display mpls te tunnel-interface failed

Function

The display mpls te tunnel-interface failed command displays the MPLS TE tunnels that fail to be set up or that are being set up.

Format

display mpls te tunnel-interface failed

Parameters

None

Views

All views

Default Level

1: Monitoring level

Task Name and Operations

Task Name	Operations
mpls-te	read

Usage Guidelines

Usage Scenario

After configuring multiple MPLS TE tunnels, you can use the display mpls te tunnel-interface failed command to check whether or not there are any tunnels that fail to be set up or are still being set up.

Example

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

# Display the MPLS TE tunnels that fail to be set up or that are being set up.

<HUAWEI> display mpls te tunnel-interface failed
Tunnel name                  SessionId            State Desc
------------------------------------------------------------
Tunnel1                       1          CR-LSP setup Failed

**Table 1** Description of the **display mpls te tunnel-interface failed** command output
Item	Description
Tunnel name	Name of a tunnel interface.
SessionId	Session ID, namely, tunnel ID.
State Desc	Description of the tunnel status: CR-LSP is Up: A tunnel is in use. CR-LSP is Down: A tunnel is not established. CR-LSP is Modify: The tunnel is trying to establish a Modify LSP. Modifying CR-LSP is waiting for deleting: A tunnel is waiting for being deleted. Modifying CR-LSP is waiting for switching: Traffic is waiting for being switched from a Modified CR-LSP to another CR-LSP. Primary CR-LSP Up and HotBackup CR-LSP Up: Hot standby is configured and both primary, and hot-standby CR-LSPs are successfully set up. Primary CR-LSP UP and HotBackup CR-LSP setting Up: Hot standby is configured and the primary CR-LSP not the hot-standby CR-LSP is successfully set up. Primary CR-LSP Down and Backup CR-LSP setting Up: Both a hot-standby CR-LSP and a best-effort path have been configured, and the system tries establishing either of them because the primary and hot-standby CR-LSPs fail. Backup CR-LSP In use and Primary CR-LSP setting Up: Hot standby or ordinary backup is configured, and a hot-standby CR-LSP (and its best-effort path) or an ordinary backup CR-LSP is successfully set up and takes over traffic after the primary CR-LSP fails. CR-LSP is setting Up: The system attempts to establish a CR-LSP. CR-LSP setup Failed: A CR-LSP fails to be established.