![]() | Note: The command outputs in this chapter are examples only; actual displays may differ depending on supported functionality and user configuration. |
This command displays Auto-LSP information.
If fast reroute is enabled on an LSP and the facility method is selected, instead of creating a separate LSP for every LSP that is to be backed up, a single LSP is created which serves as a backup for a set of LSPs. Such an LSP tunnel is called a bypass tunnel.
MPLS Bypass Tunnel Output Fields
Table 17 describes MPLS bypass tunnel output fields.
Label | Description |
To | The system IP address of the egress router. |
State | The LSP’s administrative state. |
Out I/F | Specifies the name of the network IP interface. |
Out Label | Specifies the incoming MPLS label on which to match. |
Reserved BW (kb/s) | Specifies the amount of bandwidth in Mb/s reserved for the LSP. |
This command displays the mapping of the Forwarding Classes (FCs) to the set IDs as well as the default set ID of the CBF policy. It also shows the number of MPLS LSPs that reference this CBF policy.
This command displays MPLS interface information.
MPLS Interface Output Fields
Table 18 describes MPLS interface output fields.
Label | Description |
Interface | The interface name. |
Port-id | The port ID. |
Adm | Specifies the administrative state of the interface. |
Opr | Specifies the operational state of the interface. |
Te-metric | Specifies the traffic engineering metric used on the interface. |
Srlg Groups | Specifies the shared risk loss group (SRLG) name(s). |
Interfaces | The total number of interfaces. |
Transmitted | Displays the number of packets and octets transmitted from the interface. |
Received | Displays the number of packets and octets received. |
In Label | Specifies the ingress label. |
In I/F | Specifies the ingress interface. |
Out Label | Specifies the egress label. |
Out I/F | Specifies the egress interface. |
Next Hop | Specifies the next hop IP address for the static LSP. |
Type | Specifies whether the label value is statically or dynamically assigned. |
Displays MPLS labels exchanged.
MPLS Label Output Fields
Table 19 describes MPLS label output fields.
Label | Description |
Label | Displays the value of the label being displayed. |
Label Type | Specifies whether the label value is statically or dynamically assigned. |
Label Owner | The label owner. |
In-use labels in entire range | The total number of labels being used by RSVP. |
This command displays the MPLS label range.
MPLS Label Range Output
Table 20 describes the MPLS label range output fields.
Label | Description |
Label Type | Displays the information about static-lsp, static-svc, and dynamic label types. |
Start Label | The label value assigned at the ingress router. |
End Label | The label value assigned for the egress router. |
Aging | The number of labels released from a service which are transitioning back to the label pool. Labels are aged 15 s. |
Total Available | The number of label values available. |
This command displays LSP details.
MPLS LSP Output
Table 21 describes MPLS LSP output fields.
Label | Description |
LSP Name | The name of the LSP used in the path. |
To | The system IP address of the egress router for the LSP. |
Adm State | Down — The path is administratively disabled. Up — The path is administratively enabled. |
Oper State | Down — The path is operationally down. Up — The path is operationally up. |
LSPs | The total number of LSPs configured. |
From | The IP address of the ingress router for the LSP. |
LSP Up Time | The length of time the LSP has been operational. |
Transitions | The number of transitions that have occurred for the LSP. |
Retry Limit | The number of attempts that the software should make to re-establish the LSP after it has failed. |
Signaling | Specifies the signaling style. |
Hop Limit | The maximum number of hops that an LSP can traverse, including the ingress and egress routers. |
Fast Reroute/FastFail Config | enabled — Fast reroute is enabled. In the event of a failure, traffic is immediately rerouted on the pre-computed detour LSP, thus minimizing packet loss. disabled — There is no detour LSP from each node on the primary path. |
ADSPEC | enabled — The LSP will include advertising data (ADSPEC) objects in RSVP messages. disabled — The LSP will not include advertising data (ADSPEC) objects in RSVP messages. |
Primary | The preferred path for the LSP. |
Secondary | The alternate path that the LSP will use if the primary path is not available. |
Bandwidth | The amount of bandwidth in Mb/s reserved for the LSP path. |
LSP Up Time | The total time in increments that the LSP path has been operational. |
LSP Tunnel ID | The value which identifies the label switched path that is signaled for this entry. |
To | The IP address of the egress router for the LSP. |
LSP Down Time | The total time in increments that the LSP path has not been operational. |
Path Changes | The number of path changes this LSP has had. For every path change (path down, path up, path change), a corresponding syslog/trap (if enabled) is generated. |
Retry Timer | The time in s, for LSP re-establishment attempts after an LSP failure. |
Resv Style | se — Specifies a shared reservation environment with a limited reservation scope. This reservation style creates a single reservation over a link that is shared by an explicit list of senders. ff — Specifies a shared reservation environment with an explicit reservation scope. Specifies an explicit list of senders and a distinct reservation for each of them. |
Negotiated MTU | The size of the maximum transmission unit (MTU) that is negotiated during establishment of the LSP. |
FR Hop Limit | The total number of hops a detour LSP can take before merging back onto the main LSP path. |
LastResignalAttempt | Displays the system up time when the last attempt to resignal this LSP was made. |
MBB Type | Displays an enumerated integer that specifies the type of make-before-break (MBB). If none displays then there is no MBB in progress or no last MBB. |
MBB State | Displays the state of the most recent invocation of the make-before-break functionality. |
End at | Displays the system up time when the last MBB ended. |
Old Metric | Displays the cost of the traffic engineered path for the LSP path prior to MBB. |
NextRetryIn | Displays the amount of time (in s) remaining, before the next attempt is made to retry the in-progress MBB. |
RetryAttempt | Displays the number attempts for the MBB is in progress. |
Failure Code | Displays the reason code for in-progress MBB failure. A value of none indicates that no failure has occurred. |
Failure Node | Displays the IP address of the node in the LSP path at which the in-progress MBB failed. When no failure has occurred, this value is none. |
Label | Description |
Auto BW | Enabled — Auto-bandwidth adjustment is configured on this LSP. |
AB OpState | Up – Auto-bandwidth is operationally enabled on this LSP Down – Auto-bandwidth is operationally disabled on this LSP |
Auto BW Min | The minimum bandwidth of the LSP that auto-bandwidth can request (in Mb/s). |
Auto BW Max | The maximum bandwidth of the LSP that auto-bandwidth can request (in Mb/s). |
AB Up Thresh | The percent threshold for increasing LSP bandwidth. |
AB Down Thresh | The percent threshold for decreasing LSP bandwidth. |
AB Up BW | The absolute bandwidth threshold for increasing LSP bandwidth (in Mb/s). |
AB Down BW | The absolute bandwidth threshold for decreasing LSP bandwidth (in Mb/s). |
AB Coll Intv | The auto-bandwidth collection interval. |
AB Adj Mul | The adjust-multiplier for this LSP (may be configured or inherited). |
AB Samp Mul | The sample-multiplier for this LSP (may be configured or inherited). |
AB Adj Time | The adjust-multiplier times the collection-interval (in min). |
AB Sample Time | The sample-multiplier times the collection-interval (in min). |
AB Adj Cnt | The adjust count (number of whole collection intervals since the start of the current adjust interval). |
AB Samp Cnt | The sample count (number of whole collection intervals since the start of the current sample interval). |
AB Last Adj | The system time of the last auto-bandwidth adjustment. |
AB Next Adj | The approximate remaining time in the current adjust interval (adjust-multiplier – adjust count) times the collection interval (in min). This overstates the actual remaining time because the elapsed time in the current collection interval is not accounted for. |
AB Adj Cause | The cause of the last auto-bandwidth adjustment:
|
AB Max AvgR* | The maximum average data rate in any sample interval of the current adjust interval. |
AB Lst AvgR* | The average data rate measured in the sample interval that ended most recently. |
AB Ovfl Lmt | The configured value of the auto-bandwidth overflow-limit. |
AB Ovfl Cnt | The number of overflow samples since the last reset. |
ABOvflThres | The percent threshold for declaring an overflow sample. |
AB Ovfl BW | The absolute bandwidth threshold for declaring an overflow sample (in Mb/s). |
AB Monitor BW | True – monitor bandwidth is enabled on the LSP. False – monitor bandwidth is not enabled on the LSP. |
BFD Enable | The operational state of BFD on the LSP. |
BFD failure-action | The failure action that is configured for the BFD LSP. |
CBF Info —To see CBF information of the LSP:
This command displays MPLS LSP egress statistics information.
This command displays MPLS LSP ingress statistics information.
This command displays MPLS LSP template information.
This command displays MPLS-TP OAM template information.
This command displays MPLS-TP protection template information.
This command displays MPLS-TP system configuration information.
This command displays MPLS-TP tunnel information.
This command displays P2MP cross-connect information.
This command displays MPLS P2MP LSP information.
Note that the normal output is in detailed format only. There is no separate detail format.
This command displays SR-TE-LSP information.
The following output applies to router- or PCC-controlled SR-TE LSPs.
The following output applies to PCE-computed SR-TE LSPs.
The following output applies to a PCE-computed SR-TE LSP when pce-report sr-te is enabled under MPLS.
The following output applies to PCE-controlled SR-TE LSPs.
This command displays MPLS SRLG database information.
This command displays MPLS paths.
MPLS Path Output
Table 23 describes MPLS Path output fields.
Label | Description |
Path Name | The unique name label for the LSP path. |
Adm | Down — The path is administratively disabled. Up — The path is administratively enabled. |
Hop Index | The value used to order the hops in a path. |
IP Address | The IP address of the hop that the LSP should traverse on the way to the egress router. |
Strict/Loose | Strict — The LSP must take a direct path from the previous hop router to the next router. Loose — The route taken by the LSP from the previous hop to the next hop can traverse through other routers. |
LSP Name | The name of the LSP used in the path. |
Binding | Primary — The preferred path for the LSP. Secondary — The standby path for the LSP. |
Paths | Total number of paths configured. |
This command displays MPLS SRLG groups
MPLS SRLG Group Output
Table 24 describes MPLS SRLG group output fields
Label | Description |
Group Name | Displays the name of the SRLG group within a virtual router instance. |
Group Value | Displays the group value associated with this SRLG group. |
Interface | Displays the interface where the SRLG groups is associated. |
No. of Groups | Displays the total number of SRLG groups associated with the output. |
This command displays MPLS static LSP information.
MPLS Static LSP Output
Table 25 describes the MPLS static LSP output fields.
Label | Description |
Lsp Name | The name of the LSP used in the path. |
To | The system IP address of the egress router for the LSP. |
Next Hop | The system IP address of the next hop in the LSP path. |
In I/F | The ingress interface. |
Out Label | The egress interface. |
Out I/F | The egress interface. |
Adm | Down — The path is administratively disabled. Up — The path is administratively enabled. |
Opr | Down — The path is operationally down. Up — The path is operationally up. |
LSPs | The total number of static LSPs. |
This command displays the number of LSP statistics configured.
This command displays MPLS operation information.
MPLS Status Output
Table 26 describes MPLS status output fields.
Label | Description |
Admin Status | Down — MPLS is administratively disabled. Up — MPLS is administratively enabled. |
Oper Status | Down — MPLS is operationally down. Up — MPLS is operationally up. |
LSP Counts | Static LSPs — Displays the count of static LSPs that originate, transit, and terminate on or through the router. Dynamic LSPs — Displays the count of dynamic LSPs that originate, transit, and terminate on or through the router. Detour LSPs — Displays the count of detour LSPs that originate, transit, and terminate on or through the router. |
FR Object | Enabled — Specifies that Fast reroute object is signaled for the LSP. Disabled — Specifies that Fast reroute object is not signaled for the LSP. |
Resignal Timer | Enabled — Specifies that the resignal timer is enabled for the LSP. Disabled — Specifies that the resignal timer is disabled for the LSP. |
Hold Timer | Displays the amount of time that the ingress node holds before programming its data plane and declaring the LSP up to the service module. |
This command displays TP LSP information.
This command display BFD session information.
The following output shows an example of BFD session information.
This command shows RSVP interfaces.
RSVP Interface Output
Table 27 describes RSVP interface output fields.
Label | Description |
Interface | The name of the IP interface. |
Total Sessions | The total number of RSVP sessions on this interface. This count includes sessions that are active as well as sessions that have been signaled but a response has not yet been received. |
Active Sessions | The total number of active RSVP sessions on this interface. |
Total BW (Mbps) | The amount of bandwidth in Mb/s available to be reserved for the RSVP protocol on the interface. |
Resv BW (Mbps) | The amount of bandwidth in Mb/s reserved on this interface. A value of zero (0) indicates that no bandwidth is reserved. |
Adm | Down — The RSVP interface is administratively disabled. Up — The RSVP interface is administratively enabled. |
Bfd | Yes — BFD is enabled on the RSVP interface. No — BFD is disabled on the RSVP interface. |
Opr | Down — The RSVP interface is operationally down. Up — The RSVP interface is operationally up. |
Port ID | Specifies the physical port bound to the interface. |
Active Resvs | The total number of active RSVP sessions that have reserved bandwidth. |
Subscription | Specifies the percentage of the link bandwidth that RSVP can use for reservation. When the value is zero (0), no new sessions are permitted on this interface. |
Port Speed | Specifies the speed for the interface. |
Unreserved BW | Specifies the amount of unreserved bandwidth. |
Reserved BW | Specifies the amount of bandwidth in Mb/s reserved by the RSVP session on this interface. A value of zero (0) indicates that no bandwidth is reserved. |
Total BW | Specifies the amount of bandwidth in Mb/s available to be reserved for the RSVP protocol on this interface. |
Aggregate | Aggregate messages are used to pack multiple RSVP messages into a single packet to reduce the network overhead. When the value is true, RSVP negotiates with each neighbor and gets consensus before sending aggregate messages. |
Hello Interval | Specifies the length of time (in s) between the hello packets that the router sends on the interface. This value must be the same for all routers attached to a common network. When the value is zero (0), the sending of hello messages is disabled. |
Refresh Time | Specifies the interval between the successive Path and Resv refresh messages. RSVP declares the session down after it misses ((keep-multiplier + 0.5) * 1.5 * refresh-time)) consecutive refresh messages. |
Hello Timeouts | The total number of hello messages that timed out on this RSVP interface. |
Neighbors | The IP address of the RSVP neighbor. |
Sent | The total number of error free RSVP packets that have been transmitted on the RSVP interface. |
Recd | The total number of error free RSVP packets received on the RSVP interface. |
Total Packets | The total number of RSVP packets, including errors, received on the RSVP interface. |
Bad Packets | The total number of RSVP packets with errors transmitted on the RSVP interface. |
Paths | The total number of RSVP PATH messages received on the RSVP interface. |
Path Errors | The total number of RSVP PATH ERROR messages transmitted on the RSVP interface. |
Path Tears | The total number of RSVP PATH TEAR messages received on the RSVP interface. |
Resvs | The total number of RSVP RESV messages received on the RSVP interface. |
Resv Confirms | The total number of RSVP RESV CONFIRM messages received on the RSVP interface. |
Resv Errors | Total RSVP RESV ERROR messages received on RSVP interface. |
Resv Tears | Total RSVP RESV TEAR messages received on RSVP interface. |
Refresh Summaries | Total RSVP RESV summary refresh messages received on interface. |
Refresh Acks | Total RSVP RESV acknowledgement messages received when refresh reduction is enabled on the RSVP interface. |
Bundle Packets | Total RSVP RESV bundled packets received on the RSVP interface. |
Hellos | Total RSVP RESV HELLO REQ messages received on the interface. |
This command shows neighbor information.
This command shows RSVP session information.
If the string contains special characters (#, $, spaces, and so on), the entire string must be enclosed within double quotes.
The interface option filters the display to include all RSVP sessions that use this interface name as “In Interface” or as “Out Interface”.
RSVP Session Output
Table 28 describes RSVP session output fields.
Label | Description |
From | The IP address of the originating router. |
To | The IP address of the egress router. |
Tunnel ID | The IP address of the tunnel’s ingress node supporting this RSVP session. |
LSP ID | The ID assigned by the agent to this RSVP session. |
Name | The administrative name assigned to the RSVP session by the agent. |
State | Down — The operational state of this RSVP session is down. Up — The operational state of this RSVP session is up. |
This command displays global statistics in the RSVP instance.
RSVP Statistics Output
Table 29 describes RSVP statistics output fields.
Label | Description |
PATH Timeouts | The total number of path timeouts. |
RESV Timeouts | The total number of RESV timeouts. |
This command displays RSVP status.
RSVP Status
Table 30 describes RSVP status output fields.
Label | Description |
Admin Status | Down — RSVP is administratively disabled. Up — RSVP is administratively enabled. |
Oper Status | Down — RSVP is operationally down. Up — RSVP is operationally up. |
Keep Multiplier | Displays the keep-multiplier number used by RSVP to declare that a reservation is down or the neighbor is down. |
Refresh Time | Displays the refresh-time interval (in s), between the successive Path and Resv refresh messages. |
Message Pacing | Enabled — RSVP messages, specified in the max-burst command, are sent in a configured interval, specified in the period command. Disabled — Message pacing is disabled. RSVP message transmission is not regulated. |
Pacing Period | Displays the time interval (in ms), when the router can send the specified number of RSVP messages specified in the rsvp max-burst command. |
Max Packet Burst | Displays the maximum number of RSVP messages that are sent in the specified period under normal operating conditions. |
Soft Preemption Timer | Displays the time (in s), a node holds on to a reservation for which it has triggered the soft preemption procedure. |
Rapid Retransmit | Displays the value of the rapid retransmission interval. |
Rapid Retry Limit | Displays the rapid retry limit. |
Graceful Shutdown | Specifies whether graceful shutdown of the RSVP node is enabled. |
This command displays information about Bidirectional Forwarding Detection (BFD) sessions on LSPs.
This command displays information about the MPLS bypass tunnel.
This command dumps LSP information for MPLS.
This command dumps FTN information for MPLS.
This command dumps ILM information for MPLS.
This command dumps memory usage information for MPLS.
This command initiates an immediate automatic bandwidth adjustment attempt for either one specific LSP or all active LSPs. The automatic bandwidth adjustment is made to the primary or secondary path of the LSP, whichever is the currently active path. If an LSP is not specified, then the system assumes the command applies to all LSPs. The optional force parameter, which is available only when an LSP is referenced, determines whether adjust-up and adjust-down threshold checks are applied. If force is not specified then the maximum average data rate must differ from the current reservation by more than the adjust-up or adjust-down thresholds, otherwise no bandwidth adjustment occurs. If the force option is specified then, bandwidth adjustment ignores the configured thresholds. If a bandwidth is specified as part of the force option then the bandwidth of the LSP is changed to this specific value, otherwise the bandwidth is changed to the maximum average data rate that has been measured by the system in the current adjust interval.
The adjust-count and maximum average data rate are not reset by the manual auto-bandwidth command, whether or not the bandwidth adjustment succeeds or fails. The overflow count is reset only if the manual auto-bandwidth attempt is successful.
Use this command to move from a standby path to any other standby path regardless of priority.
The no form of the command reverts to priority path.
Dump the Point of Local Repair (PLR) information for the MPLS bypass tunnel.
This command computes a CSPF path with specified user constraints.
This command resignals a specific LSP path. The minutes parameter configures the global timer or all LSPs for resignal. If only lsp-name and path-name are provided, the LSP will be resignaled immediately.
This command performs a manual re-optimization of a specific dynamic or manual bypass LSP, or of all dynamic bypass LSPs.
The name of a manual bypass LSP is the one provided by the user at configuration time. The name of a dynamic bypass LSP is shown in the output of “show>router>mpls>bypass-tunnel dynamic detail”.
The delay option triggers the global re-optimization of all dynamic bypass LSPs at the expiry of the specified delay. In essence, this option forces the global bypass resignal timer to expire after an amount of time equal to the value of the delay parameter. This option has no effect on a manual bypass LSP.
However, when a specific bypass LSP name is specified, the named dynamic or manual bypass LSP is not signaled and the associations are not evaluated even if the new bypass LSP path has the same cost as the current one. This is a different behavior from that of the similar command for the primary or secondary path of an LSP as a bypass LSP can have a large number of PSB associations.
In the specific case where the name corresponds to a manual bypass LSP, the LSP is torn down and re-signaled using the new path provided by CSPF if no PSB associations exist. If there is one or more PSB association but no PLR is active, the command is failed and the user is asked to explicitly enter the force option. In this case, the manual bypass LSP is torn down and re-signaled, leaving temporarily the associated LSP primary paths unprotected. Finally, if one or more PLRs associated with the manual bypass LSP is active, the command is failed.
Use this command to cause a named LSP, which is currently using a secondary path and for which the revert-timer has been configured, to switch back to using the primary path. Any outstanding revert-timer is canceled.
The primary path must be up for this command to be successful.
This command computes and returns the Segment Routing label stack for any user-specified MPLS path to a given destination router.
MPLS passes the specified path information to TE-DB, which converts the list of hops into a label stack by scanning the TE database for adjacency and node SID information which belongs to the router or link identified by each hop address. If the conversion is successful, the TE database will return the actual selected hop SIDs plus labels, as well the configured path hop addresses which were used as the input for this conversion.
Use this command to move from a standby (or an active secondary) to another standby of the same priority. If a new standby path with a higher priority or a primary path comes up after the tools perform command is executed, the path re-evaluation command runs and the path is moved to the path specified by the outcome of the re-evaluation.
This command displays TE LSP information for MPLS.
This command displays MPLS-TP interface information.
This command displays RSVP information.
This command displays RSVP RSB information.
This command modifies thresholds for trap suppression. The time-interval parameter is used to suppress traps after a certain number of traps have been raised within the time-interval period of time. By executing this command, there will be no more than number-of-traps within time-interval.
This command creates a tunnel interface associated with an RSVP P2MP LSP. IPv4 multicast packets are forwarded over the P2MP LSP at the ingress LER based on a static join configuration of the multicast group against the tunnel interface associated with the originating P2MP LSP. At the egress LER, packets of a multicast group are received from the P2MP LSP via a static assignment of the specific <S,G> to the tunnel interface associated with a terminating LSP.
At ingress LER, the tunnel interface identifier consists of a string of characters representing the LSP name for the RSVP P2MP LSP. The user can create one or more tunnel interfaces and associate each to a different RSVP P2MP LSP.
At egress LER, the tunnel interface identifier consists of a couple of string of characters representing the LSP name for the RSVP P2MP LSP followed by the system address of the ingress LER. The LSP name must correspond to a P2MP LSP name configured by the user at the ingress LER. The LSP name string must not contain “::” (two :s) nor contain a “:” (single “:”) at the end of the LSP name. However, a “:” (single “:”) can appear anywhere in the string except at the end of the name.
This command enables you to instruct MPLS to replace the path of a primary or secondary LSP. The primary or secondary LSP path is indirectly identified via the current-path-name value. The same path name cannot be used more than once in a given LSP name.
This command applies to both CSPF LSP and to a non-CSPF LSP. This command will only work when the specified current-path-name has the adaptive option enabled. The adaptive option can be enabled at the LSP level or the path level.
The new path must have been configured in the CLI or provided via SNMP. The CLI command for entering the path is
configure router mpls path path-name
The command fails if any of the following conditions exist:
When you execute this command, MPLS performs the following procedures:
This command clears BFD session information. Clearing the BFD session will cause it to go down and restart. This may cause any client protocols whose state is affected by BFD to go down.
As in the current implementation if clear router router-instance bfd statistics all is executed, then the router-instance is ignored and the clear is applied to all session statistics.
This command clears BFD statistics.
This command resets or clears statistics for MPLS interfaces.
This command resets and restarts an LSP.
This command clears the following counters/timers, as follows:
This command provides the context for the user to enter the LSP names for the purpose of enabling ingress data path statistics at the terminating node of the LSP (for example, egress LER).
This command clears MPLS LSP egress statistics information.
This command clears MPLS LSP ingress statistics information.
This command resets or clears statistics for an RSVP interface.
This command clears global statistics for the RSVP instance, for example, clears path and resv timeout counters.
This command enables and configures debugging for MPLS.
This command enables debugging for specific events.
The no form of the command disables the debugging.
This command debugs all events.
The no form of the command disables the debugging.
This command debugs fast re-route events.
The no form of the command disables the debugging.
This command reports MPLS debug events originating from the XMA.
The no form of the command disables the debugging.
This command debugs LSP setup events.
The no form of the command disables the debugging.
This command debugs the state of the most recent invocation of the make-before-break (MBB) functionality.
The no form of the command disables the debugging.
This command debugs miscellaneous events.
The no form of the command disables the debugging.
This command debugs cross connect events.
The no form of the command disables the debugging.
This command enables and configures debugging for RSVP.
This command debugs neighbor events.
The no form of the command disables the debugging.
This command debugs path-related events.
The no form of the command disables the debugging.
This command debugs RSVP reservation events.
The no form of the command disables the debugging.
This command debugs the te-threshold-update events.
The no form of this command disables the debugging
This command enters the syntax to debug packets.
This command debugs all packets.
The no form of the command disables the debugging.
This command debugs hello packets.
The no form of the command disables the debugging.
This command enables debugging for RSVP path packets.
The no form of the command disables the debugging.
This command debugs path error packets.
The no form of the command disables the debugging.
This command debugs path tear packets.
The no form of the command disables the debugging.
This command enables debugging for RSVP resv packets.
The no form of the command disables the debugging.
This command debugs ResvErr packets.
The no form of the command disables the debugging.
This command debugs ResvTear packets.
The no form of the command disables the debugging.