color value: Specifies a color value in the range of 1 to 4294967295. If you do not specify this option, the command displays mapping relationships between all color values and flexible algorithms.

Examples

# Display mapping relationships between color values and flexible algorithms.

<Sysname> display mpls color-mapping flex-algo

Color Flex-Algo

1 128

2 129

3 128

4 130

Table 1 Command output

Field	Description
Color	Color value.
Flex-Algo	Flexible algorithm ID.

‌

display mpls forwarding ilm

Use display mpls forwarding ilm to display Incoming Label Map (ILM) entries.

Syntax

display mpls forwarding ilm [ label ] [ slot slot-number ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

label: Displays the ILM entry with the specified incoming label. The value range for this argument is 16 to 1010152. If you do not specify an incoming label, this command displays ILM entry information for all incoming labels.

slot slot-number: Specifies a card by its slot number. If you do not specify a card, this command displays ILM entries on the active MPU.

Usage guidelines

An ILM entry records the label operation type, outgoing label, and other forwarding information.

After an LSR receives a labeled packet, it performs the following operations:

1. Identifies the ILM entry that matches the top label of the packet.

2. Performs the specified label operation.

3. Forwards the packet.

Examples

# Display all ILM entries.

<Sysname> display mpls forwarding ilm

Total ILM entries: 3

Flags: T - Forwarded through a tunnel

N - Forwarded through the outgoing interface to the nexthop IP address

B - Backup forwarding information

A - Active forwarding information

M – P2MP forwarding information

InLabel Oper VRF Flag SwapInfo Forwarding Info

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

30 SWAP 0 T 1000 1024

1279 POP 0 - - -

1407 SWAP 0 NA 1271 XGE3/0/3 50.2.0.2

NB 1270 Tun0 0.0.0.0

Table 2 Command output

Field	Description
Total ILM entries	Total number of ILM entries.
InLabel	Incoming label.
Oper	Operation type: · POP—Pops the label. · POPGO—Pops the label and forwards the packet to another tunnel. · SWAP—Swaps the label.
VRF	Index of a VPN instance.
Flag	Forwarding flag: · T—Forwarded through a tunnel. · N—Forwarded through the outgoing interface to the next hop IP address. · B—Backup forwarding information. · A—Active forwarding information. · M—P2MP forwarding information.
SwapInfo	Label switching information, which can be outgoing SRv6 SID information or outgoing label value. This field takes effect only when the operation type is SWAP.
Forwarding Info	Forwarding information: · When the forwarding flag is N, the forwarding information records the outgoing interface and the next hop. · When the forwarding flag is T, the forwarding information records the NID.

‌

display mpls forwarding nhlfe

Use display mpls forwarding nhlfe to display Next Hop Label Forwarding Entry (NHLFE) entries.

Syntax

display mpls forwarding nhlfe [ nid [ relation ] | tunnel-type { crlsp | gre | local | lsp | mixed-tunnel | srlsp | srpgroup | srpolicy | srpsids | te } ] [ slot slot-number ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

nid: Displays the NHLFE entry with the specified NID. The NID value range is 0 to 4294967294. If you do not specify an NID, this command displays NHLFE entry information for all NIDs.

relation: Displays information about entries associated with the specified NHLFE entry.

tunnel-type: Display NHLFE entry information for the specified type of tunnels. If you do not specify this keyword, the command displays NHLFE entry information for all types of tunnels.

crlsp: Specifies static and RSVP CRLSPs.

gre: Specifies GRE tunnels.

local: Specifies LSPs of directly connected next hops.

lsp: Specifies static, LDP, and BGP LSPs.

mixed-tunnel: Specifies tunnels that correspond to the MPLS hybrid NIDs.

srlsp: Specifies static, BGP, IS-IS, and OSPF SRLSPs.

srpgroup: Specifies tunnels of SR-MPLS TE policy groups.

srpolicy: Specifies SR-MPLS TE policy tunnels.

srpsids: Specifies tunnels of SR-MPLS TE policy SIDs.

te: Specifies tunnels of MPLS TE tunnel interfaces.

slot slot-number: Specifies a card by its slot number. If you do not specify a card, this command displays NHLFE entries on the active MPU.

Usage guidelines

An NHLFE entry records label forwarding information, such as the outgoing label and outgoing interface. NHLFE entries are mainly used to add multiple labels to packets.

To add multiple labels to a packet, an LSR performs the following operations:

1. Obtains the bottom label and NID in the matching FIB or ILM entry.

2. Obtains the outer label in the NHLFE entry identified by the NID.

Examples

# Display the NHLFE entry with NID 2048.

<Sysname> display mpls forwarding nhlfe 2048

Flags: T - Forwarded through a tunnel

N - Forwarded through the outgoing interface to the nexthop IP address

B - Backup forwarding information

A - Active forwarding information

M – P2MP forwarding information

NID Tnl-Type Flag OutLabel Forwarding Info

Attri-Val

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

2048 LSP NA 2025 XGE3/0/2 10.11.112.26

# Display all NHLFE entries.

<Sysname> display mpls forwarding nhlfe

Total NHLFE entries: 11

Flags: T - Forwarded through a tunnel

N - Forwarded through the outgoing interface to the nexthop IP address

B - Backup forwarding information

A - Active forwarding information

M – P2MP forwarding information

NID Tnl-Type Flag OutLabel Forwarding Info

Attri-Val

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

10 - TA - 2049

20 - TA - 2050

2048 LSP NA 2025 XGE3/0/2 10.11.112.26

2049 LSP NA 3024 XGE3/0/2 10.11.112.26

TB 3026 20

2050 LSP NA 3025 XGE3/0/1 10.10.113.26

2051 SRLSP NA 16002 XGE3/0/3 10.11.113.26

2052 SRLSP NA 16002 XGE3/0/4 10.12.113.26

2053 SRLSP NA 16002 XGE3/0/5 10.13.113.26

2054 SRLSP NA 16002 XGE3/0/6 10.14.113.26

2055 SRLSP NA 16002 XGE3/0/7 10.15.113.26

268435456 TE TA - 2051

TA - 2052

TB - 2053

TB2 - 2054

TB3 - 2055

Table 3 Command output

Field	Description
Total NHLFE entries	Total number of NHLFE entries.
NID	NHLFE entry index.
Tnl-Type	Tunnel type: · LOCAL—Direct LSP tunnel. · LSP—Static LSP tunnel, or LSP tunnel signaled using LDP or BGP. · TE—TE tunnel. · GRE—GRE tunnel. · CRLSP—Static CRLSP tunnel or CRLSP tunnel signaled using RSVP. · SRLSP—Static SRLSP tunnel or SRLSP tunnel signaled using IS-IS or OSPF. · SRPolicy—SR-MPLS TE policy tunnel. · SRPSIDs—Tunnel corresponding to the SR-MPLS TE policy SID list. · SRPGroup—Tunnel corresponding to the SR-MPLS TE policy group. · MIXEDTNL—Tunnel corresponding to the MPLS hybrid NID. A hyphen (-) indicates an invalid value.
Flag	Forwarding flag: · T—Forwarded through a tunnel. · N—Forwarded through the outgoing interface to the next hop IP address. · B—Backup forwarding information. If a number follows the B flag, the number represents the priority of the backup path. The larger the number, the lower the priority of the backup path. When the primary path fails, traffic is switched to the backup path for forwarding in order of priority. · A—Active forwarding information. · M—P2MP forwarding information.
OutLabel	Outgoing label.
Forwarding Info	Forwarding information: · When the forwarding flag is N, the forwarding information records the outgoing interface and the next hop. · When the forwarding flag is T, the forwarding information records the NID.
Attri-Val	‌ Forwarding attribute. This field displays tunnel interface name and is displayed only when the value for the Tnl-Type field is TE or GRE.

‌

display mpls interface

Use display mpls interface to display MPLS interface information, including the interface name, interface status, and interface MPLS MTU.

Syntax

display mpls interface [ interface-type interface-number ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

interface-type interface-number: Specifies an interface by the interface type and number. If you do not specify an interface, this command displays MPLS information for all MPLS-enabled interfaces.

Examples

# Display all MPLS interfaces.

<Sysname> display mpls interface

Interface Status MPLS MTU

XGE3/0/1 Up 1500

XGE3/0/2 Up 1500

Table 4 Command output

Field	Description
Interface	Interface name.
Status	Interface state.
MPLS MTU	MPLS MTU (in bytes) of the interface. This field displays a hyphen (-) if the interface is not configured with an MPLS MTU.

‌

Related commands

mpls enable

mpls mtu

display mpls label

Use display mpls label to display MPLS label information.

Syntax

display mpls label { label-value1 [ to label-value2 ] | all } [ state { alloc | idle | inuse | pending } ] [ verbose ] [ slot slot-number ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

label-value1: Specifies a label value. The value range for this argument is 16 to 1010152. If used with the label-value2 argument, the label-value1 argument represents the start label of a label range.

to label-value2: Specifies the end label of the label range. The value range for the end label is 16 to 1010152. If you specify a label range by using the label-value1 argument and the to label-value2 option, this command displays usage information for the specified range of labels.

all: Specifies all labels.

state: Displays information about MPLS labels in the specified state. If you do not specify this keyword, the command displays information about MPLS labels in all states.

alloc: Displays MPLS labels that are being requested.

idle: Displays idle MPLS labels.

inuse: Displays MPLS labels in use.

pending: Displays MPLS labels that have been released but are still in use.

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

slot slot-number: Specifies a card by its slot number. If you do not specify a card, this command displays MPLS label information on the active MPU.

Examples

# Display brief information for labels 1025 through 1027.

<Sysname> display mpls label 1025 to 1027

Label Owner State

1025 LDP Alloc

1026 LDP Alloc

1027 LDP Inuse

# Display brief information about labels that are being requested and in the range of 1025 to 1027.

<Sysname> display mpls label 1025 to 1027 state alloc

Label Owner State

1025 LDP Alloc

1026 LDP Alloc

# Display detailed information for labels 1025 through 1027.

<Sysname> display mpls label 1025 to 1027 verbose

Label: 1025

State: Idle

Owner: -

FEC : -

Version: 0

Label: 1026

State: Idle

Owner: -

FEC : -

Version: 0

Label: 1027

State: Idle

Owner: -

FEC : -

Version: 0

Table 5 Command output

Field	Description
Label	Label value.
Owner	Protocol that is using the label: · Static—Static LSP. · LDP. · BGP. · StaticCR—Static CRLSP or static SRLSP. · RSVP. · L2VPN. · ISIS. · OSPF. · VSRP. · NAT. · BGPVC. This field displays a hyphen (-) when the label state is Idle.
State	Usage state of the label: · Idle—The label is idle. · Alloc—The label has been allocated. · Pending—The label has been released but is still used by an LSP entry. · Inuse—The label has been allocated and used by an LSP entry.
FEC	Forwarding equivalence class: · IP address/mask—Classifies FECs by destination address. · IP address/mask/LSINDEX—Classifies FECs by label stack index. · IP address/In Label—The LSP is created through BGP Peer-Set-SID. · IP address—Classifies FECs by next hop. · IP address/Out Label—Classifies FECs by next hop and outgoing label. · Ingress LSR ID/Tunnel ID/LSP ID—RSVP TE or static SRLSP FEC. · IP address/Color—Classifies FECs by the IP address and color value of the destination node of the SR-MPLS TE policy. · - (a hyphen)—The LSP is a static transit LSP, adjacency path for static SRLSP, static egress LSP, static transit CRLSP, static egress CRLSP, or adjacency path for aggregate interface member ports. · Backup—The LSP is a backup LSP of the previous LSP.
Version	Label version.

‌

display mpls lsp

Use display mpls lsp to display LSP information.

Syntax

display mpls lsp [ egress | in-label label-value | ingress | outgoing-interface interface-type interface-number | protocol { bgp | isis | ldp | local | nat | ospf | sr-te | sr-policy | rsvp-te [ p2mp ] | static | static-cr } | transit ] [ all | vpn-instance vpn-instance-name ] [ ipv4-address mask-length | ipv6 [ ipv6-address prefix-length ] ] [ srv6-mpls-interworking ] [ verbose ] [ slot slot-number ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

egress: Displays the LSPs taking the current LSR as egress.

in-label label-value: Displays the LSPs using the specified label as the incoming label. The value range for the label-value argument is 0 to 1010152.

ingress: Displays the LSPs taking the current LSR as ingress.

outgoing-interface interface-type interface-number: Displays the LSPs using the specified interface as the outgoing interface. The interface-type interface-number argument specifies an interface by its type and number.

protocol: Displays the LSPs established by a protocol.

bgp: Displays BGP LSPs.

isis: Displays IS-IS SRLSPs.

ldp: Displays LDP LSPs.

local: Displays LSPs destined for the direct next hops, or displays LSPs that use the local MPLS TE tunnel interfaces or tunnel bundle interfaces as the LSP heads.

nat: Displays NAT LSPs.

ospf : Displays OSPF SRLSPs.

sr-te: Displays SRLSPs established by SR-TE.

sr-policy: Displays SRLSPs established by SR policies.

rsvp-te: Displays CRLSPs established by RSVP-TE.

p2mp: Displays P2MP CRLSPs established by RSVP-TE. If you do not specify this keyword, the command displays information about P2P CRLSPs and P2MP CRLSPs established by RSVP-TE.

static: Displays static LSPs.

static-cr: Displays static CRLSPs and static SRLSPs.

transit: Displays the LSPs taking the current LSR as a transit LSR.

all: Displays the LSPs in the public network and all VPN instances.

vpn-instance vpn-instance-name: Displays LSPs for the specified MPLS L3VPN instance. The vpn-instance-name is a case-sensitive string of 1 to 31 characters.

ipv4-address mask-length: Displays the IPv4 LSP for an FEC specified by an IPv4 address and a mask length. The value range for the mask length is 0 to 32.

ipv6: Displays IPv6 LSP information. If you do not specify this keyword, the command displays IPv4 LSP information.

ipv6-address prefix-length: Displays the IPv6 LSP for an FEC specified by an IPv6 address and a prefix length. The value range for the prefix length is 0 to 128.

srv6-mpls-interworking: Displays LSPs interconnecting SRv6 and MPLS. If you do not specify this keyword, this command displays LSPs not used for interconnections between SRv6 and MPLS.

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

slot slot-number: Specifies a card by its slot number. If you do not specify a card, this command displays LSP information on the active MPU.

Usage guidelines

If you do not specify the all and vpn-instance vpn-instance-name parameters, this command displays information about LSPs in the public network.

If you do not specify any parameters, this command displays brief information about all LSPs in the public network. If you specify only the verbose keyword, this command displays detailed information about all LSPs in the public networks.

Examples

# Display brief information about all IPv4 LSPs in the public network.

<Sysname> display mpls lsp

FEC Proto In/Out Label Out Inter/NHLFE/LSINDEX

100.100.100.100/24 LDP -/1049 XGE3/0/1

Backup -/1050 XGE3/0/2

100.100.100.10/24 LDP -/1051 XGE3/0/3

Backup -/1050 XGE3/0/2

100.100.100.10/24 LDP -/1049 XGE3/0/4

101.100.100.10/24 LDP 1026/1049 XGE3/0/1

102.100.100.10/24 LDP 1027/- -

103.100.100.10/24 LDP 1028/1049 Tun10

110.100.100.20/24 BGP -/1049 XGE3/0/1

111.100.100.10/24 BGP 2028/1049 XGE3/0/1

112.100.100.10/24 BGP 2029/- XGE3/0/1

113.100.100.10/24 BGP 2030/1049 NHLFE1500

114.100.100.10/24 BGP 2031/1050 Tun100

100.100.100.100 Local -/- XGE3/0/1

101.101.101.101/32 Static -/100 XGE3/0/1

- Static 100/200 XGE3/0/1

- Static 101/- XGE3/0/1

200.200.200.200/64000/64000 RSVP -/1030 XGE3/0/5

201.200.200.200/64000/64000 RSVP 1024/1031 XGE3/0/5

202.200.200.200/64000/64000 RSVP 1025/- -

150.140.150.100/64001/0 StaticCR -/1000 XGE3/0/5

- StaticCR 50/1001 XGE3/0/5

- StaticCR 51/- -

110.100.100.20/32 ISIS -/16000 XGE3/0/5

Backup -/17000 LSINDEX100

20.0.0.20/32/100 ISIS -/17000 XGE3/0/1

100.100.100.100/16000 BGP 16000/- XGE3/0/1

4.4.4.4/32/23068673 SRPolicy -/17030 XGE3/0/1

18040

24117250 SRPolicy -/- LSINDEX23068673

4.4.4.4/10 SRPolicy 15000/- NHLFE24117250

# Display brief information about all IPv4 LSPs in the public network and all VPN instances.

<Sysname> display mpls lsp all

FEC Proto In/Out Label Out Inter/NHLFE/LSINDEX

100.100.100.100/24 LDP -/1049 XGE3/0/1

Backup -/1050 XGE3/0/2

VPN instance name: vpn1

FEC Proto In/Out Label Out Inter/NHLFE/LSINDEX

110.100.100.20/24 BGP -/1049 XGE3/0/3

VPN instance name: vpn2

FEC Proto In/Out Label Out Inter/NHLFE/LSINDE

110.100.100.20/32 ISIS -/16000 XGE3/0/4

Table 6 Command output

Field	Description
FEC	Forwarding equivalence class: · IP address/mask—Classifies FECs by destination address. · IP address/mask/LSINDEX—Classifies FECs by label stack index. · IP address/In Label—The LSP is created through BGP Peer-Set-SID. · IP address—Classifies FECs by next hop. · IP address/Out Label—Classifies FECs by next hop and outgoing label. · Ingress LSR ID/Tunnel ID/LSP ID—RSVP TE or static SRLSP FEC. · Endpoint/Color—Classifies FECs by the IP address and color value of the destination node of the SR policy. · NID—Classifies FECs by NID. · GroupID—Classifies FECs by SR-MPLS TE policy group ID. · NAT instance ID/VPN instance index—NAT LSP. · IP address/mask (Flex-Algo ID)—Classifies FECs by flexible algorithm ID and destination address. · IP address/Origin/vrfIndex/AreaID—Classifies FECs by next hop address, origin, VPN instance, and area ID. A hyphen (-) represents a static transit LSP, static egress LSP, static transit CRLSP, static egress CRLSP, adjacency path for a static SRLSP, or adjacency path for aggregate interface member ports. If this field displays Backup, it means that the LSP is a backup LSP of the previous LSP.
Proto	Label distribution protocol: · LDP. · BGP. · IS-IS. · RSVP. · Static. · StaticCR—Static CRLSP or static SRLSP. · Local—LSP to a direct next hop, or LSP that uses a local MPLS TE tunnel interface or tunnel bundle interface as the LSP head. · VSRP—LSP established by VSRP.
In/Out Label	Incoming label/outgoing label.
Out Inter/NHLFE/LSINDEX	Outgoing interface name, NHLFE entry index, or label stack index of the LSP. NHLFEnumber specifies the ingress LSP selected for the current LSP after route recursion. The ingress LSP is the one that matches the NHLFE entry with an NID of number. LSINDEXnumber specifies the ingress LSP selected for the current LSP after route recursion. The ingress LSP is the one that matches the LSINDEX entry with a label stack index of number.
VPN instance name	Name of the VPN instance to which the LSPs belong. If this field is not displayed, it indicates that the LSPs belong to the public network.

‌

# Display brief information about all IPv6 LSPs in the public network.

<Sysname> display mpls lsp ipv6

FEC : 2::2/128

Protocol : LDP In-Label : 2303

Out-Label: 3 Out-Interface: XGE3/0/1

FEC : 2::2/128

Protocol : LDP In-Label : -

Out-Label: 3 Out-Interface: XGE3/0/1

FEC : 2::2/128

Protocol : LDP In-Label : 2303

Out-Label: 3 Out-Interface: XGE3/0/2

FEC : 2::2/128

Protocol : LDP In-Label : -

Out-Label: 3 Out-Interface: XGE3/0/2

FEC : Backup

Protocol : LDP In-Label : 2303

Out-Label: 1147 Out-Interface: XGE3/0/3

FEC : Backup

Protocol : LDP In-Label : -

Out-Label: 1147 Out-Interface: XGE3/0/3

Table 7 Command output

Field	Description
FEC	Forwarding equivalence class: · IP address/mask—Classifies FECs by destination address. · IP address—Classifies FECs by next hop. · IP address/Out Label—Classifies FECs by next hop and outgoing label. · Ingress LSR ID/Tunnel ID/LSP ID—RSVP TE FEC. · IP address/Origin/vrfIndex/AreaID—Classifies FECs by next hop address, origin, VPN instance, and area ID. · A hyphen (-) represents a static transit LSP, static egress LSP, static transit CRLSP, adjacency path for a static CRLSP, or adjacency path for aggregate interface member ports.. · If this field displays Backup, it means that the LSP is the backup LSP for the previous LSP.
Protocol	Label distribution protocol: · LDP. · BGP. · RSVP. · Static. · StaticCR—Static CRLSP or static SRLSP. · Local —LSP to a direct next hop, or LSP that uses a local MPLS TE tunnel interface or tunnel bundle interface as the LSP head. · VSRP—LSP established by VSRP.
BkLabel	Outgoing label of the backup LSP.
BkInterface	Outgoing interface of the backup LSP.

‌

# Display LSPs interconnecting SRv6 and MPLS.

<Sysname> display mpls lsp srv6-mpls-interworking

FEC : 3::9/43:1::1:0:0

Protocol : BGP

In Label : 600127

Out SRv6 SID : 43:1::1:0:0

Backup SRv6 SID: 48:1::1:0:0

Path ID : 0x216000002.1

Table 8 Command output

Field	Description
FEC	Forwarding equivalence class in IPv6 address/Out SRv6 SID format, which indicates that FECs are classified by next hop IPv6 address and outgoing SRv6 SID.
Protocol	Label distribution protocol. The value of this field is fixed at BGP, which indicates that the LSP is a BGP LSP.
In Label	Incoming label value.
Out SRv6 SID	Outgoing SRv6 SID.
Backup SRv6 SID	Backup SRv6 SID.
Path ID	ID of the forwarding path. The value is in the format of 0xvnid.m. vnid represents the ID of the virtual next hop, and m represents the path number.

‌

# Display detailed information about LSPs interconnecting SRv6 and MPLS.

<Sysname> display mpls lsp srv6-mpls-interworking verbose

FEC : 3::9/43:1::1:0:0

Protocol : BGP

LSR Type : Transit

Service : -

Create Time : 2020-11-25 16:54:34

Last Chg Time : 2020-11-25 16:54:34

In label : 600127

Inbound Statistics:

Octets : 10600

Packets : 100

Errors : 0

Discards : 0

Out SRv6 SID : 43:1::1:0:0

Backup SRv6 SID: 48:1::1:0:0

Path ID : 0x216000002.1

Outbound Statistics:

Octets : 12600

Packets : 100

Errors : 0

Discards : 0

Table 9 Command output

Field	Description
FEC	Forwarding equivalence class in IPv6 address/Out SRv6 SID format, which indicates that FECs are classified by next hop IPv6 address and outgoing SRv6 SID.
Proto	Label distribution protocol. The value of this field is fixed at BGP, which indicates that the LSP is a BGP LSP.
LSR Type	LSR type: · Ingress. · Transit. · Egress.
Service	Deployed service.
Create Time	Time when the LSP generated.
Last Chg Time	Time when the LSP changed most recently.
In Label	Incoming label value.
Inbound Statistics	MPLS forwarding statistics in inbound direction: · Octets—Number of received octets. · Packets—Number of received packets. · Errors—Number of received error packets. · Discards—Number of discarded packets.
Out SRv6 SID	Outgoing SRv6 SID.
Backup SRv6 SID	Backup SRv6 SID.
Path ID	ID of the forwarding path. The value is in the format of 0xvnid.m. vnid represents the ID of the virtual next hop, and m represents the path number.
Outbound Statistics	SRv6 forwarding statistics in outbound direction: · Octets—Number of sent octets. · Packets—Number of sent packets. · Errors—Number of error packets. · Discards—Number of discarded packets.

‌

# Display detailed information about all LSPs in the public network.

<Sysname> display mpls lsp verbose

Destination : 56.10.10.2

FEC : 56.10.10.2/32

Protocol : LDP

LSR Type : Egress

Service : Statistics

Create Time : 2021-07-05 11:44:06

Last Chg Time: 2021-07-05 11:44:06

In-Label : 1024

State : Active

Inbound Statistics:

Octets : 13000

Packets : 100

Errors : 0

Discards : 0

Destination : 56.10.10.4

FEC : 56.10.10.2/32

Protocol : LDP

LSR Type : Transit

Service : Statistics

Create Time : 2021-07-05 11:44:06

Last Chg Time: 2021-07-05 11:44:06

In-Label : 1026

Inbound Statistics:

Octets : 10600

Packets : 100

Errors : 0

Discards : 0

Path ID : 0x40000000.1

State : Active

Out-Label : 1800

Nexthop : 10.1.1.2

Out-Interface: XGE3/0/1

BkLabel : 1900

BkNexthop : 20.1.1.2

BkInterface : XGE3/0/2

Outbound Statistics:

Octets : 12600

Packets : 100

Errors : 0

Discards : 0

Destination : 56.10.10.4

FEC : 56.10.10.2/32

Protocol : LDP

LSR Type : Ingress

Service : -

Create Time : 2021-07-05 11:44:06

Last Chg Time: 2021-07-05 11:44:06

NHLFE ID : 2000

State : Active

Out-Label : 1800

Nexthop : 10.1.1.2

Out-Interface: XGE3/0/1

Entropy Label: Enabled

Destination : 110.100.100.20

FEC : 110.100.100.20/32

Protocol : ISIS

LSR Type : Ingress

Service :

Create Time : 2021-07-05 11:44:06

Last Chg Time: 2021-07-05 11:44:06

State : Active

Out-Label : 16000

Nexthop : 10.1.1.2

Out-Interface: XGE3/0/5

BkLabel : 17000

BkLsIndex : 100

Destination : 20.0.0.20

FEC : 20.0.0.20/32/100

Protocol : ISIS

LSR Type : Ingress

Service :

Create Time : 2021-07-05 11:44:06

Last Chg Time: 2021-07-05 11:44:06

Out-Label : 17000,2175,16001

Nexthop : 10.1.1.2

Out-Interface: XGE3/0/1

LsIndex : 100

Destination : -

FEC : -

Protocol : BGP

LSR Type : Transit

Service : -

Create Time : 2021-07-05 11:44:06

Last Chg Time: 2021-07-05 11:44:06

In-Label : 16000

Path ID : 0x40000000.1

State : Active

Out-Label : -

OriginNexthop: 100.100.100.100

Nexthop : 10.1.1.2

Out-Interface: XGE3/0/1

Path ID : 0x40000000.2

State : Active

Out-Label : -

OriginNexthop: 101.101.101.101

Nexthop : 11.1.1.2

Out-Interface: XGE3/0/2

Path ID : 0x40000000.3

State : Active

Out-Label : -

OriginNexthop: 102.102.102.102

Nexthop : 12.1.1.2

Out-Interface: XGE3/0/3

Destination : 10.1.1.2

FEC : 10.1.1.2/1/0/0

Protocol : OSPF

LSR Type : Transit

Service : -

Create Time : 2023-09-14 10:56:22

Last Chg Time: 2023-09-14 10:56:22

In-label : 1151

Path ID : 0x40000000.1

State : Active

Nexthop : 10.1.1.2

Out-interface: XGE3/0/1

Destination : 10.1.1.2

FEC : 10.1.1.2/1/0/4294967295

Protocol : OSPF

LSR Type : Transit

Service : -

Create Time : 2023-09-14 10:56:22

Last Chg Time: 2023-09-14 10:56:22

In-label : 1150

Path ID : 0x40000000.1

State : Active

Nexthop : 10.1.1.2

Out-interface: XGE3/0/1

Destination : 60.6.6.7

FEC : 4.4.4.5/2/46309

Protocol : RSVP

LSR Type : Transit

Service : -

Create Time : 2023-07-04 14:34:33

Last Chg Time: 2023-07-04 14:34:33

In-Label : 2164

In-Interface : XGE3/0/1

Path ID : 0x940000000.1

State : Active

Out-Label : 3

Nexthop : 5.6.2.2

Out-Interface: XGE3/0/2

Table 10 Command output

Field	Description
Destination	LSP destination address.
FEC	Forwarding equivalence class: · IP address/mask—Classifies FECs by destination address. · IP address—Classifies FECs by next hop. · IP address/Out Label—Classifies FECs by next hop and outgoing label. · Ingress LSR ID/Tunnel ID/LSP ID—RSVP TE or static SRLSP FEC. · Endpoint/Color—Classifies FECs by the IP address and color value of the destination node of the SR policy. · NAT instance ID/VPN instance index—NAT LSP. · IP address/mask (Flex-Algo ID)—Classifies FECs by flexible algorithm ID and destination address. · - (a hyphen)—The LSP is a static transit LSP, static egress LSP, static transit CRLSP, static egress CRLSP, or adjacency path for aggregate interface member ports.
Protocol	Label distribution protocol: · LDP. · BGP (instance-name)—The instance-name specifies a BGP instance name. The value of default represents the default BGP instance. · IS-IS. · RSVP. · Static. · StaticCR—Static CRLSP or static SRLSP. · Local—LSP to a direct next hop, or LSP that uses a local MPLS TE tunnel interface or tunnel bundle interface as the LSP head. · OSPF. · SR-TE. · SRPolicy—SRLSP established by SR policies. · VSRP—LSP established by VSRP. · NAT—LSP established by NAT.
LSR Type	LSR type: · Ingress—The current LSR is the ingress node of the LSP. · Transit—The current LSR is a transit node of the LSP. · Egress—The current LSR is the egress node of the LSP.
Service	Service deployed on the LSP. The service can only be Statistics, which indicates the MPLS forwarding statistics feature.
Create Time	Time when the LSP was created.
Last Chg Time	Time when the LSP state changed most recently.
In-Interface	Incoming interface. This field is displayed only for an LSP of RSVP type.
Path ID	Forwarding path. The value is in the format of 0xnn.m. The nn represents the NHLFE group ID of the outer LSPs that carry the current LSP, and m represents the sequence number of the equivalence path.
NHLFE ID	NHLFE entry index.
State	LSP state: · Active—The LSP is in use. · Inactive—The LSP is idle.
LsIndex	Label stack index of the LSP.
BkLabel	Outgoing label of the backup LSP.
BkNexthop	Next hop address of the backup LSP.
BkInterface	Outgoing interface of the backup LSP.
OriginNexthop	BGP original nexthop.
BkLsIndex	Label stack index of the backup LSP.

‌

Related commands

display mpls lsp statistics

Use display mpls lsp statistics to display LSP statistics.

Syntax

display mpls lsp statistics [ ipv6 ] [ all | vpn-instance vpn-instance-name ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

ipv6: Displays IPv6 LSP statistics. If you do not specify this keyword, the command displays IPv4 LSP statistics.

all: Display LSP statistics information for the public network and all VPN instances. If you do not specify this keyword or the vpn-instance keyword, the command displays LSP statistics information for the public network.

vpn-instance vpn-instance-name: Specifies an MPLS L3VPN instance by its name, a case-sensitive string of 1 to 31 characters. If you do not specify a VPN instance, this command displays LSP statistics for the public network and all VPN instances.

Examples

# Display IPv4 LSP statistics for the public network.

<Sysname> display mpls lsp statistics

LSP Type Ingress/Transit/Egress Active

Static LSP 0/0/0 0/0/0

Static CRLSP 0/0/0 0/0/0

LDP LSP 2/2/1 2/2/1

RSVP CRLSP 0/0/0 0/0/0

BGP LSP 0/0/0 0/0/0

Local LSP 2/0/0 2/0/0

ISIS LSP 0/0/0 0/0/0

OSPF LSP 3/3/1 3/3/1

SR LSP 1/0/0 1/0/0

SR Policy LSP 1/1/0 1/1/0

VSRP LSP 0/0/0 0/0/0

NAT LSP 0/0/0 0/0/0

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

Total 4/2/1 4/2/1

# Display IPv6 LSP statistics for the public network.

<Sysname> display mpls lsp statistics ipv6

LSP Type Ingress/Transit/Egress Active

Static LSP 0/0/0 0/0/0

Static CRLSP 0/0/0 0/0/0

LDP LSP 6/6/2 6/6/2

RSVP CRLSP 0/0/0 0/0/0

BGP LSP 0/0/0 0/0/0

Local LSP 2/0/0 2/0/0

ISIS LSP 0/0/0 0/0/0

OSPF LSP 0/0/0 0/0/0

SR Policy LSP 0/0/0 0/0/0

VSRP LSP 0/0/0 0/0/0

NAT LSP 0/0/0 0/0/0

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

Total 8/6/2 8/6/2

Table 11 Command output

Field	Description
LSP Type	LSP types: · Static LSP. · Static CRLSP—Static CRLSP or static SRLSP. · LDP LSP. · Local LSP—LSP to a direct next hop, or LSP that uses a local MPLS TE tunnel interface or tunnel bundle interface as the LSP head. · RSVP CRLSP. · BGP LSP. · IS-IS. · OSPF. · SR LSP—Dynamic SRLSPs established by SR and stateful PCE. · SR Policy LSP—SRLSP established by SR policies. · VSRP LSP—LSP established by VSRP. · NAT LSP—NAT LSP.
Total	Total number of LSPs.
Ingress	Number of LSPs that take the local device as the ingress node.
Transit	Number of LSPs that take the local device as a transit node.
Egress	Number of LSPs that take the local device as the egress node.
Active	Number of active LSPs of a type.

‌

display mpls multicast-lsp protocol mldp p2mp

Use display mpls multicast-lsp protocol mldp p2mp to display information about P2MP LSPs signaled by using mLDP.

Syntax

display mpls multicast-lsp protocol mldp p2mp [ root-ip ip-address { lsp-id lsp-id | opaque-value opaque-value } ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

root-ip ip-address: Specifies the root IP address of the P2MP LSPs to be displayed. If you do not specify this option, the command displays information about all P2MP LSPs signaled by using mLDP.

lsp-id lsp-id: Specifies the LSP ID of the P2MP LSPs to be displayed. The value range for the lsp-id argument is 0 to 4294967295.

opaque-value opaque-value: Specifies the opaque value of the P2MP LSPs to be displayed. The opaque-value argument is a hexadecimal string of 1 to 255 characters.

Examples

# Display information about all mLDP-signaled P2MP LSPs.

<Sysname> display mpls multicast-lsp protocol mldp p2mp

Root IP : 1.1.1.1

Opaque value : 01000400000001

Tunnel ID : 1

Protocol : mLDP

LSR type : Ingress

NHLFE ID : 2000

State : Active

Out label : 1800

Nexthop : 10.1.1.2

Out interface: XGE3/0/1

Root IP : 1.1.1.9

Opaque value : 010004e4000000

Tunnel ID : 1

Protocol : mLDP

LSR type : Transit

In label : 1279

Path ID : 0x250000002.1

State : Active

Out label : 1279

Nexthop : 20.1.1.2

Out interface: XGE3/0/2

Table 12 Command output

Field	Description
Root IP	IP address of the root node of the mLDP P2MP LSPs.
Opaque value	Original opaque value in the mLDP protocol packet.
Tunnel ID	ID of the mLDP P2MP tunnel.
Protocol	Signaling protocol. The value of this field is mLDP, which indicates that the LSP is a P2MP LSP signaled by using mLDP.
LSR type	LSR type: · Ingress—Ingress node. · Transit—Transit node. · Egress—Egress node. · Bud—Both transit and egress nodes.
In label	Incoming label.
Path ID	Forwarding path. The value is in the format of 0xnn.m. nn represents the NHLFE group ID of the outer LSPs that carry the current LSP, and m represents the sequence number of the equivalence path.
NHLFE ID	NHLFE entry index.
State	LSP state: · Active. · Inactive.
Out label	Outgoing label.
Nexthop	Next hop address.
Out interface	Outgoing interface.

‌

Related commands

display mpls multicast-lsp statistics p2mp

Use display mpls multicast-lsp statistics p2mp to display P2MP LSP statistics.

Syntax

display mpls multicast-lsp statistics p2mp

Views

Any view

Predefined user roles

network-admin

network-operator

Examples

# Display P2MP LSP statistics.

<Sysname> display mpls multicast-lsp statistics p2mp

LSP type Ingress/Transit/Egress/Bud Active

mLDP LSP 1/0/0/0 1/0/0/0

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

Total 1/0/0/0 1/0/0/0

Table 13 Command output

Field	Description
LSP Type	LSP type. The value of this field is mLDP, which indicates that the LSP is signaled by using mLDP.
Total	Total number of LSPs.
Ingress	Number of LSPs that use the local device as the ingress node.
Transit	Number of LSPs that use the local device as a transit node.
Egress	Number of LSPs that use the local device as the egress node.
Bud	Number of LSPs that use the local device as both transit and egress nodes.
Active	Total number of active LSPs.

‌

Related commands

display mpls lsp statistics

display mpls nib

Use display mpls nib to display MPLS Nexthop Information Base (NIB) information.

Syntax

display mpls nib [ nib-id ] [ slot slot-number ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

nib-id: Specifies a next hop ID in the range of 1 to FFFFFFFFFFFFFFFE. If you do not specify a next hop, this command displays information about all MPLS next hops.

slot slot-number: Specifies a card by its slot number. If you do not specify a card, this command displays MPLS NIB information on the active MPU.

Examples

# Display information about all MPLS next hops.

<Sysname> display mpls nib

NIB ID: 0x40000000

Users: 1

Status: Active

ECMP number: 1

Outgoing NHLFE ID: 1024

Backup outgoing NHLFE ID: 1027

Table 14 Command output

Field	Description
NIB ID	ID of the next hop.
Users	Number of ILM entries that use this next hop.
Status	Next hop status: · Active—The next hop is active. · Dummy—The next hop is inactive.
ECMP number	Number of equal-cost NHLFE entries.
Outgoing NHLFE ID	ID of the NHLFE entry to which the next hop corresponds.
Backup outgoing NHLFE ID	ID of the backup NHLFE entry.

‌

display mpls nid

Use display mpls nid to display usage information for NIDs.

Syntax

display mpls nid [ nid-value1 [ to nid-value2 ] ]

Views

Any view

Predefined user roles

network-admin

network-operator

Parameters

nid-value1: Specifies an NID. The value range for this argument is 0 to 65536. If used with the nid-value2 argument, the nid-value1 argument represents the start NID of an NID range.

to nid-value2: Specifies the end NID of the NID range. The value range for the end NID is 0 to 65536. If you specify an NID range by using the nid-value1 argument and the to nid-value2 option, this command displays usage information for the specified range of NIDs.

Usage guidelines

NIDs are 32-bit binary numbers. They include fixed NIDs and dynamic NIDs.

· Fixed NIDs—Generated for tunnel interfaces or tunnel bundle interfaces. The highest four bits are a value other than 0000.

· Dynamic NIDs—NIDs except fixed NIDs. The highest four bits are 0s.

This command displays usage information only for dynamic NIDs.

If you do not specify any parameters, this command displays usage information for all dynamic NIDs.

Examples

# Display usage information for dynamic NIDs 1028 through 1500.

<Sysname> display mpls nid 1028 to 1500

NID alloc state: '.' means not used, '$' means used

1028 :...$.... ........ ........ ........ ........ ........ ........ ........

1092 :........ ........ ........ ........ ........ ........ ........ ........

1156 :........ ........ ........ ........ ........ ........ ........ ........

1220 :........ ........ ........ ........ ........ ........ ........ ........

1284 :........ ........ ........ ........ ........ ........ ........ ........

1348 :........ ........ ........ ........ ........ ........ ........ ........

1412 :........ ........ ........ ........ ........ ........ ........ ........

1476 :........ ........ ........ .

display mpls summary

Use display mpls summary to display MPLS summary information.

Syntax

display mpls summary

Views

Any view

Predefined user roles

network-admin

network-operator

Examples

# Display MPLS summary information.

<Sysname> display mpls summary

MPLS LSR ID : 1.1.1.1

Egress Label Type: Implicit-null

Entropy Label : On

Labels:

Range Used/Idle/Total Owner

16-2047 0/2032/2032 StaticPW

Static

StaticCR

Static SR Adj

BSID

2048-599999 9001/588951/597952 LDP

RSVP

BGP

BGP SR EPE

OSPF SR Adj

ISIS SR Adj

mLDP

VSRP

NAT

Static

StaticCR

Static SR Adj

BSID

15000-15999(default SRLB) 0/1000/1000 Default SR Adj

Static

StaticCR

Static SR Adj

BSID

16000-24000(default SRGB, reusable) 0/8001/8001 Default SR Prefix

Static

StaticCR

Static SR Adj

BSID

600000-709999 0/110000/110000 BGP

Static

StaticCR

Static SR Adj

BSID

710000-774999 0/65000/65000 VPWS

Static

StaticCR

Static SR Adj

BSID

775000-1039999 0/265000/265000 VPLS

Static

StaticCR

Static SR Adj

BSID

1040000-1048575 0/8576/8576 LDP

RSVP

BGP

Static

StaticCR

Static SR Adj

BSID

Protocols:

Type State

LDP Normal

RSVP Normal

BGP(default) Normal

Static Normal

CCC Normal

StaticCR Normal

Local Normal

BGP(xy) Normal

BGP(abc) Normal

mLDP Normal

NAT Normal

Table 15 Command output

Field	Description
Egress Label Type	Label type that the egress node assigns to the penultimate hop: · Implicit-null. · Explicit-null. · Non-null.
Entropy Label	‌ Entropy label processing capability: · On—Process entropy labels. · Off—Do not process entropy labels.
Labels	Label information.
Range	Label range. · If labels within the label range can be reused, this field displays (reusable) behind the label range. · If the default label range is used, this field displays (default) behind the label range. · If the configured global label range is used, this field displays (global) behind the label range. · If the label range is the SRGB range, this field displays (SRGB) behind the label range. · If the label range is the SRLB range, this field displays (SRLB) behind the label range.
Used	Number of used labels in the label range.
Idle	Number of idle labels in the label range.
Total	Total number of labels in the label range.
Owner	User of the label range: · LDP. · mLDP. · BGP. · RSVP. · Static —Static LSP. · StaticCR—Static CRLSP. · StaticPW—Static PW. · Static SR Adj—Static SR adjacency SID. · Default SR Adj—Default SR adjacency SID. · SR Adj—Configured global SR adjacency SID. · Default SR Prefix—Default SR prefix SID. · SR Prefix—Configured global SR prefix SID. · OSPF SR Adj—SR adjacency SID automatically allocated to OSPF. · ISIS SR Adj—SR adjacency SID automatically allocated to IS-IS. · ISIS-1 SR Prefix—SR prefix SID of IS-IS process 1. · OSPF-1 SR Prefix—SR prefix SID of OSPF process 1. · VPWS. · VPLS. · BGP SR EPE—BGP PeerNode SID, PeerAdj SID, or PeerSet SID. · VRF—Labels specified for all VPN instances. · VSRP. · BSID—BSIDs for MPLS TE tunnels. · NAT—NAT LSP.
Protocols	Label distribution protocols that generated LSPs and their running states.
Type	Protocol type: · LDP. · mLDP. · BGP (instance-name). The instance-name specifies a BGP instance name. The value of default represents the default BGP instance. · RSVP. · Static—Static LSP. · StaticCR—Static CRLSP. · TE. · ISIS. · OSPF. · VSRP. · NAT. · Local.
State	Label distribution protocol running state: · Normal—The protocol is in normal state. · Recover—The protocol is in the GR process.

‌

mpls bandwidth-based-sharing

Use mpls bandwidth-based-sharing to enable bandwidth-based load sharing on an MPLS transit node.

Use undo mpls bandwidth-based-sharing to disable bandwidth-based load sharing on an MPLS transit node.

Syntax

mpls bandwidth-based-sharing

undo mpls bandwidth-based-sharing

Default

Bandwidth-based load sharing is disabled on an MPLS transit node.

Views

System view

Predefined user roles

network-admin

Usage guidelines

If equal-cost LDP LSPs exist on a transit node, the node evenly transmits MPLS packets through the LSPs. After you enable this feature, MPLS packets are transmitted through the LSPs in the proportion calculated based on the bandwidth of the egress interfaces.

Examples

# Enable bandwidth-based load sharing on an MPLS transit node.

<Sysname> system-view

[Sysname] mpls bandwidth-based-sharing

mpls enable

Use mpls enable to enable MPLS on an interface.

Use undo mpls enable to disable MPLS on an interface.

Syntax

mpls enable

undo mpls enable

Default

MPLS is disabled on an interface.

Views

Interface view

Predefined user roles

network-admin

Examples

# Enable MPLS on Ten-GigabitEthernet 3/0/1.

<Sysname> system-view

[Sysname] interface ten-gigabitethernet 3/0/1

[Sysname-Ten-GigabitEthernet3/0/1] mpls enable

Related commands

display mpls interface

mpls forwarding split-horizon

Use mpls forwarding split-horizon to enable split horizon for MPLS forwarding.

Use undo mpls forwarding split-horizon to disable split horizon for MPLS forwarding.

Syntax

mpls forwarding split-horizon

undo mpls forwarding split-horizon

Default

Split horizon is disabled for MPLS forwarding.

Views

System view

Predefined user roles

network-admin

Examples

# Enable split horizon for MPLS forwarding.

<Sysname> system-view

[Sysname] mpls forwarding split-horizon

mpls label advertise

Use mpls label advertise to specify the type of label the egress node will advertise to the penultimate hop.

Use undo mpls label advertise to restore the default.

Syntax

mpls label advertise { explicit-null | implicit-null | non-null }

undo mpls label advertise

Default

As egress, the device advertises an implicit null label to the penultimate hop.

Views

System view

Predefined user roles

network-admin

Parameters

explicit-null: Specifies the egress node to advertise an explicit null label of 0 or 2 to the penultimate hop. The explicit null label value is 0 in IPv4 networks and 2 in IPv6 networks.

implicit-null: Specifies the egress node to advertise an implicit null label of 3 to the penultimate hop.

non-null: Specifies the egress node to advertise a non-null label to the penultimate hop.

Usage guidelines

As a best practice, configure the egress node to advertise an implicit null label to the penultimate hop if the penultimate hop supports PHP.

If you want to simplify packet forwarding on egress but keep labels to determine QoS policies, configure the egress node to advertise an explicit null label to the penultimate hop.

Use non-null labels only in particular scenarios. For example, when OAM is configured on the egress node, the egress node can get the OAM function entity status only through non-null labels.

As a penultimate hop, the device accepts the implicit null label, explicit null label, or non-null label advertised by the egress node.

For LDP LSPs, the mpls label advertise command triggers LDP to delete the LSPs established before the command is executed and re-establishes new LSPs.

For BGP LSPs, the mpls label advertise command takes effect only on the BGP LSPs established after the command is executed. To apply the new setting to BGP LSPs established before the command is executed, delete the routes corresponding to the BGP LSPs, and then redistribute the routes.

Examples

# Configure the egress node to advertise an implicit null label to the penultimate hop.

<Sysname> system-view

[Sysname] mpls label advertise implicit-null

Related commands

reset mpls ldp

mpls label range

Use mpls label range to set the value range for dynamic labels that the device can allocate.

Use undo mpls label range to restore the default.

Syntax

mpls label range minimum maximum

undo mpls label range

Default

The value range for dynamic labels that the device can allocate is not configured.

Views

System view

Predefined user roles

network-admin

Parameters

minimum: Specifies the minimum label value that the device can allocate. The value range for this argument is 1024 to 1010151.

maximum: Specifies the maximum label value that the device can allocate. The value range for this argument is 1025 to 1010152.

Usage guidelines

This command sets the value range in which label distribution protocols can dynamically allocate labels.

This command does not take effect on static LSP labels, static CRLSP labels, static SRLSP labels, static PW labels, or SRGBs. For more information about static LSP labels, see static LSP configuration in MPLS Configuration Guide. For more information about static CRLSP labels, see static CRLSP configuration in MPLS Configuration Guide. For more information about static PW labels, see VPLS configuration and MPLS L2VPN configuration in MPLS Configuration Guide. For more information about static SRLSPs and SRGBs, see SR-MPLS configuration in Segment Routing Configuration Guide.

If you configure this command multiple times, the most recent configuration takes effect.

The following restrictions and guidelines apply if you configure both the mpls label range and mpls max-label commands:

· The minimum label value set by the mpls label range command must be smaller than the maximum label value set by the mpls max-label command.

· The maximum label value that can be allocated by the device is the smaller one of the maximum label values set by the two commands.

Examples

# Set the value range to 10000 to 15000 for dynamic labels that the device can allocate.

<Sysname> system-view

[Sysname] mpls label range 10000 15000

Related commands

mpls max-label

mpls label-usage threshold-alarm percent

Use mpls label-usage threshold-alarm percent to set alarm thresholds for MPLS label usage.

Use undo mpls label-usage threshold-alarm percent to restore the default.

Syntax

mpls label-usage threshold-alarm percent { dynamic | egress | egress6 | l3vpn | srgb | srlb |static | vpls | vpws } upper-limit upper-percent lower-limit lower-percent

undo mpls label-usage threshold-alarm percent { dynamic | egress | egress6 | l3vpn | srgb | srlb | static | vpls | vpws }

Default

The usage alarm upper threshold is 80% and lower threshold is 70% for all types of MPLS labels.

Views

System view

Predefined user roles

network-admin

Parameters

dynamic: Specifies dynamic allocated MPLS labels.

egress: Specifies egress MPLS labels (labels allocated to egress LSPs).

egress6: Specifies IPv6 egress MPLS labels (labels allocated to IPv6 egress LSPs).

l3vpn: Specifies L3VPN MPLS labels (labels allocated to MPLS L3VPN).

srgb: Specifies SRGB MPLS labels (labels allocated to SRGB).

srlb: Specifies SRLB MPLS labels (labels allocated to SRLB).

static: Specifies statically configured MPLS labels.

vpls: Specifies VPLS MPLS labels (labels allocated to VPLS).

vpws: Specifies VPWS MPLS labels (labels allocated to VPWS).

upper-limit upper-percent: Specifies the upper threshold for MPLS label usage, in the range of 1% to 99%.

lower-limit lower-percent: Specifies the lower threshold for MPLS label usage, in the range of 1% to 99%.

Usage guidelines

After SNMP notifications for MPLS label usage are enabled, the device generates a notification when MPLS label usage exceeds the upper threshold or drops below the lower threshold. To enable SNMP notifications for MPLS label usage, use the snmp-agent trap enable mpls-private label-threshold command.

The MPLS label usage upper threshold must be greater than the lower threshold.

Examples

# Set the usage alarm upper threshold to 90% and lower threshold to 80% for dynamic MPLS labels.

<Sysname> system-view

[Sysname] mpls label-usage threshold-alarm percent dynamic upper-limit 90 lower-limit 80

Related commands

snmp-agent trap enable mpls-private

mpls load-sharing mode

Use mpls load-sharing mode to enable per-flow load sharing based on flow labels.

Use undo mpls load-sharing mode to restore the default.

Syntax

mpls load-sharing mode per-flow flow-label

undo mpls load-sharing mode

Default

The device performs per-flow load sharing based on the outmost two labels. If only one label exists, the device performs per-flow load sharing based on the label.

Views

System view

Predefined user roles

network-admin

Parameters

per-flow: Performs per-flow load sharing.

flow-label: Performs per-flow load sharing based on flow labels. If two or more labels exist, the device performs per-flow load sharing based on the outmost two labels. If only one label exists, the device performs per-flow load sharing based on the label.

Usage guidelines

Perform the following tasks to enable MPLS per-flow load sharing based on flow labels:

· Configure the flow-label command on the PE to enable the PE to add different flow labels for packets of different traffic types.

· Configure the mpls load-sharing mode per-flow flow-label command on the P device to enable per-flow load sharing based on flow labels.

Examples

# Enable per-flow load sharing based on flow labels.

<Sysname> system-view

[Sysname] mpls load-sharing mode per-flow flow-label

Related commands

flow-label (MPLS L2VPN commands)

flow-label (VPLS commands)

mpls lsr-id

Use mpls lsr-id to configure an LSR ID for the local LSR.

Use undo mpls lsr-id to restore the default.

Syntax

mpls lsr-id lsr-id

undo mpls lsr-id

Default

An LSR has no LSR ID.

Views

System view

Predefined user roles

network-admin

Parameters

lsr-id: Specifies an ID for identifying the LSR, in dotted decimal notation.

Usage guidelines

As a best practice, use the address of a loopback interface on the LSR as the LSR ID.

If no LDP LSR ID is configured for the public network or a VPN instance, LDP uses the MPLS LSR ID configured by the mpls lsr-id command. If you modify the MPLS LSR ID, the LDP sessions in the public network or VPN instance will be re-established. To configure an LDP LSR ID for the public network or a VPN instance, use the lsr-id command in LDP view or LDP-VPN instance view.

Examples

# Configure the LSR ID as 3.3.3.3 for the local node.

<Sysname> system-view

[Sysname] mpls lsr-id 3.3.3.3

# Change the LSR ID to 4.4.4.4.

[Sysname] mpls lsr-id 4.4.4.4

All LDP sessions using the MPLS LSR ID will be reset. Continue? [Y/N]:Y

Related commands

lsr-id

mpls max-label

Use mpls max-label to set the maximum label value that the device can allocate.

Use undo mpls max-label to restore the default.

Syntax

mpls max-label label-value

undo mpls max-label

Default

The maximum label value allocatable by the device is not set.

Views

System view

Predefined user roles

network-admin

Parameters

label-value: Specifies the maximum label value that the device can allocate. The value range for this argument is 16 to 1010152.

Usage guidelines

Configure this command when the interface modules on the device support different label value ranges.

This command sets the maximum label value that label distribution protocols can allocate dynamically. It does not take effect on static LSP labels, static CRLSP labels, static SRLSP labels, static PW labels, or SRGBs. For more information about static LSP labels, see "Configuring a static LSP." For more information about static CRLSP labels, see "Configuring a static CRLSP." For more information about static PW labels, see "Configuring VPLS" and "Configuring MPLS L2VPN." For more information about static SRLSPs and SRGBs, see SR-MPLS configuration in Segment Routing Configuration Guide.

The configured maximum label value cannot be larger than any maximum label value supported by the interface modules on the device.

The following restrictions and guidelines apply if you configure both the mpls label range and mpls max-label commands:

· The maximum label value set by the mpls max-label command must be larger than the minimum label value set by the mpls label range command.

· The maximum label value that can be allocated by the device is the smaller one of the maximum label values set by the two commands.

The maximum label value set by this command takes effect on the next device startup. Save the current configuration before you reboot the device.

Examples

# Set the maximum label value that the device can allocate to 6000.

<Sysname> system-view

[Sysname] mpls max-label 6000

This setting takes effect after reboot. Please save the current configuration and reboot the device.

Related commands

display mpls summary

mpls label range

mpls mtu

Use mpls mtu to set the MPLS MTU for an interface.

Use undo mpls mtu to restore the default.

Syntax

mpls mtu size

undo mpls mtu

Default

The MPLS MTU of an interface is not configured. The device does not check the MTU of MPLS packets.

Views

Interface view

Predefined user roles

network-admin

Parameters

size: Specifies the MPLS MTU of the interface, in the range of 1280 to 9600 bytes.

Usage guidelines

This command is effective only when MPLS is enabled on the interface.

If the MPLS MTU is larger than the interface MTU, data forwarding might fail.

MPLS TE tunnel interfaces do not support this command.

Examples

# Set the MPLS MTU of Ten-GigabitEthernet 3/0/1 to 1000 bytes.

<Sysname> system-view

[Sysname] interface ten-gigabitethernet 3/0/1

[Sysname-Ten-GigabitEthernet3/0/1] mpls enable

[Sysname-Ten-GigabitEthernet3/0/1] mpls mtu 1000

Related commands

display mpls interface

mpls statistics

Use mpls statistics to enable MPLS label forwarding statistics for LSPs.

Use undo mpls statistics to disable MPLS label forwarding statistics for LSPs.

Syntax

mpls statistics { static | te ingress-lsr-id tunnel-id }

undo mpls statistics { static | te ingress-lsr-id tunnel-id }

Default

MPLS label forwarding statistics are disabled for all LSPs.

Views

System view

Predefined user roles

network-admin

Parameters

static: Specifies static LSPs and static CRLSPs.

te ingress-lsr-id tunnel-id: Specifies an RSVP-TE tunnel. The ingress-lsr-id represents the LSR ID of the ingress node of the tunnel. The tunnel-id argument represents the ID of the tunnel. The value range for the tunnel-id argument is 0 to 32767. If you specify this option, the device automatically sets the MPLS label forwarding statistics collection interval to 30 seconds.

Usage guidelines

MPLS label forwarding forwards a labeled packet based on its incoming label. MPLS label forwarding statistics for specific LSPs is enabled by using the mpls statistics command.

After you execute this command, the device collects MPLS label forwarding statistics at an interval of 30 seconds by default. You can use the mpls statistics interval command to change the interval and use the display mpls lsp verbose command to view MPLS label forwarding statistics for the specified LSPs.

Related commands

display mpls lsp verbose

mpls statistics interval

reset mpls statistics

mpls statistics interval

Use mpls statistics interval to set the MPLS label forwarding statistics collection interval.

Use undo mpls statistics interval to restore the default.

Syntax

mpls statistics interval interval

undo mpls statistics interval

Default

The MPLS forwarding statistics collection interval is 30 seconds.

Views

System view

Predefined user roles

network-admin

Parameters

interval: Specifies the MPLS label forwarding statistics collection interval, in the range of 30 to 65535 seconds.

Usage guidelines

To display MPLS label forwarding statistics for the specified LSPs by using the display mpls lsp verbose command, perform the following tasks:

· Use the mpls statistics command to enable the MPLS label forwarding statistics feature.

· Set the MPLS label forwarding statistics collection interval.

¡ The interval setting is optional for RSVP-TE tunnels. After you enable MPLS label forwarding statistics for an RSVP-TE tunnel, the statistics collection interval is automatically set to 30 seconds. You can modify the interval by using the mpls statistics interval command.

¡ The interval setting is optional for MPLS TE tunnels. After you enable MPLS label forwarding statistics for an MPLS TE tunnel, the statistics collection interval is automatically set to 30 seconds. You can modify the interval by using the mpls statistics interval command.

¡ For other types of LSPs, you must set the statistics collection interval by using the mpls statistics interval command.

Examples

# Set the MPLS label forwarding statistics collection interval to 60 seconds.

<Sysname> system-view

[Sysname] mpls statistics interval 60

Related commands

display mpls lsp verbose

mpls statistics

reset mpls statistics

mpls ttl expiration enable

Use mpls ttl expiration enable to enable sending MPLS TTL-expired messages.

Use undo mpls ttl expiration enable to disable sending MPLS TTL-expired messages.

Syntax

mpls ttl expiration enable

undo mpls ttl expiration enable

Default

The MPLS TTL-expired messages sending feature is enabled.

Views

System view

Predefined user roles

network-admin

Usage guidelines

This command enables an LSR to generate an ICMP TTL-expired message upon receiving an MPLS packet with TTL being 1.

· If the MPLS packet has only one label, the LSR sends the ICMP TTL-expired message back to the source through IP routing.

· If the MPLS packet has multiple labels, the LSR forwards the ICMP TTL-expired message along the LSP of the MPLS packet to the egress node. Then, the egress node sends the message back to the source.

Examples

# Disable sending MPLS TTL-expired messages.

<Sysname> system-view

[Sysname] undo mpls ttl expiration enable

mpls ttl propagate

Use mpls ttl propagate to enable TTL propagation.

Use undo mpls ttl propagate to disable TTL propagation.

Syntax

mpls ttl propagate { public | vpn }

undo mpls ttl propagate { public | vpn }

Default

TTL propagation is enabled for public network packets and is disabled for VPN packets.

Views

System view

Predefined user roles

network-admin

Parameters

public: Specifies public network packets.

vpn: Specifies VPN packets.

Usage guidelines

When TTL propagation is enabled, MPLS performs the following operations:

· Copies the IP TTL to the label TTL for packets entering the MPLS network.

· Copies the label TTL to the IP TTL for packets leaving the MPLS network.

If you enable TTL propagation on both ingress and egress, the IP tracert facility can show the real path in the MPLS network.

When TTL propagation is disabled, MPLS performs the following operations:

· Sets the label TTL to 255 for packets entering the MPLS network.

· Pops the label for packets leaving the MPLS network, without copying the label TTL value to the IP TTL.

The IP tracert facility cannot show the real path in the MPLS network.

Within an MPLS network, TTL is always copied between the labels of an MPLS packet. The mpls ttl propagate command affects only the propagation between IP TTL and label TTL.

As a best practice, set the same TTL processing mode on all LSRs of an LSP.

To enable TTL propagation for a VPN, you must enable it on all PE devices in the VPN. This allows you to obtain the same traceroute result (hop count) from those PEs.

Examples

# Enable TTL propagation for VPN packets.

<Sysname> system-view

[Sysname] mpls ttl propagate vpn

reset mpls statistics

Use reset mpls statistics to clear MPLS forwarding statistics for the specified LSPs.

Syntax

reset mpls statistics { static | te ingress-lsr-id tunnel-id }

Views

User view

Predefined user roles

network-admin

Parameters

static: Specifies static LSPs and static CRLSPs.

te ingress-lsr-id tunnel-id: Specifies an RSVP-TE tunnel. The ingress-lsr-id argument represents the LSR ID of the ingress node of the tunnel. The tunnel-id argument represents the ID of the tunnel. The value range for the tunnel-id argument is 0 to 32767.

Examples

# Clear MPLS forwarding statistics for the LSP destined for 2.2.2.2/32.

<Sysname> reset mpls statistics ipv4 2.2.2.2 32

Related commands

display mpls lsp verbose

mpls statistics

mpls statistics interval

snmp-agent trap enable mpls

Use snmp-agent trap enable mpls to enable SNMP notifications for MPLS.

Use undo snmp-agent trap enable mpls to disable SNMP notifications for MPLS.

Syntax

snmp-agent trap enable mpls

undo snmp-agent trap enable mpls

Default

SNMP notifications for MPLS are disabled.

Views

System view

Predefined user roles

network-admin

Usage guidelines

To report critical MPLS events to an NMS, enable SNMP notifications for MPLS. For MPLS event notifications to be sent correctly, you must also configure SNMP on the device. For more information about SNMP configuration, see the network management and monitoring configuration guide for the device.

Examples

# Enable SNMP notifications for MPLS.

<Sysname> system-view

[Sysname] snmp-agent trap enable mpls

snmp-agent trap enable mpls-private

Use snmp-agent trap enable mpls-private to enable private SNMP notifications for MPLS.

Use undo snmp-agent trap enable mpls-private to disable private SNMP notifications for MPLS.

Syntax

snmp-agent trap enable mpls-private [ label-threshold | label-total | slsp-up-down | tunnel-to-vpn ] *

undo snmp-agent trap enable mpls-private [ label-threshold | label-total | slsp-up-down | tunnel-to-vpn ] *

Default

Private SNMP notifications for MPLS are disabled.

Views

System view

Predefined user roles

network-admin

Parameters

label-threshold: Sends a notification when MPLS label usage exceeds the upper threshold or drops below the lower threshold. To set the MPLS label usage upper and lower thresholds, use the mpls label-usage threshold-alarm percent command.

label-total: Sends a notification when MPLS label usage reaches 100% or drops from 100% to 95%.

slsp-up-down: Sends a notification when a static LSP goes up or down.

tunnel-to-vpn: Sends a notification when the recursive tunnel for a VPN instance changes.

Usage guidelines

This command enables generating SNMP notifications for the following MPLS events:

· MPLS label usage exceeds the upper threshold or drops below the lower threshold.

· MPLS label usage reaches 100% or drops from 100% to 95%.

· A static LSP goes up or down.

· The recursive tunnel for a VPN instance changes.

These notifications are not defined in an RFC and are private MPLS notifications supported by Comware. For SNMP to output the private MPLS notifications correctly, you must also configure parameters for sending SNMP notifications. For more information about SNMP configuration, see Network Management and Monitoring Configuration Guide.

Examples

# Enable all private SNMP notifications for MPLS.

<Sysname> system-view

[Sysname] snmp-agent trap enable mpls-private

Related commands

snmp-agent trap enable mpls

09-MPLS Command Reference

Basic MPLS commands

mpls bandwidth-based-sharing

mpls forwarding split-horizon

mpls label-usage threshold-alarm percent

mpls load-sharing mode

Intelligent Terminal Products

Product Support Services

Technical Service Solutions

Resource Center

Policy

Online Help

Become a Partner

Partner Policy & Program

Global Learning

Partner Sales Resources

Service Business

News & Events

Contact Us