display rsvp sender

Use display rsvp sender to display information about RSVP path states.

Syntax

display rsvp sender [ destination ip-address ] [ source ip-address ] [ tunnel-id tunnel-id ] [ lsp-id lsp-id ] [ verbose ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

destination ip-address: Displays information about the RSVP path states with the specified tunnel destination address.

source ip-address: Displays information about the RSVP path states with the specified tunnel source address. The tunnel source address is the extended tunnel ID in the Session object of an RSVP message.

tunnel-id tunnel-id: Displays information about the RSVP path states with the specified tunnel ID. The value range for a tunnel ID is 0 to 65535.

lsp-id lsp-id: Displays information about the RSVP path states with the specified LSP ID. The lsp-id argument specifies the ID of a CRLSP, in the range of 0 to 65535.

verbose: Displays detailed information. If you do not specify this keyword, the command displays brief information.

Usage guidelines

If you do not specify any parameters, this command displays brief information about all RSVP path states.

Examples

# Display brief information about all RSVP path states.

<Sysname> display rsvp sender
Destination     Source          Tunnel-ID LSP-ID  Style     Bitrate
3.3.3.9         1.1.1.9         1         5       SE        0.00
3.3.3.9         2.2.2.9         253       17767   SE        125.00

Table 59: Command output

Field	Description
Destination	Tunnel destination address.
Source	Tunnel source address.
Style	Resource reservation style: SE—Shared-explicit style. FF—Fixed-filter style.
Bitrate	Tunnel bandwidth in kbps.

# Display detailed information about all RSVP path states.

<Sysname> display rsvp sender verbose
Destination: 3.3.3.9                      Source: 1.1.1.9
Tunnel ID: 1                              Style: SE 
Sender address: 1.1.1.9                   LSP ID: 5
Setup priority: 7                         Holding priority: 7
FRR desired: Yes                          BW protection desired: Yes
Received upstream label: 1051             Sent upstream label: 1051
Previous hop: 57.10.10.1                  Previous hop LIH: 0xf0008
Mean rate (CIR): 0.00 kbps                Mean burst size (CBS): 1000.00 bytes
MTU: 1500                                 Qos service: Controlled-Load
Received message epoch: 0                 Received message ID: 0
Sent message epoch: 0                     Sent message ID: 0
In-Interface: Vlan10                      Local LIH: 0x35
Local address: 57.20.20.2                 Refresh interval: 30000 ms
Out-Interface: Vlan20                     Nexthop: 57.20.20.1
Unknown object number: 0
Received ERO number: 2
  57.10.10.2/32      Strict
  57.20.20.1/32      Loose
Sent ERO number: 1
  57.20.20.1/32      Loose
XRO number: 2
  67.10.10.1/32
  67.20.20.1/32
RRO number: 1
  57.10.10.1/32      Flag: 0x00 (No FRR)
Fast Reroute PLR: Active
  FRR inner label: 3                      Bypass tunnel: Tunnel253
  Sender Template:
    Sender address: 10.11.112.140         LSP ID: 5
  FRR ERO number: 1
    3.3.3.9/32         Strict
Fast Reroute MP: None

Destination: 3.3.3.9                      Source: 2.2.2.9
Tunnel ID: 253                            Style: SE
Sender address: 2.2.2.9                   LSP ID: 17767
Setup priority: 7                         Holding priority: 7
FRR desired: Yes                          BW protection desired: Yes
Received upstream label: 1115             Sent upstream label: 1115
Previous hop: 57.10.10.1                  Previous hop LIH: 0xf0008
Mean rate (CIR): 125.00 kbps              Mean burst size (CBS): 0.00 bytes
MTU: 1500                                 Qos service: Controlled-Load
Received message epoch: 0                 Received message ID: 0
Sent message epoch: 0                     Sent message ID: 0
In-Interface: Vlan10                      Local LIH: 0x67
Local address: 10.11.112.140              Refresh interval: 30000 ms
Out-Interface: Vlan30                     Nexthop: 10.11.112.135
Unknown object number: 0
Received ERO number: 5
  2.2.2.9/32         Strict
  10.11.112.140/32   Strict
  10.11.112.135/32   Strict
  57.40.40.3/32      Strict
  57.40.40.1/32      Strict
Sent ERO number: 3
  10.11.112.135/32   Strict
  57.40.40.3/32      Strict
  57.40.40.1/32      Strict
XRO number: 1
  67.40.40.1/32
RRO number: 0
Fast Reroute PLR: None
Fast Reroute MP: Active
  In-Interface: Vlan10
  Sender Template:
    Sender address: 10.11.112.140         LSP ID: 5

Table 60: Command output

Field	Description
Destination	Tunnel destination address.
Source	LSR ID of the device at the tunnel source end.
Style	Resource reservation style: SE—Shared-explicit style. FF—Fixed-filter style.
Sender address	Sender address identifies the tunnel source end.
FRR desired	State of FRR: Yes or No.
BW protection desired	State of bandwidth protection: Yes or No.
Received upstream label	Backward LSP label received from the upstream device.
Sent upstream label	Backward LSP label sent to the downstream device.
Previous hop LIH	Logical interface handle of the previous hop.
QoS service	QoS service type: Controlled-Load or Guaranteed.
Received message Epoch	Value of the Epoch field in the Message ID object of the received message.
Received message ID	Message ID in the received message.
Sent message epoch	Value of the Epoch field in the Message ID object of the sent message.
Sent message ID	Message ID in the sent message.
In-Interface	Incoming interface of the message.
Local LIH	Local logical interface handle.
Local address	IP address of the outgoing interface of the Path message.
Refresh interval	Refresh interval for Path and Resv messages, in milliseconds.
Out-Interface	Outgoing interface of the message.
Unknown object number	Number of unknown objects.
Received ERO number	Number of received Explicit Route Objects (EROs) and the ERO information. ERO information includes the addresses of the nodes on the explicit path, and whether the current node is a loose or strict next hop.
Sent ERO number	Number of sent EROs and the ERO information. ERO information includes the addresses of the nodes on the explicit path, and whether the current node is a loose or strict next hop.
XRO number	Number of Exclude Route Objects (XROs). If the number is not 0, the subsequent output displays the IP addresses in the XROs. The IP addresses are the addresses of interfaces or the LSR IDs of the nodes that are to be excluded from routes. The addresses in the XROs are non-sequenced.
RRO number	Number of Record Route Objects (RROs). If the number is not 0, the subsequent output displays the IP addresses or labels recorded in the RROs. The RRO information is displayed only when route recording is configured on the tunnel interface.
Flag	Flag value and its meaning in an RRO: No FRR—FRR is not configured. FRR Avail—FRR is available. In use—FRR has occurred. BW—Bandwidth protection. Node-Prot—Node protection. Node-ID—The IP address in the RRO is the LSR ID of the node. In-Int—The IP address in the RRO is that of the incoming interface. Global label—Per-platform label space.
Fast Reroute PLR	Point of Local Repair (PLR) information: None—Not bound to an FRR bypass tunnel. Ready—Bound to an FRR bypass tunnel. No FRR has occurred. Active—Bound to an FRR bypass tunnel. An FRR has occurred.
FRR inner label	Incoming label of the FRR bypass tunnel. Only the PLR node displays this field.
Bypass tunnel	Name of the bypass tunnel. Only the PLR node displays this field.
Sender address	Address of the Path message sender after an FRR. The value of this field is the address of the outgoing interface of the bypass tunnel on the PLR node.
LSP ID	LSP ID carried in the Path message after an FRR.
Fast Reroute MP	Merge Point (MP) information: Active—The node is an MP and an FRR has occurred. None—The node is not an MP, or the node is an MP but no FRR has occurred.
In-Interface	Incoming interface of the message.

Related commands

display rsvp lsp

display rsvp request

display rsvp reservation

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