display mpls te link-administration bandwidth-allocation

Function

The display mpls te link-administration bandwidth-allocation command displays all MPLS TE-enabled interfaces and bandwidth allocation of these interfaces.

Format

display mpls te link-administration bandwidth-allocation

display mpls te link-administration bandwidth-allocation interface { interface-type interface-number | interface-name }

Parameters

Parameter Description Value
interface interface-name

Interface name.

The value is a string of 1 to 63 case-sensitive characters, spaces not supported.

interface-type

Interface type.

The value is a string of 1 to 63 case-sensitive characters, spaces not supported.

interface-number

Interface number.

The value is a string of 1 to 63 case-sensitive characters, spaces not supported.

Views

All views

Default Level

1: Monitoring level

Task Name and Operations

Task Name Operations
mpls-te read

Usage Guidelines

Usage Scenario

The display mpls te link-administration bandwidth-allocation command displays all MPLS TE-enabled interfaces and bandwidth allocation of these interfaces.

Example

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

# View the interfaces enabled with MPLS TE and the bandwidth allocation of these interfaces.
<HUAWEI> display mpls te link-administration bandwidth-allocation
  Link ID:  GigabitEthernet0/1/0
  Bandwidth Constraint Model   :  Russian Dolls Model (RDM)
  Physical Link Bandwidth(Kbits/sec)          : 1000000
  Maximum Link Reservable Bandwidth(Kbits/sec):  400000
  Reservable Bandwidth BC0(Kbits/sec)         :  200000
  Reservable Bandwidth BC1(Kbits/sec)         :  100000
  Reservable Bandwidth BC2(Kbits/sec)         :  100000
  Reservable Bandwidth BC3(Kbits/sec)         :  0
  Reservable Bandwidth BC4(Kbits/sec)         :  0
  Reservable Bandwidth BC5(Kbits/sec)         :  0
  Reservable Bandwidth BC6(Kbits/sec)         :  0
  Reservable Bandwidth BC7(Kbits/sec)         :  0
  Downstream Bandwidth (Kbits/sec)            :  0
  Static Reserved Bandwidth (Kbits/sec)       :  0
  IPUpdown Link Status                        :  UP
  PhysicalUpdown Link Status                  :  UP
  ----------------------------------------------------------------------
  TE-CLASS  CT    PRIORITY   BW RESERVED   BW AVAILABLE   DOWNSTREAM
                             (Kbits/sec)   (Kbits/sec)  RSVPLSPNODE COUNT
  ----------------------------------------------------------------------
     0      0        0           0             200000           0
     1      1        1           0             100000           0
     2      2        2           0             100000           0
     3      -        -           -             -                -
     4      -        -           -             -                -
     5      -        -           -             -                -
     6      -        -           -             -                -
     7      -        -           -             -                -
     8      -        -           -             -                -
     9      -        -           -             -                -
     10     -        -           -             -                -
     11     -        -           -             -                -
     12     -        -           -             -                -
     13     -        -           -             -                -
     14     -        -           -             -                -
     15     -        -           -             -                -
  ----------------------------------------------------------------------
Table 1 Description of the display mpls te link-administration bandwidth-allocation command output
Item Description
Link ID

Link ID.

Bandwidth Constraint Model

The bandwidth constraint model has the following three models:

  • RDM: Russian Dolls Model.
  • RAM: Maximum Allocation Model.
  • Extended Maximum Allocation Model (Extended MAM).
Physical Link Bandwidth(Kbits/sec)

Physical link bandwidth, in Kbits/sec.

Maximum Link Reservable Bandwidth(Kbits/sec)

Maximum reservable bandwidth of the link, in Kbits/sec.

Reservable Bandwidth BC0(Kbits/sec)

BC0 bandwidth constraint, that is, BC0 reservable bandwidth, in Kbits/sec.

Reservable Bandwidth BC1(Kbits/sec)

BC1 bandwidth constraint, that is, BC1 reservable bandwidth, in Kbits/sec.

Reservable Bandwidth BC2(Kbits/sec)

BC2 bandwidth constraint, that is, BC2 reservable bandwidth, in Kbits/sec.

Reservable Bandwidth BC3(Kbits/sec)

BC3 bandwidth constraint, that is, BC3 reservable bandwidth, in Kbits/sec.

Reservable Bandwidth BC4(Kbits/sec)

BC4 bandwidth constraint, that is, BC4 reservable bandwidth, in Kbits/sec.

Reservable Bandwidth BC5(Kbits/sec)

BC5 bandwidth constraint, that is, BC5 reservable bandwidth, in Kbits/sec.

Reservable Bandwidth BC6(Kbits/sec)

BC6 bandwidth constraint, that is, BC6 reservable bandwidth, in Kbits/sec.

Reservable Bandwidth BC7(Kbits/sec)

BC7 bandwidth constraint, that is, BC7 reservable bandwidth, in Kbits/sec.

Downstream Bandwidth (Kbits/sec)

Downstream bandwidth, in Kbits/sec.

IPUpdown Link Status

IP link status:

  • UP.
  • DOWN.
PhysicalUpdown Link Status

Physical link status:

  • UP: link available.
  • DOWN: The link is unavailable.
TE-CLASS

TE category.

CT

Class type.

PRIORITY

Tunnel preemption priority.

BW RESERVED

Bandwidth reserved for this CT.

BW AVAILABLE

The bandwidth that can be reserved for the CT.

DOWNSTREAM RSVPLSPNODE COUNT

Number of downstream RSVP LSP nodes.

Static Reserved Bandwidth (Kbits/sec)

Static Reserved Bandwidth, in Kbits/sec.

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