included in the show command. The adapted Oper. parameters are only applicable if the policer is instantiated (for example, if the associated forwarding plane is operational, or for an interface if there is a physical port configured for the interface, or if the dynamic policers are allocated), otherwise values of 0 kb/s, and so on, are displayed. Oper. Kbps - Displays the adapted “kilobits-per-second” value for DCP “kbps” rates Oper. MBS - Displays the adapted “mbs size” value for DCP “kbps” rates Oper. Depth - Displays the calculated policer bucket depth in packets (for DCP “packets” rates) or in bytes (for DCP “kbps” rates) Oper. Packets - Displays the adapted “ppi” value for DCP “packets” rates Oper. Within - Displays the adapted “within seconds” value for DCP “packets” rates Oper. Init. Delay - Displays the adapted “initial-delay packets” value for DCP “packets” rates |
Exceed-Count | Displays the count of packets exceeding the policing parameters since the given policer was previously declared as conforming or newly-instantiated. This counter has the same behavior as the exceed counter in the DCP the log events – they are baselined (reset) when the policer transitions to conforming. |
Detec. Time Remain | Displays the remaining time in the detection-time countdown during which a policer in the exceed state is being monitored to see if it conforms again. |
Hold-Down Remain | Displays the remaining time in the hold-down countdown during which a policer is treating all packets as exceeding. |
All Dyn-Plcr Alloc. | Indicates that all the dynamic enforcement policers have been allocated and instantiated for a given local-monitor. |
Dyn-Policer Alloc. | Indicates that a dynamic policer has been instantiated. |
All
This command displays to release Distributed CPU Protection parameters and status at the per card and forwarding plane level.
All
This command displays DNS information.
The following output is an example of DNS settings information.
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This command displays the application assurance DNS IP cache statistics and status information.
Table 114 describes the show command output fields.
Label | Description |
Admin Status | Indicates the administrative status of the DNS IP cache. [Up | Down] |
Domain expressions | Indicates the number of DNS domain expressions configured. |
Server addresses | Indicates the number of server-addresses configured |
High-Watermark | Indicates the value, in percentage, of the configured high watermark. |
Low-Watermark | Indicates the value, in percentage, of the configured low watermark. |
Cache-size | Indicates the value of the configured maximum cache size. |
Usage | Indicates the value, in percentage, of the total for the number of entries in the cache. |
Alarm State | Indicates the status of the alarm related to the DNS IP cache high/low watermark utilization. The alarm is raised when the high watermark is crossed; it is cleared when it goes below the low watermark. [Clear | Raised] |
Hit-Count | Indicates the number of times an IP address lookup in this cache was successful. |
Total responses | Indicates the total number of DNS responses analyzed. |
Domain name matched | Indicates the number of times a domain name defined in the DNS match criteria matched a DNS response. |
Domain & server matched | Indicates the number of times both the domain name and server address defined in the DNS match criteria matched a DNS response. |
Total entries added | Indicates the total number of IP entries added in the cache. |
Total entries removed | Indicates the total number of IP entries removed from the cache after the entry expired. |
Full count | Indicates the total number of IP entries in the cache. |
Hit Count | Indicates the number of times an IP address lookup in this cache was successful. The IP address lookup is performed in app-filters and is successful if the server address DNS IP cache criteria is met. |
Miss Count | Indicates the number of times an IP address lookup in this cache was unsuccessful. The IP address lookup is performed in app-filters and is unsuccessful if the server address DNS IP cache criteria is not met. |
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This command displays the list of IP addresses stored in a DNS IP cache.
local-url | remote-url | local-url | [<cflash-id>/][<file-path>] | |
200 chars max, including cflash-id | |||
directory length 99 chars max each | |||
remote-url | {ftp| tftp}://[<login>:<pswd>@] <remote-locn>/[<file-path>] | ||
255 chars max | |||
<file-path> 199 chars max | |||
remote-locn | { <hostname> | <ipv4-address> | "["<ipv6-address>"]" }[:<port>] | ||
ipv4-address | a.b.c.d | ||
ipv6-address | x:x:x:x:x:x:x:x[-interface] | ||
x:x:x:x:x:x:d.d.d.d[-interface] | |||
x - [0..FFFF]H | |||
d - [0..255]D | |||
interface - 32 chars max, for link | |||
local addresses | |||
port | [0..65535] | ||
cflash-id | cf1:| cf1-A:| cf1-B:| cf2:| cf2-A:| cf2-B:| cf3:| cf3-A:| cf3-B: | ||
slot/mda | slot: 1 to 10 |
mda: 1, 2 | |
esa-esa-id/vm-id | esa-id: 1 to 16 |
vm-id: 1 to 4 |
The following are output examples for this command.
Label | Description |
ip-address | Indicates the IP address stored in the DNS IP cache. The address is added into the cache if the DNS response meets the DNS IP cache match criteria (domain name and DNS server address). |
creationTime | Indicates the time at which the entry was created. The entry is created by a DNS response meeting the DNS IP cache match criteria (domain name and DNS server address). |
lastUpdated(UTC) | Indicates the time at which the entry was last updated, either from a new IP flow (fully classified) using the same IP address or a new DNS response meeting the DNS IP cache match criteria. |
numDNSResponses | Indicates the number of DNS responses including this IP address meeting the DNS IP cache match criteria. |
lastMatchTime(UTC) | Indicates the last time the IP address matched an app-filter with a server address DNS IP cache criteria. |
numTimesMatched | Indicates the number of times the IP address matched an app-filter with a server address DNS IP cache. |
domain | Indicates the domain as configured in dns-ip-cache. |
hostname | Indicates the hostname as configured in dns-ip-cache. |
new-ip-count | Indicates the number of new IP addresses added in the cache for the domain. |
All
This command shows all the parameters related to a VSD domain created by the user or by VSD.
This command shows the different VSD domains configured in the system. If association is added, the VSD domain to service association is shown. If a specific domain-name is used, configuration event statistics are shown.
All
This command shows mapping of a specified VSD to a vsd-domain.
All
This command instructs the system to refresh the configuration of a specified domain immediately instead of waiting for the next audit interval.
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This command displays domain information.
The following output is an example of ETH-CFM domain information.
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This command displays domain information.
The following is an example of ETH CFM domain information.
Table 116 describes the show eth-cfm domain command output fields:
Label | Description |
Md-index | Displays the Maintenance Domain (MD) index value. |
Level | Displays an integer identifying the Maintenance Domain Level (MD Level). Higher numbers correspond to higher Maintenance Domains, those with the greatest physical reach, with the highest values for customers' CFM PDUs. Lower numbers correspond to lower Maintenance Domains, those with more limited physical reach, with the lowest values for CFM PDUs protecting single bridges or physical links. |
Name | Displays a generic Maintenance Domain (MD) name. |
Format | Displays the type of the Maintenance Domain (MD) name. Values include dns, mac, and string. |
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This command lists an overview of all firewall domains that are provisioned in the routing instance.
Configuring the domain-name parameter will display operational details for the specified firewall domain.
The following output is an example of firewall domain information.
All
All
This command downgrades persistence files to a previous version.
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This command triggers an attempt to drain a specified L2TP tunnel group.
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This command triggers an attempt to drain a specified L2TP tunnel.
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This command triggers an attempt to drain a specified L2TP peer.
This command displays the configured DSCP name or value for gRPC.
All
This command displays DSCP to FC mappings.
be, ef, cp1, cp2, cp3, cp4, cp5, cp6, cp7, cp9, cs1, cs2, cs3, cs4, cs5, nc1, nc2, af11, af12, af13, af21, af22, af23, af31, af32, af33, af41, af42, af43, cp11, cp13, cp15, cp17, cp19, cp21, cp23, cp25, cp27, cp29, cp31, cp33, cp35, cp37, cp39, cp41, cp42, cp43, cp44, cp45, cp47, cp49, cp50, cp51, cp52, cp53, cp54, cp55, cp57, cp58, cp59, cp60, cp61, cp62, cp63
All
This command displays DSCP to FC mappings.
The following output is an example of DSCP mapping information.
All
This command displays the DSCP name-to-DSCP value mappings.
The following output is an example of dscp-table information, and Table 117 describes the output fields.
Label | Description |
DSCP Name | Displays the name of the DiffServ code point to be associated with the forwarding class. |
DSCP Value | Displays the DSCP values, between 0 and 63. |
TOS (bin) | Displays the type of service in binary format. |
TOS (hex) | Displays the type of service in hex format. |
All
Commands in this context display tools information.
Commands in this context dump Dense Wavelength Division Multiplexing (DWDM) information for the port.
All
This command triggers the resolve procedure for dynamic IP entries. When executed, a resolve message (ARP-request) is issued for the requested IP or, if the all option used, for all the configured dynamic IPs.
The force option triggers the resolve process even for IPs with an existing entry in the proxy-ARP table.
All
This command triggers the resolve procedure for dynamic IPv6 entries. When executed, a resolve message (Neighbor Solicitation) is issued for the requested IPv6 or, if the all option used, for all the configured dynamic IPv6s.The force option triggers the resolve process even for IPv6 addresses with an existing entry in the proxy-ARP table.
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Commands in this context show dynamic services information.
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Commands in this context clear dynamic services related data.
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This command resets the dynamic services script statistics. See also show service dynamic services script statistics.
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Commands in this context execute dynamic services tools perform commands.
This command displays the list of supported commands that can be used in dynamic service CLI scripts.
There are two types of CLI nodes in this list:
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This command displays the dynamic services policy information.
The following output is an example of dynamic service policy information.
Table 118 describes the Dynamic Services policy fields.
Output Field | Description |
dynsrv-policy-name | The unique name of a dynamic services policy, up to 32 characters. |
cli-user | The identifier name of the CLI user associated with this Dynamic Services policy. |
script-policy | The identifier name of the script policy associated with this Dynamic Services policy. |
sap-limit | The limit of the number of SAPs (Service Access Point) that can be created using this Dynamic Services policy. |
Stats type | The value used to identify the type of accounting statistics gathered, either volume-time or time. |
server policy | The identifier name of a RADIUS server policy to be used for accounting. |
update interval (minutes) | The time interval between consecutive accounting updates when using this Dynamic Services policy. |
update interval jitter | The amount of jitter to be applied on the update interval. |
No. of Services-policies | The total number Dynamic Services policies. |