display mpls oam egress

Function

The display mpls oam egress command displays the status and the configuration of an OAM-enabled LSP on the egress.

Format

display mpls oam egress { all | lsp-name lsp-name | lsr-id ingress-lsr-id tunnel-id tunnel-id } [ verbose ]

Parameters

Parameter Description Value
all

Displays the status and configurations of all OAM-enabled LSPs on the egress.

-

lsp-name lsp-name

Specifies the name of an LSP.

The value is a string of 1 to 19 characters, spaces not supported.

If quotation marks are used at both ends of an entered character sting, you can enter spaces in the string.

lsr-id ingress-lsr-id

Specifies the LSR ID of the ingress.

The value is in dotted decimal notation.

tunnel-id tunnel-id

Specifies the ID of a tunnel.

The value is an integer ranging from 1 to 65535.

verbose

Displays detailed information.

-

Views

All views

Default Level

1: Monitoring level

Task Name and Operations

Task Name Operations
tpoam read

Usage Guidelines

Usage Scenario

To view the status and the configuration of an OAM-enabled LSP on the egress, run the display mpls oam egress command. The command output does not include packet statistics about OAM instances.

Example

The actual command output varies according to the device. The command output here is only an example.

# Display OAM information about the LSP with the LSR ID and tunnel ID set to 1.1.1.1 and 100 on the egress, respectively.
<HUAWEI> display mpls oam egress lsr-id 1.1.1.1 tunnel-id 100
--------------------------------------------------------------------------
No. Lsp-name          Ttsi                  Type    Frequency  Status
--------------------------------------------------------------------------
1   --                1.1.1.1 : 100         CV        1 s      Start/No-defect
# Display detailed information about all LSPs on the egress.
<HUAWEI> display mpls oam egress all verbose
--------------------------------------------------------------------------------

Verbose information about NO.1 OAM at the egress
--------------------------------------------------------------------------------


LSP basic information:                    OAM basic information:
---------------------------------------   --------------------------------------
Lsp name            : CtoA                OAM-Index           : 4100
Lsp signal status   : Up                  OAM select board    : 1
Lsp establish type  : Static-cr-lsp       Enable-state        : --
Lsp incoming Label  : 40                  Auto-protocol       : Enable
Lsp ingress lsr-id  : 3.3.3.3             Auto-overtime (s)   : 300
Lsp tnl-id          : 4000                Ttsi/lsr-id         : 3.3.3.3

Lsp-id              : --                  Ttsi/tunnel-id      : 4000

Lsp Incoming-int    : GigabitEthernet0/1/0

OAM detect information:                   OAM backward information:
---------------------------------------   --------------------------------------
Type                : CV                  Tunnel name         : --
Frequency           : 1 s                 Share attribute     : --
Detect-state        : Start               Lsp signal status   : --
Defect-state        : Non-defect          Bdi-frequency       : Detect frequency
Available-state     : Available
Unavailable time (s): 0
Hardware Error Info : No error

--------------------------------------------------------------------------------

Total OAM Num:                    1
Total Start OAM Num:              1
Total Defect OAM Num:             0
Total Unavailable OAM Num:        0
Table 1 Description of the display mpls oam egress command output
Item Description
No.

Sequence number.

Lsp-name

Number of the monitored static LSP. If a dynamic LSP is monitored, "--" is displayed.

Ttsi

TTSI, which consists of the LSR ID on the left side of the colon and the tunnel ID on the right side of the colon.

Type

Detection type of OAM packets.

  • FFD.
  • CV.
  • --: No detection type is specified.
Frequency

OAM detection interval.

Status

Check status and the defect status:

  • Start/Non-defect: OAM detection is started and no defect is detected.
  • Start/In-defect: OAM detection is started and a defect is detected.
  • Stop/Non-defect: OAM detection is stopped and no defect is detected.
  • Stop/In-defect: OAM detection is stopped and a defect is detected.
  • Ready: Although the auto protocol is configured, a device does not receive detection packets sent by its peer device before the timeout period elapses.
OAM basic information

Basic OAM information.

OAM select board

Slot ID of the OAM processing board.

OAM detect information

OAM detection information.

OAM backward information

Information about the reverse tunnel.

LSP basic information

Basic information about the LSP.

Lsp name

Name of the LSP.

Lsp signal status

Status of the LSP signaling protocol:

  • Up.
  • Down.
  • --: LSP detection does not start.
Lsp establish type

Type of the LSP:

  • Static lsp.
  • Static-cr-lsp.
  • Rsvp lsp.
Lsp incoming Label

Incoming label of the LSP.

Lsp ingress lsr-id

LSR ID of the ingress on the LSP.

Lsp tnl-id

ID of the tunnel bound to the LSP.

Lsp Incoming-int

Inbound interface of the LSP.

Lsp signal status

Signaling status of the reverse LSP.

OAM-Index

OAM index.

Enable-state

Whether OAM is enabled:

  • Manual enable.
  • Manual disable.
  • --: The auto protocol is enabled.
Auto-protocol

Whether the OAM auto protocol is enabled.

Auto-overtime (s)

Timeout period of the auto protocol.

Ttsi/lsr-id

LSR ID of the TTSI.

Lsp-id

LSP ID.

Ttsi/tunnel-id

Tunnel ID of the TTSI.

Tunnel name

Name of the reverse tunnel.

Share attribute

Occupying mode of the reverse tunnel:

  • Share.
  • Private.
Detect-state

OAM detection status:

  • Ready.
  • Start.
  • Stop.
Defect-state

Defect status:

  • No-defect: no defect on the tunnel.
  • dLOCV: a connectivity verification loss defect.
  • dTTSI_Mismatch: a trail termination source identifier (TTSI) mismatch defect.
  • dTTSI_Mismerge: a TTSI mis-merging defect.
  • dExcess: an excessive rate at which connectivity detection packets are received.
Bdi-frequency

Interval at which BDI packets are sent:

  • per-second: BDI packets are sent every second.
  • detect-freq: BDI packets are sent at the same interval as OAM detection packets.
Available-state

Whether OAM detection is available:

  • Available.
  • Unavailable.
Unavailable time (s)

Period during which OAM detection is unavailable, in seconds.

Hardware Error Info

Hardware error reason.

Total OAM Num

Total number of OAM instances.

Total Start OAM Num

Number of started OAM instances.

Total Defect OAM Num

Number of OAM instances that detected defects.

Total Unavailable OAM Num

Number of unavailable OAM instances.

Copyright © Huawei Technologies Co., Ltd.
Copyright © Huawei Technologies Co., Ltd.
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