· This document is applicable to H3C UniServer B16000 blade enclosure and H3C UIS 9000 appliance. The software UIs and displayed information are slightly different. This document takes H3C UniServer B16000 as an example to describe the OM module commands.

· The following pairs of management commands of the OM module have the same functions and are interchangeable: undo and no, quit and exit, and display and show. For example, the display ldap-server and show ldap-server commands have the same functions.

This manual describes device management functions supported by the OM module.

As a core management unit, the OM module interconnects with other modules inside the blade enclosure through the mid-plane to manage and monitor all modules in a centralized manner.

You can access the management software of the OM module through the serial interface, Telnet, and SSH connections to perform maintenance operations, such as query, configuration, and management, on the blade enclosure, AE module, blade server, ICM module, power supply, fan, and OM module.

This manual mainly describes the CLIs of the OM module. For details about the OM module, see the OM Module User Guide.

User Permissions

Each blade enclosure supports up to 16 different local users and 16 different LDAP groups. User permissions vary with user roles.

User permissions include user management permissions and device permissions.

· User management permissions are used to view or manage user information, such as creating a local user and modifying an LDAP group. User management permissions are determined in accordance with the user role selected when a user is created.

· Device permissions are used to view or manage devices, including the blade enclosure, OM module, AE module, blade server, ICM module, power supply, and fan. Device permissions are determined in accordance with the user role and the device to be viewed or managed.

Table 1 describes user roles and the corresponding permissions.

Table 1 User roles and permissions

Role	User Management Permissions	Device Permissions
Administrator	· It is the default administrator and a default local user. The default user name and password are admin and Password@_ respectively. · Each blade enclosure has only an administrator user, which cannot be deleted. · The administrator has the highest permissions to view and manage all user and device information, for example, creating a user, using the remote console, and setting the power redundancy mode.
Maintainer	It is an administrator and has the same user management permissions and device permissions as the administrator. The difference between the maintainer and the administrator is that the maintainer can be created and deleted.
Operator	It can view user management information and modify their passwords.	· View information about the blade enclosure, OM module, and AE module, such as blade enclosure status and system logs. · View and manage selected device information, such as controlling the power-on status of the selected blade server and setting power limits of the blade enclosure.
Viewer	It can view user management information and modify their passwords.	· View information about the blade enclosure, OM module, and AE module, such as blade enclosure status and system logs. · View information about the selected device, such as the port status of the selected ICM module and power system status.

LDAP users cannot access the OM module through the CLI.

Logging In to the CLI

Logging In to the CLI Through the Serial Interface

Scenario

· When initially configuring the blade enclosure, you can connect the local client to the serial interface of the OM module and log in to the CLI of the OM module.

· If the product network is faulty or you cannot remotely access the OM module, you can connect the client to the serial interface of the OM module and log in to the CLI of the OM module for troubleshooting.

Setting up the Hardware Environment

Connect the RS-232 serial interface of the PC to the Console interface of the OM module using a DB9-RJ45 cable, as shown in Figure 1.

Figure 1 Connecting the PC to the Console interface

Configuring the Client

1. Set the login parameters and log in to the OM CLI using the remote login software. Table 2_bookmark10 lists the login parameters.

Table 2 Login parameters

Parameter	Value
Serial Line to connect to	COMn, where n indicates the serial port number. The value is an integer. The specific value is subject to the actual settings.
Speed (baud)	9600
Data bits	8
Stop bits	1
Parity	None
Flow control	None

2. After login, the OM CLI displays the login page, as shown below.

******************************************************************************

Without the owner's prior written consent, *

no decompiling or reverse-engineering shall be allowed. *

******************************************************************************

<OM>

Accessing the CLI Through Telnet or SSH Connections

Scenario

You can access the server from a LAN through the Telnet or SSH connections to perform remote configuration and maintenance. The OM module supports remote configurations through the Telnet or SSH connections.

Preparations

Obtain the management IP address, user name, and password of the OM module. Table 3 lists default parameters required for login through the Telnet or SSH connections.

Table 3 Parameters required for login through the Telnet or SSH connections

Parameter	Value
Management IP address of the OM module	Default management IP address: 192.168.100.100/24
Port number	· SSH: 22 · Telnet: 23
User name and password	· Default user name: admin · Default password: Password@_

The SSH access mode is enabled for the OM module by default, while the Telnet access mode is disabled. If you need to access the server through the Telnet, you need to enable the Telnet access mode. For details, see the online help of the OM module.

Setting up the Hardware Environment

Connect the PC with the management (MGMT) interface of the OM module. It is recommended that the PC be connected to both active and standby OM modules, as shown in Figure 2_bookmark16.

Figure 2 Connecting the PC to the MGMT interface

Configuring the Client

Set the Telnet/SSH login parameters and log in to the OM CLI using the remote access software.

After login, the OM CLI displays the login page, as shown below.

******************************************************************************

Without the owner's prior written consent, *

no decompiling or reverse-engineering shall be allowed. *

******************************************************************************

<OM>

Management Commands of Blade Enclosure

NOTE:

The UIS Onboard Administrator (UOA) view is the unique view for management. All commands must be executed in this view.

Blade Enclosure Management and Configuration Commands

access-method

Use access-method to set access methods of the OM module.

Use undo access-method to disable access methods of the OM module.

Syntax

access-method { ssh | telnet | http | ftp } *

undo access-method { ssh | telnet | http | ftp }

Default

The SSH and HTTP access methods are enabled, while both Telnet and FTP access methods are disabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

ssh: Specifies the SSH access method. The port number is 22.

telnet: Specifies the Telnet access method. The port number is 23.

http: Specifies the HTTP access method. The port number is 80.

ftp: Specifies the FTP access method. The port number is 21.

Usage guidelines

If both SSH and Telnet are configured, you can access the OM module through both SSH and Telnet connections.

Examples

# Set the access method of the OM module to Telnet.

<OM>access-method telnet

# Set the access methods of the OM module to Telnet and SSH.

<OM>access-method telnet ssh

# Disable the SSH access method of the OM module.

<OM>undo access-method ssh

alert-mail

Use alert-mail to set the alarm email information of the blade enclosure.

Use undo alert-mail to disable the alarm email information of the blade enclosure.

Syntax

alert-mail e-mail email smtp-server smtp-server smtp-port smtp-port level level anonymous { enable | disable mail-sender mail-sender sender-name sender-name sender-password sender-password }

undo alert-mail

Default

No alarm email information exists.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

email: Specifies a valid email address used to receive alarm emails. It is a string of 4 to 120 characters. You can set up to 10 email addresses of alarm email recipients, separated by semicolon (;). As a best practice, use this email address to receive only alarm information generated by the system.

smtp-server: Specifies the IPv4 address of the SMTP server.

smtp-port: Specifies the SMTP-based port number. The value ranges from 1 to 65535.

level: Specifies the level of the alarm event sent to the user by email. 1 indicates alarms and higher-level events. 2 indicates critical events. When the severity of a system event reaches the level of the alarm email, the system sends an alarm email to the specified email address.

anonymous: Specifies anonymous access. When it is set to enable, anonymous access is enabled. When it is set to disable, anonymous access is disabled.

mail-sender: Specifies a valid email address used to send alarm emails. The value is a string of 1 to 64 characters. As a best practice, use this email address to send only alarm information generated by the system. When anonymous is set to enable, this parameter is optional. If you do not specify this parameter, alarm emails are sent to the default address ([email protected]).

sender-name: Specifies the username of the alarm email sender. This parameter is mandatory when anonymous is set to disable.

sender-password: Specifies the password of the alarm email sender. This parameter is mandatory when anonymous is set to disable.

Usage guidelines

Make sure that the SMTP port number is consistent with that configured on the SMTP server.

If you repeatedly execute this command, the new configuration will overwrite the original configuration. Therefore, be cautious when you execute this command.

Examples

# Set the email address of the alarm email recipient to [email protected], IPv4 address of the SMTP server to 192.168.250.30, port number to 25, email address of the alarm email sender to [email protected], and alarm event level to 1.

<OM>alert-mail e-mail [email protected] smtp-server 192.168.250.30 smtp-port 25 level 1 anonymous enable

Related commands

alert-mail test

Use alert-mail test to test the alarm email function.

Syntax

alert-mail test

Views

UOA view

Predefined user roles

Administrator

Maintainer

Usage guidelines

Before executing this command, make sure that parameters of the alert-mail command are configured correctly.

After executing this command, check whether the test email is received by the recipient. If yes, the test is successful. If not, the test fails.

Examples

# Test the alarm email function.

<OM>alert-mail test

Related commands

alert-mail

anonymous

Use anonymous to enable or disable the extended data on the Web login page.

Syntax

anonymous { disable | enable }

Default

The extended data on the Web login page is enabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

disable: Disables the extended data. In this configuration, unauthenticated users (users do not enter the user name and passwords to log in) cannot view basic information about the OM module through the Web login page of the OM module, including the model, SN, management IP address, and status (displayed as N/A).

enable: Enables the extended data. In this configuration, unauthenticated users can view basic information about the OM module through the Web login page of the OM module.

Examples

# Disable the extended data.

<OM>anonymous disable

auto-ipv4

Use auto-ipv4 to pre-configure an IPv4 address for a slot. The address will be used as the management IPv4 address of the module installed in the slot.

Use undo auto-ipv4 to disable the pre-configured IPv4 address of a slot.

Syntax

auto-ipv4 address address mask mask gateway gateway { app app-id | blade blade-id | io io-id save { disable | enable } }

undo auto-ipv4 { app app-id | blade blade-id | io io-id }

Default

No IPv4 addresses are pre-configured for AE module, blade server, and ICM module slots.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

address: Specifies a pre-configured IPv4 address.

mask: Specifies the subnet mask of the pre-configured IPv4 address. The value ranges from 255.0.0.0 to 255.255.255.254.

gateway: Specifies a pre-configured IPv4 gateway address. It must be on the same network segment as the device address.

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

io-id: Specifies the slot number of the ICM module. The value ranges from 1 to 6.

save: Saves the ICM module configuration. The value options include disable and enable.

Usage guidelines

After this command is executed on the AE module, two situations may occur:

· The AE module is not in position: After the IPv4 address is pre-configured for the AE module slot, you need to re-apply the pre-configured IPv4 address when a new AE module is inserted, to synchronize the IP information. In this case, the IPv4 address is used as the HDM management IPv4 address of the new AE module, and the previous HDM management IPv4 address becomes invalid.

· The AE module is in position: After the IPv4 address is pre-configured for the AE module slot, the IPv4 address is synchronized to the AE module and used as the new HDM management IPv4 address, while previous HDM management IPv4 address becomes invalid.

After this command is executed on the blade server, two situations may occur:

· The blade server is not in position: After the IPv4 address is pre-configured for the blade server slot, you need to re-apply the pre-configured IPv4 address when a new blade server is inserted, to synchronize the IP information. In this case, the IPv4 address is used as the HDM management IPv4 address of the new blade server, and the previous HDM management IPv4 address becomes invalid.

· The blade server is in position: After the IPv4 address is pre-configured for the blade server slot, the IPv4 address is synchronized to the blade server and used as the new HDM management IPv4 address, while previous HDM management IPv4 address becomes invalid.

After this command is executed on the ICM module, two situations may occur:

· The ICM module is not in position: After the IPv4 address is pre-configured for the ICM module slot, you need to re-apply the pre-configured IPv4 address when a new ICM module is inserted, to synchronize the IPv4 information. In this case, the IPv4 address is used as the HDM management IPv4 address of the new ICM module, and the previous HDM management IPv4 address becomes invalid.

· The ICM module is in position: After the IPv4 address is pre-configured for the ICM module slot, the IPv4 address is synchronized to the ICM module and used as the new HDM management IPv4 address, while previous HDM management IPv4 address becomes invalid. Note that the IPv4 address cannot be configured when the ICM module is in shutdown state.

Examples

# Pre-configure the IPv4 address for the AE module in slot 1, with IPv4 address set to 192.168.17.1, subnet mask to 255.255.255.0, and gateway address to 192.168.17.254.

<OM>auto-ipv4 address 192.168.17.1 mask 255.255.255.0 gateway 193.168.17.254 app 1

# Pre-configure the IPv4 address for the blade server in slot 1, with IPv4 address set to 192.168.10.1, subnet mask to 255.255.255.0, and gateway address to 193.168.10.254.

<OM>auto-ipv4 address 192.168.10.1 mask 255.255.255.0 gateway 193.168.10.254 blade 1

# Pre-configure the IPv4 address for the ICM module in slot 1, with IPv4 address set to 192.168.20.1, subnet mask to 255.255.255.0, and gateway address to 192.168.20.254. Enable the configuration saving function.

<OM>auto-ipv4 address 192.168.20.1 mask 255.255.255.0 gateway 192.168.20.254 io 1 save enable

Syntax

display auto-ipv4 app

display auto-ipv4 blade

display auto-ipv4 io

auto-ipv6

Use auto-ipv6 to pre-configure the IPv6 address for the slot, used as the management IPv6 address of the module inserted in the slot.

Use undo auto-ipv6 to disable the pre-configured IPv6 address of a slot.

Syntax

auto-ipv6 address address prefix gateway gateway { app app-id | blade blade-id | io io-id save { disable | enable } }

undo auto-ipv6 { app app-id | blade blade-id | io io-id }

Default

No IPv6 addresses are pre-configured for the AE module, blade server, and ICM module slots.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

address: Specifies a pre-configured IPv6 address.

prefix: Specifies the network prefix length of the pre-configured IPv6 address. The value ranges from 1 to 127.

gateway: Specifies a pre-configured IPv6 gateway address of the AE module, blade server, or ICM module.

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

io-id: Specifies the slot number of the ICM module. The value ranges from 1 to 6.

save { disable | enable }: Saves the ICM module configuration.

Usage guidelines

After this command is executed on the AE module, two situations may occur:

· The AE module is not in position: After the IPv6 address is pre-configured for the AE module slot, you need to re-apply the pre-configured IPv6 address when a new AE module is inserted, to synchronize the IP information. In this case, the IPv6 address is used as the HDM management IPv6 address of the new AE module, and the previous HDM management IPv6 address becomes invalid.

· The AE module is in position: After the IPv6 address is pre-configured for the AE module slot, the IPv6 address is synchronized to the AE module and used as the new HDM management IPv6 address, while previous HDM management IPv6 address becomes invalid.

After this command is executed on the blade server, two situations may occur:

· The blade server is not in position: After the IPv6 address is pre-configured for the blade server slot, you need to re-apply the pre-configured IPv6 address when a new blade server is inserted, to synchronize the IP information. In this case, the IPv6 address is used as the HDM management IPv6 address of the new blade server, and the previous HDM management IPv6 address becomes invalid.

· The blade server is in position: After the IPv6 address is pre-configured for the blade server slot, the IPv6 address is synchronized to the blade server and used as the new HDM management IPv6 address, while previous HDM management IPv6 address becomes invalid.

After this command is executed on the ICM module, two situations may occur:

· The ICM module is not in position: After the IPv6 address is pre-configured for the ICM module slot, you need to re-apply the pre-configured IPv6 address when a new ICM module is inserted, to synchronize the IPv6 information. In this case, the IPv6 address is used as the HDM management IPv6 address of the new ICM module, and the previous HDM management IPv6 address becomes invalid.

· The ICM module is in position: After the IPv6 address is pre-configured for the ICM module slot, the IPv6 address is synchronized to the ICM module and used as the new HDM management IPv6 address, while previous HDM management IPv6 address becomes invalid. Note that the IPv6 address cannot be configured when the ICM module is in shutdown state.

Examples

# Pre-configure the IPv6 address for the AE module in slot 1, with IPv6 address set to 2001:0410::45FF, network prefix length to 12, and gateway address to 2001:0410::1.

<OM>auto-ipv6 address 2001:0410::45FF 12 gateway 2001:0410::1 app 1

# Pre-configure the IPv6 address for the blade server in slot 1, with IPv6 address set to 2001:0510::45FF, network prefix length to 12, and gateway address to 2001:0510::1.

<OM>auto-ipv6 address 2001:0510::45FF 12 gateway 2001:0510::1 blade 1

# Pre-configure the IPv6 address for the ICM module in slot 1, with IPv6 address set to 2001:0610::45FF, network prefix length to 12, and gateway address to 2001:0610::1. Enable the configuration saving function.

<OM>auto-ipv6 address 2001:0610::45FF 12 gateway 2001:0610::1 io 1 save enable

Syntax

display auto-ipv6 app

display auto-ipv6 blade

display auto-ipv6 io

chassis asset-label

Use chassis asset-label to set the asset label of the blade enclosure.

Syntax

chassis asset-label asset-label

Default

The asset label is not set.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

asset-label: Specifies the asset label of the blade enclosure. It is a case-sensitive string of 1 to 32 characters.

Examples

# Set the asset label to 123456789.

<OM>chassis asset-label 123456789

Syntax

display chassis basic

chassis location

Use chassis location to set the location of the blade enclosure.

Syntax

chassis location location

Default

The location of the blade enclosure is Hangzhou.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

location: Specifies the location of the blade enclosure. It is a case-sensitive string of 1 to 20 characters.

Examples

# Set the location of the blade enclosure to shanghai.

<OM>chassis location shanghai

Syntax

display chassis basic

chassis name

Use chassis name to set the name of the blade enclosure.

Syntax

chassis name name

Default

The name of the blade enclosure is Chassis-01.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

name: Indicates the name of the blade enclosure. It is a case-sensitive string of 1 to 20 characters.

Examples

# Set the name of the blade enclosure to server.

<OM>chassis name server

clock

Use clock to set the date and time of the blade enclosure.

Syntax

clock { date date time time | ntp server-ip ip-address }

Default

The system time is not set.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

date date: Specifies the date, in the format of YYYY/MM/DD.

time time: Specifies the time, in the format of HH:MM:SS.

server-ip ip-address: Specifies the IP address of the NTP server.

Usage guidelines

In the OM module, system logs and error and fault handling are recorded based on system date and time. You can correctly set the time and date in the following ways:

· Run the clock date date time time command to directly specify the system date and time.

· Run the clock ntp server-ip ip-address command to specify the IP address of the Network Time Protocol (NTP) server. The system time will be synchronized with the NTP server.

NOTE:

If the updated time is earlier than the current time, the system may delete partial or all history power information.

Examples

# Set the time of the blade enclosure to 14:25:00 on July 27, 2017.

<OM>clock date 2017/7/27 time 14:25:00

Related commands

display chassis time

display auto-ipv4

Use display auto-ipv4 to display the pre-configured IPv4 addresses of all slots that accommodate AE modules, blade servers, or ICM modules.

Syntax

display auto-ipv4 { app | blade | io }

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the IPv4 addresses of all slots that accommodate AE modules.

<OM>display auto-ipv4 app

App Status Present Auto-IP Auto-Mask Auto-Gateway Current-

1 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0 192.103.

4.15

2 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0 192.103.

4.201

Table 4 Command output

Field	Description
App	Slot number of the AE module
Status	· Enabled: The pre-configured IPv4 address of the slot that accommodates the AE module is enabled. · Disabled: The pre-configured IPv4 address of the slot that accommodates the AE module is disabled.
Present	Whether the AE module is in position · True: in position · False: not in position
Auto-IP	Pre-configured IPv4 address
Auto-Mask	Subnet mask of the pre-configured IPv4 address
Auto-Gateway	Pre-configured IPv4 gateway address
Current-IP	IPv4 address of the HDM of the AE module. You can determine whether the pre-configured IPv4 address takes effect on the AE module by checking whether the values of Auto-IP and Current-IP are consistent.

# Display the pre-configured IPv4 addresses for all slots that accommodate the blade servers.

<OM>display auto-ipv4 blade

Blade Status Present Auto-IP Auto-Mask Auto-Gateway Current-

1 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

2 Enabled True 111.222.111.222 255.255.0.0 111.111.111.111 111.222.

111.222

3 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

4 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

5 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

6 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

7 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

8 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

9 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

10 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0 192.101.

4.69

11 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

12 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

13 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

14 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

15 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

16 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

Table 5 Command output

Field	Description
Blade	Slot number of the blade server
Status	· Enabled: The pre-configured IPv4 address of the slot that accommodates the blade server is enabled. · Disabled: The pre-configured IPv4 address of the slot that accommodates the blade server is disabled.
Present	Whether the blade server is in position · True: in position · False: not in position
Auto-IP	Pre-configured IPv4 address
Auto-Mask	Subnet mask of the pre-configured IPv4 address
Auto-Gateway	Pre-configured IPv4 gateway address
Current-IP	IPv4 address of the HDM of the blade server. You can determine whether the pre-configured IPv4 address takes effect on the blade server by checking whether the values of Auto-IP and Current-IP are consistent.

# Display the pre-configured IPv4 addresses for all slots that accommodate the ICM modules.

<OM>display auto-ipv4 io

IO Status Present Auto-IP Auto-Mask Auto-Gateway Current-

1 Enabled True 192.168.20.1 255.255.255.0 192.168.20.254 192.168.

20.1

2 Enabled True 192.168.48.2 255.0.0.0 0.0.0.0 0.0.0.0

3 Enabled True 192.168.48.3 255.0.0.0 0.0.0.0 0.0.0.0

4 Disabled True 0.0.0.0 0.0.0.0 0.0.0.0

5 Enabled True 192.168.48.5 255.0.0.0 0.0.0.0 0.0.0.0

6 Enabled True 192.168.48.6 255.0.0.0 0.0.0.0 0.0.0.0

Table 6 Command output

Field	Description
IO	Slot number of the ICM module
Status	· Enabled: The pre-configured IPv4 address of the slot that accommodates the ICM module is enabled. · Disabled: The pre-configured IPv4 address of the slot that accommodates the ICM module is disabled.
Present	Whether the ICM module is in position · True: in position · False: not in position
Auto-IP	Pre-configured IPv4 address
Auto-Mask	Subnet mask of the pre-configured IPv4 address
Auto-Gateway	Pre-configured IPv4 gateway address
Current-IP	Management IPv4 address of the ICM module in the slot. You can determine whether the pre-configured IPv4 address takes effect on the ICM module by checking whether the values of Auto-IP and Current-IP are consistent.

display auto-ipv6

Use display auto-ipv6 to display the pre-configured IPv6 addresses of all slots that accommodate AE modules, blade servers, or ICM modules.

Syntax

display auto-ipv6 { app | blade | io }

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the IPv6 addresses of all slots that accommodate AE modules.

<OM>display auto-ipv6 app

App : 1

Status : Enabled

Present : True

Auto-IP : 2001:410:0:1::45FF/12

Current-IP : 2001:410:0:1::45ff

App : 2

Status : Enabled

Present : True

Auto-IP : 2001:410:0:1::46FF/12

Current-IP : 2001:410:0:1::46FF

Table 7 Command output

Field	Description
App	Slot number of the AE module
Status	· Enabled: The pre-configured IPv6 address of the slot that accommodates the AE module is enabled. · Disabled: The pre-configured IPv6 address of the slot that accommodates the AE module is disabled.
Present	Whether the AE module is in position · True: in position · False: not in position
Auto-IP	Pre-configured IPv6 address and network prefix
Current-IP	IPv6 address and network prefix of the HDM of the AE module. You can determine whether the pre-configured IPv6 address takes effect on the AE module by checking whether the values of Auto-IP and Current-IP are consistent.

# Display the pre-configured IPv6 addresses for all slots that accommodate the blade servers.

<OM>display auto-ipv6 blade

Blade : 1

Status : Enabled

Present : True

Auto-IP : 66::45F2/16

Current-IP : 66::45F2/16

Blade : 2

Status : Enabled

Present : True

Auto-IP : 66::45F3/16

Current-IP : 66::45F3/16

Blade : 3

Status : Enabled

Present : True

Auto-IP : 1::1/45

Current-IP : :

Blade : 4

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 5

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 6

Status : Enabled

Present : True

Auto-IP : 66::45F7/16

Current-IP : :

Blade : 7

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 8

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 9

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 10

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 11

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 12

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 13

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 14

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 15

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Blade : 16

Status : Disabled

Present : True

Auto-IP : ::/0

Current-IP : :

Table 8 Command output

Field	Description
Blade	Slot number of the blade server
Status	· Enabled: The pre-configured IPv6 address of the slot that accommodates the blade server is enabled. · Disabled: The pre-configured IPv6 address of the slot that accommodates the blade server is disabled.
Present	Whether the blade server is in position · True: in position · False: not in position
Auto-IP	Pre-configured IPv6 address and network prefix
Current-IP	IPv6 address and network prefix of the HDM of the blade server. You can determine whether the pre-configured IPv6 address takes effect on the blade server by checking whether the values of Auto-IP and Current-IP are consistent.

# Display the pre-configured IPv6 addresses for all slots that accommodate the ICM modules.

<OM>display auto-ipv6 io

IO : 1

Status : Disabled

Present : True

Auto-IP : ::/0

Auto-Gateway : ::

Current-IP : :：

IO : 2

Status : Disabled

Present : True

Auto-IP : ::/0

Auto-Gateway : ::

Current-IP : :：

IO : 3

Status : Disabled

Present : True

Auto-IP : ::/0

Auto-Gateway : ::

Current-IP : :：

IO : 4

Status : Disabled

Present : True

Auto-IP : ::/0

Auto-Gateway : ::

Current-IP : :：

IO : 5

Status : Disabled

Present : True

Auto-IP : ::/0

Auto-Gateway : ::

Current-IP : :：

IO : 6

Status : Enabled

Present : True

Auto-IP : 55::45F7/16

Auto-Gateway : 55::45F9/16

Current-IP : ::

Table 9 Command output

Field	Description
IO	Slot number of the ICM module
Status	· Enabled: The pre-configured IPv6 address of the slot that accommodates the ICM module is enabled. · Disabled: The pre-configured IPv6 address of the slot that accommodates the ICM module is disabled.
Present	Whether the ICM module is in position · True: in position · False: not in position
Auto-IP	Pre-configured IPv6 address and network prefix
Auto-Gateway	Pre-configured IPv6 gateway address
Current-IP	Management IPv6 address and network prefix of the ICM module in the slot. You can determine whether the pre-configured IPv6 address takes effect on the ICM module by checking whether the values of Auto-IP and Current-IP are consistent.

display power-delay

Use display power-delay to display power-on delay configuration of all AE modules or blade servers.

Syntax

display power-delay { app | blade }

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

app: Displays the power-on delay configuration of all AE modules.

blade: Displays the power-on delay configuration of all blade servers.

Examples

# Display the power-on delay configuration of all AE modules.

<OM>display power-delay app

Slot Name Status Delay Second

1 AE100-1 Enable 1500

2 AE100-2 Disable 0

Table 10 Command output

Field	Description
Slot	Slot number of the AE module or blade server
Name	Name of the AE module or blade server
Status	· Enable: The power-on delay function is enabled for the AE module or blade server. · Disable: The power-on delay function is not enabled for the AE module or blade server.
Delay Second	Delay period, in the unit of seconds

power-delay disable

Use power-delay disable to disable the power-on delay function for an AE module or a blade server in the specified slot.

Syntax

power-delay disable { app app-id | blade blade-id }

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

app app-id: Disables the power-on delay function for an AE module in the specified slot. The value is 1 or 2.

blade blade-id: Disables the power-on delay function for a blade server in the specified slot. The value ranges from 1 to 16.

Usage guidelines

Disable the power-on delay function for AE module or blade server slots.

Examples

# Disable the power-on delay function for the AE module in slot 1.

<OM>power-delay disable app 1

power-delay poweron

Use power-delay poweron to enable power-on delay for an AE module or a blade server in the specified slot.

Syntax

power-delay poweron second delay-second { app app-id | blade blade-id }

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

second delay-second: Specifies the delay time in seconds. The value ranges from 1 to 3600.

app app-id: Enable power-on delay for an AE module in the specified slot. The value is 1 or 2.

blade blade-id: Enable power-on delay for a blade server in the specified slot. The value ranges from 1 to 16.

Examples

# Enable power-on delay for the AE module in slot 1 and set the system to automatically power on the AE module in 1200s after the whole system is restarted.

<OM>power-delay poweron second 1200 app 1

display chassis access-method

Use display chassis access-method to display the access mode of the OM module.

Syntax

display chassis access-method

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the access mode of the OM module.

<OM>display chassis access-method

Access methods:

HTTPS

Telnet

Anonymous: Enabled

Table 11 Command output

Field

Description

Access methods

Access method of the OM module:

· HTTPS

· SSH

· Telnet

· HTTP

· FTP

Anonymous

Enable or disable (the anonymous command) the extended data on the Web login page. The value options include:

· Enabled

· Disabled

display chassis alert-mail

Use display chassis alert-mail to display the alarm email settings of the blade enclosure.

Syntax

display chassis alert-mail

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the alarm email settings of the blade enclosure.

<OM>display chassis alert-mail

Email notification : Enabled

SMTP server : 2.3.32.3

SMTP port : 88

Email address : [email protected]

Sender address : [email protected]

Severity level : Warning

Table 12 Command output

Field	Description
Email notification	Status of the alarm email function. The value options include: · Enabled: Enable the alarm email function. · Disabled: Disable the alarm email function.
SMTP server	SMTP server address
SMTP port	Port number of the SMTP server
Email address	Email address used to receive alarm emails
Sender address	Email address used to send alarm emails
Severity level	Alarm event level · Warning: When an alarm or a higher-level event occurs, the system sends an alarm email to the specified email address. · Emergency: When a critical event occurs, the system sends an alarm email to the specified email address.

display chassis basic

Use display chassis basic to display basic information about the blade enclosure.

Syntax

display chassis basic

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display basic information about the blade enclosure.

<OM>display chassis basic

Name : Chassis-01

Location : ShangHai

Asset label : fff

Table 13 Command output

Field	Description
Name	Name of the blade enclosure
Location	Physical location of the blade enclosure
Asset label	Asset label of the blade enclosure

display chassis subsystem-status

Use display chassis subsystem-status to display the status of the blade enclosure subsystem.

Syntax

display chassis subsystem-status

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Usage guidelines

The blade enclosure subsystem includes the blade server, AE module, ICM module, power module, and fan module.

Examples

# Display the status of the blade enclosure subsystem.

<OM>display chassis subsystem-status

APP status:

APP1 : Abnormal

APP2 : Normal

Blade status:

Blade10 : Abnormal

IO status:

IO4 : Normal

PSU status:

PSU4 : Normal

Fan status:

Fan5 : Normal

Fan6 : Normal

Fan9 : Over temperature

Fan10 : Normal

Fan11 : Over temperature

Fan12 : Normal

Table 14 Command output

Field	Description
APP status	Status of the AE module · Normal · Warning · Downgrade · Abnormal · Unknown · Initializing · Updating
Blade status	Status of the blade server · Normal · Warning · Downgrade · Abnormal · Unknown · Initializing · Updating
IO status	Status of the ICM module · Normal · Warning · Abnormal
PSU status	Running status of the power module · Normal · Output overvoltage fault · Output overvoltage warning · Output undervoltage fault · Output undervoltage warning · Input overvoltage fault · Input overvoltage warning · Input undervoltage fault · Input undervoltage warning · Input low voltage warning · Output overcurrent fault · Output overcurrent warning · Overtemperature fault · Overtemperature warning · PSU-fan1 fault · PSU-fan2 fault · PSU-fan1 warning · PSU-fan2 warning · PSU-fan1 overspeed · PSU-fan2 overspeed · PSU no input · Connect fault · PSU updating
Fan status	Fan status: · Normal · Overtemperature · Stopped: stopped rotating · Abnormal: communication error · Updating · Init: loading

display chassis time

Use display chassis time to display the time and date of the blade enclosure.

Syntax

display chassis time

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the time and date of the blade enclosure.

<OM>display chassis time

Date : 2017/03/18

Time : 14:29:44

NTP : Enabled

NTP Server : 192.168.50.31

Table 15 Command output

Field	Description
Date	System date
Time	System time
NTP	NTP service status: · Enabled · Disabled
NTP server	IP address of the NTP server

display chassis vlan-policy

Use display chassis vlan-policy to display the VLAN policy of the blade enclosure.

Syntax

display chassis vlan-policy

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the VLAN policy of the blade enclosure.

<OM>display chassis vlan-policy

VLAN policy ID : 0

Policy name : Default.

PVID : 1

VLANs :

Used : False

VLAN policy ID : 1

Policy name : abc

PVID : 10

VLANs : 10

Used : False

VLAN policy ID : 2

Policy name : 2030

PVID : 20

VLANs : 20-30

Used : True

Table 16 Command output

Field	Description
VLAN policy ID	VLAN policy ID. It is a unique identifier of the policy. When the VLAN policy ID is set to 0, the policy is the default VLAN policy, and its PVID is 1, indicating that no VLAN is configured for the port to pass through.
Policy name	Custom VLAN policy name. The default VLAN policy is named Default.
PVID	PVID of the port to which the VLAN policy is assigned
VLANs	All VLANs that allow the port to pass through based on the assigned VLAN policy
Used	Whether the VLAN policy is applied to the external service interface of the OM module. The default VLAN policy (Default.) is always displayed as False.

display frame

Use display frame to display hardware information of the blade enclosure.

Syntax

display frame

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display hardware information of the blade enclosure.

<OM>display frame

Manufacturer : H3C

Product name : B16000

Serial number : 2102-35A1-Q700-0001

Table 17 Command output

Field	Description
Manufacturer	Manufacturer
Product name	Device name
Serial number	SN

display manager

Use display manager to display information about all in-position OM modules.

Syntax

display manager

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display information about all in-position OM modules.

<OM>display manager

ID 1:

Type : Standby

Manufacturer : H3C

Product name : OM100

Serial number : 0303KKFF

Firmware version :

Running status : Normal

UID LED : Off

CPU usage : 43%

ID 2:

Type : Active

Manufacturer : H3C

Product name : OM100

Serial number : 0303AABB

Firmware version : H3C OM100-1.00.09

Running status : Normal

UID LED : Off

CPU usage : 43%

Table 18 Command output

Field	Description
ID	Slot number of the OM module
Type	Type of the OM module · Active · Standby
Manufacturer	Manufacturer
Product name	Product name
Serial number	SN
Firmware version	Firmware version
Running status	Running status of the OM module: · Normal · Warning · Abnormal
UID LED	Status of the UID LED · Off · On
CPU usage	CPU usage

display manager firmware

Use display manager firmware to display firmware information of all in-position OM modules.

Syntax

display manager firmware

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display firmware information of all in-position OM modules.

<OM>display manager firmware

Manager ID Manager name Firmware version

1 OM100 H3C OM100-1.00.04

2 OM100

Table 19 Command output

Field	Description
Manager ID	Slot number of the OM module
Manager name	Name of the OM module
Firmware version	Firmware version of the OM module

display manager ipconfig

Use display manager ipconfig to display network information of the OM module.

Syntax

display manager ipconfig

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Usage guidelines

If the IPv6 function is not enabled for the management IP address of the OM module, the values of all IPv6 parameters are displayed as N/A.

Examples

# Display network information of the OM module.

<OM>display manager ipconfig

IPv4 configuration:

IP address : 192.168.250.30

Mask : 255.255.0.0

MAC address : 00-E0-FC-00-3C-04

Gateway : 192.168.250.1

IPV6 configuration :

IP address : 500::18

Prefix length: 64

Gateway : 500::1

Table 20 Command output

Field	Description
IPv4 configuration	IPv4 address information of the OM module
IP address	IPv4 address of the OM module
Mask	Mask information of the OM module
MAC address	MAC address of the OM module
Gateway	Gateway address of the OM module
IPv6 configuration	IPv6 address information of the OM module
IP address	IPv6 address of the OM module
Prefix length	Network prefix length of the IPv6 address configured for the OM module
Gateway	Gateway address of the OM module

display manager port

Use display manager port to display port information of the specified OM module.

Syntax

display manager port manager manager-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

manager-id: Specifies the slot number of the OM module. The value is 1 or 2.

Usage guidelines

The internal interface of the OM module indicates the interface used by the OM module to interconnect with the blade server or AE module. Table 21 lists the mapping between internal interfaces and blade servers or AE modules.

Table 21 Mapping of internal interfaces

Slot of Blade Server or AE Module	Port ID of Internal Interface	Internal Interface Name
Slots of blade servers
Slot 1	Port 6	GigabitEthernet1/0/6
Slot 2	Port 7	GigabitEthernet1/0/7
Slot 3	Port 8	GigabitEthernet1/0/8
Slot 4	Port 9	GigabitEthernet1/0/9
Slot 5	Port 10	GigabitEthernet1/0/10
Slot 6	Port 11	GigabitEthernet1/0/11
Slot 7	Port 12	GigabitEthernet1/0/12
Slot 8	Port 13	GigabitEthernet1/0/13
Slot 9	Port 14	GigabitEthernet1/0/14
Slot 10	Port 15	GigabitEthernet1/0/15
Slot 11	Port 16	GigabitEthernet1/0/16
Slot 12	Port 17	GigabitEthernet1/0/17
Slot 13	Port 18	GigabitEthernet1/0/18
Slot 14	Port 19	GigabitEthernet1/0/19
Slot 15	Port 20	GigabitEthernet1/0/20
Slot 16	Port 21	GigabitEthernet1/0/21
Slots of AE modules
E1	Port 22	GigabitEthernet1/0/28
E2	Port 23	GigabitEthernet1/0/29

Examples

# Display port information of the OM module in slot 1.

<OM>display manager port manager 1

Port ID Name Type

0 Vlan-interface4094 Management

1 Ten-GigabitEthernet1/0/1 Service

2 Ten-GigabitEthernet1/0/2 Service

3 GigabitEthernet1/0/3 Service

4 GigabitEthernet1/0/4 Service

5 GigabitEthernet1/0/5 Cascade

6 GigabitEthernet1/0/6 Internal

7 GigabitEthernet1/0/7 Internal

8 GigabitEthernet1/0/8 Internal

9 GigabitEthernet1/0/9 Internal

10 GigabitEthernet1/0/10 Internal

11 GigabitEthernet1/0/11 Internal

12 GigabitEthernet1/0/12 Internal

13 GigabitEthernet1/0/13 Internal

14 GigabitEthernet1/0/14 Internal

15 GigabitEthernet1/0/15 Internal

16 GigabitEthernet1/0/16 Internal

17 GigabitEthernet1/0/17 Internal

18 GigabitEthernet1/0/18 Internal

19 GigabitEthernet1/0/19 Internal

20 GigabitEthernet1/0/20 Internal

21 GigabitEthernet1/0/21 Internal

22 GigabitEthernet1/0/28 Internal

23 GigabitEthernet1/0/29 Internal

Table 22 Command output

Field	Description
Port ID	Port ID of the OM module
Name	Port name of the OM module
Type	Port type: · Management · Service · Internal: internal interface used to interconnect with the blade server or AE module · Cascade

display manager vlan

Use display manager vlan to display the VLAN and MAC information of the port of the specified OM module.

Syntax

display manager vlan manager manager-id port port-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

manager-id: Specifies the slot number of an OM module. The value is 1 or 2.

port-id: Specifies the port number of an OM module. The value ranges from 0 to 23.

Examples

# Display the VLAN and MAC information of port 1 of the OM module in slot 1.

<OM>display manager vlan manager 1 port 1

MAC address : 00-E0-FC-00-3C-29

VLAN PVID : 3232

VLAN policy members : 2323-4043

Table 23 Command output

Field	Description
MAC address	MAC address of the port of the OM module
VLAN PVID	PVID of the port. The default value is 1. After a VLAN policy is applied, it is set to the PVID specified in the VLAN policy.
VLAN policy members	Group of VLANs that allow the port to pass through. The default value is 1. After a VLAN policy is applied, it is set to the VLAN member specified in the VLAN policy.

manager firmware-update

Use manager firmware-update to update the firmware of the OM module.

Syntax

manager firmware-update name

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

name: Specifies the firmware installation package to be updated.

Usage guidelines

Before running this command, place the firmware installation package used for update in the flash directory of the OM module. After you run this command, the OM module automatically completes the update.

Examples

# Update the firmware of the OM module using installation package uis.ipe.

<OM>manager firmware-update uis.ipe

Related commands

display manager firmware

manager ipv4

Use manager ipv4 to set the IPv4 address information of the OM module.

Syntax

manager ipv4 address address mask mask gateway gateway

Default

The IPv4 address of the OM module is 192.168.100.100/24.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

address: Specifies the IPv4 address configured for the management interface of the OM module.

mask: Specifies the mask configured for the management interface of the OM module.

gateway: Specifies the gateway address configured for the management interface of the OM module.

Usage guidelines

If the IPv4 address information of the management interface of the OM module is changed, the current connections of the OM module may be interrupted. Therefore, after running this command, you must log in to the OM module again with the new IPv4 address.

Examples

# Set the IPv4 address to 192.168.250.30, mask to 255.255.0.0, and gateway address to 192.168.245.26 for the management port of the OM module.

<OM>manager ipv4 address 192.168.250.30 mask 255.255.0.0 gateway 192.168.245.26

manager ipv6

Use manager ipv6 to set the IPv6 address information of the OM module.

Use undo manager ipv6 to disable the IPv6 function of the OM module.

Syntax

manager ipv6 address address prefix gateway gateway

undo manager ipv6

Default

The IPv6 function is disabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

address: Specifies the IPv6 address configured for the management interface of the OM module.

prefix: Specifies the network prefix length of the IPv6 address configured for the management interface of the OM module. The value ranges from 1 to 127.

gateway: Specifies the IPv6 gateway address configured for the management interface of the OM module.

Examples

# Set the IPv6 address to 2001::45FF 64, network prefix length to 64, and gateway address to 2001::4555 for the management port of the OM module.

<OM>manager ipv6 address 2001::45FF 64 gateway 2001::4555

# Disable the IPv6 function of the OM module.

<OM>undo manager ipv6

sol connect

Use sol connect to redirect from the CLI of the OM module to the CLI of the ICM module or to the HDM debugging CLI of the blade server or AE module.

Syntax

sol connect { app app-id | blade blade-id | io io-id }

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

io-id: Specifies the slot number of the ICM module. The value ranges from 1 to 6.

Usage guidelines

· You can enter "~" and then "." to go back to the CLI of the OM module. The HDM debugging CLI of the blade server or AE module is used for debugging only. Be cautious when you use this command.

· When using the sol command to redirect to the CLI of the ICM module, you need to disconnect the sol connection and establish the connection again if the serial port baud rate of the ICM module is modified.

Examples

# Redirect from the CLI of the OM module to the HDM debugging CLI of the AE module in slot 2.

<OM>sol connect app 2

[SOL Session operational. Use ~? for help]

# Redirect from the CLI of the OM module to the HDM debugging CLI of the blade server in slot 10.

<OM>sol connect blade 10

[SOL Session operational. Use ~? for help]

# Redirect from the CLI of the OM module to the HDM debugging CLI of the ICM module in slot 2.

<OM>sol connect io 2

Begin to edit commands.

summary

Use summary to view summary of the device, including the software package loaded upon startup, software version, running time, and other software and hardware information.

Syntax

summary

Views

UOA view

Predefined user roles

Administrator

Maintainer

Examples

<OM>summary

Select menu option: Summary

Software images on slot 1:

Current software images:

flash:/uis-cmw710-boot-1.00.04.bin

flash:/uis-cmw710-system-1.00.04.bin

flash:/uis-cmw710-devkit-1.00.04.bin

Main startup software images:

flash:/uis-cmw710-boot-1.00.04.bin

flash:/uis-cmw710-system-1.00.04.bin

flash:/uis-cmw710-devkit-1.00.04.bin

Backup startup software images:

flash:/uis-cmw710-boot-f2604.bin

flash:/uis-cmw710-system-f2604.bin

H3C Comware Platform Software

H3C Comware Software, Version 7.1.070, UIS-OM 1.00.05

H3C OM100 uptime is 0 weeks, 0 days, 4 hours, 29 minutes

Slot 1:

Uptime is 0 weeks,0 days,4 hours,29 minutes

OM100 with 2 Processor

BOARD TYPE: OM100

DRAM: 2048M bytes

FLASH: 2048M bytes

PCB 1 Version: VER.A

FPGA Version: NONE

Bootware Version: 0.32

CPLD Version: 0.5

Release Version: H3C OM100-1.00.05

Patch Version : None

Reboot Cause : UserReboot

[SubSlot 0] 28GE + 2SFP PLUS + 2*10Gb CrossLinks

uid manager

Use uid manager to set the status of the UID LED of the specified OM module.

Syntax

uid { off | on } manager manager-id

Default

The UID LED of the OM module is off.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

off: Turns on the UID LED of the OM module.

on: Turns off the UID LED of the OM module.

manager-id: Specifies the slot number of the OM module. The value is 1 or 2.

Usage guidelines

The UID LED helps you rapidly confirm and identify the target OM module. The UID LED of the standby OM module cannot be set.

Examples

# Turn on the UID LED of the OM module in slot 1.

<OM>uid on manager 1

vlan-policy

Use vlan-policy to create the VLAN policy information of the service network of the OM module.

Use undo vlan-policy to delete the specified VLAN policy information of the service network of the OM module. VLAN policies applied to the external service interfaces of the OM module cannot be deleted.

Syntax

vlan-policy name name pvid pvid vlans vlan-list

undo vlan-policy policy policy-id

Default

A VLAN policy named Default exists. The default policy is applicable only to external interfaces.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

name: Specifies the name of the VLAN policy. It is a case-sensitive string of 1 to 30 characters.

pvid: Specifies the default VLAN ID of the interface. The value ranges from 1 to 4090.

vlan-list: Specifies the VLAN that the port can pass through. The value ranges from 1 to 4090. The port can be allowed to pass through a VLAN, a part of the VLAN, or multiple VLANs.

· The port is allowed to pass through a VLAN: for example, X.

· The port is allowed to pass through a part of the VLAN: for example, X-Y (Y>X).

· The port is allowed to pass through multiple VLANs: VLANs are separated by comma (,). For example, X-Y, Z (Z>Y>X). You can add up to five VLANs that allow the port to pass through.

policy-id: Specifies the VLAN policy ID, which is unique globally.

Usage guidelines

· A default VLAN policy named Default. exists by default. This policy is not configurable and does not allow packets with VLAN labels to pass through.

· The vlan-policy command is used to create a VLAN policy, which defines the VLAN and PVID that the port can pass through. After this command is executed, the system automatically generates policy-id for the policy. You can run the display chassis vlan-policy command to view policy-id.

· The undo vlan-policy command is used to delete a specified VLAN policy. You can run the display chassis vlan-policy command to view the current VLAN policy and obtain the corresponding policy-id. Then, you can run the undo vlan-policy command to delete the specified VLAN policy.

· VLANs defined in VLAN policies that allow the port to pass through cannot be repeated. That is, VLANs defined in VLAN policies that allow the port to pass through must be unique.

Examples

# Set the VLAN policy name to user1, PVID to 22, and the range of VLANs that allow the port to pass through to 5–99.

<OM>vlan-policy name user1 pvid 22 vlans 5-99

# Set the VLAN policy name to user2, PVID to 25, and the VLANs that allow the port to pass through to 2, 16, and 30.

<OM>vlan-policy name user2 pvid 25 vlans 2,16,30

# Delete the VLAN policy with VLAN policy ID set to 6.

<OM>undo vlan-policy policy 6

Related commands

display chassis vlan-policy

vlan-policy apply

Use vlan-policy apply to apply a specified VLAN policy to the specified interface of the OM module.

Syntax

vlan-policy apply policy policy-id manager manager-id port port-id

Default

No VLAN policy is applied to internal interfaces.

The default VLAN policy named Default is applied to external interfaces.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

policy-id: Specifies the VLAN policy ID, which is unique globally.

manager-id: Specifies the slot number of the OM module. The value is 1 or 2.

port-id: Specifies the port number of the OM module to which the VLAN policy is applied. The value ranges are 1-4 and 6-23. Where, 1-4 indicate the external service interfaces of the OM module, and 6-23 indicate the internal interfaces of the OM module. For details about the mapping among internal interfaces, see Table 21.

Usage guidelines

· This command is used to apply a specified VLAN policy to the specified interface of the OM module. You can run the display chassis vlan-policy command to view the current VLAN policy and obtain the corresponding policy-id. Then, you can run the vlan-policy apply command to apply the specified VLAN policy to the specified interface of the OM module.

· A default VLAN policy named Default is applied to the external interface. This policy does not allow packets with VLAN labels to pass through.

· The default VLAN policy named Default cannot be applied to the internal interface.

· The same VLAN policy cannot be applied to different external service interfaces. That is, the VLAN that allows the external service interface to pass through must be unique.

Examples

# Apply the VLAN policy with ID 2 to port 2 of OM module 1.

<OM>vlan-policy apply policy 2 manager 1 port 2

Related commands

display chassis vlan-policy

xtd-cli-mode

Use xtd-cli-mode for product maintenance and fault locating. You must enter the password to run this command. Users are not recommended to use this command.

AE Module Management and Configuration Commands

app-name

Use app-name to specify the name of the AE module.

Syntax

app-name appname app app-id

Default

The name of the AE module is null.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

appname: Specifies the name of the AE module. It is a case-sensitive string of 1 to 20 characters.

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Examples

# Set the name of the AE module in slot 1 to App1.

<OM>app-name App1 app 1

display app cpu

Use display app cpu to display CPU information of the specified AE module.

Syntax

display app cpu app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Examples

# Display the CPU information of the AE module in slot 1.

<OM>display app cpu app 1

Model : Intel(R) Xeon(R) CPU D-1527 @ 2.20GHz

Status : Normal

Speed : 2200MHz

Cores : 4

Thread : 8

Table 24 Command output

Field	Description
Model	CPU model
Status	CPU status · Normal: normal state · Abnormal: abnormal state
Speed	Clock speed of the CPU (MHz)
Cores	Number of CPU cores
Thread	Number of CPU threads

display app detail

Use display app detail to display detailed information of the specified AE module.

Syntax

display app detail app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Examples

# Display the detailed information of the AE module in slot 1.

<OM>display app detail app 1

Product name : AE100

Serial number : 210235A1Q70000000001

Manufacturer : H3C

Main board part number : 0231A111

CPLD version : V000

HDM version : 1.10.28P05 HDM V100R001B01D028SP05_DEBUG

BIOS version : 1.00.01 V100R001D001

UUID : 9ec3171f-d21d-b211-e003-99443fd7826c

App name : aaa

Table 25 Command output

Field	Description
Product name	Product name of the AE module
Serial number	SN of the AE module
Manufacturer	Manufacturer of the AE module
Main board part number	Main board part number of the AE module
CPLD version	CPLD version of the AE module
HDM version	HDM version of the AE module
BIOS version	BIOS version of the AE module
UUID	Universally Unique Identifier (UUID) of the AE module
App name	Custom name of the AE module

display app diagnosis

Use display app diagnosis to display diagnosis information of the specified AE module.

Syntax

display app diagnosis app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Examples

# Display the diagnosis information of the AE module in slot 1.

<OM>display app diagnosis app 1

Connect status : Abnormal

Board type status : Matched

System health status : Normal

Device identification data : Normal

Temperature health status : Normal

Voltage health status : Normal

Current health status : Normal

CPU health status : Normal

Memory health status : Normal

Disk health status : Normal

Network card health status : OK

Table 26 Command output

Field	Description
Connect status	Connection status of the AE module: · Normal · Abnormal
Board type status	Whether the AE module matches the blade enclosure: · Matched · Mismatched
System health status	System health status of the AE module: · Normal · Minor alarm · Severe alarm · Critical alarm
Device identification data	Device identification data of the AE module: Check the model, part number, SN, and other information used to identify the device. · Normal: The information used to identify the device exists and the OM module can access the data. · Faulty: The information used to identify the device does not exist or the OM cannot access the data.
Temperature health status	Health status of the temperature: · Normal · Minor alarm · Severe alarm · Critical alarm
Voltage health status	Health status of the voltage: · Normal · Minor alarm · Severe alarm · Critical alarm
Current health status	Health status of the current: · Normal · Severe alarm
CPU health status	Health status of the CPU: · Normal · Severe alarm
Memory health status	Health status of the memory: · Normal · Minor alarm · Severe alarm · Critical alarm:
Disk health status	Health status of the hard disk: · Normal · Unknown · Minor alarm · Severe alarm · Critical alarm
Network card health status	Health status of the NIC: · Ok · Absent · Severe alarm

display app ipconfig

Use display app ipconfig to display HDM network information of the specified AE module.

Syntax

display app ipconfig app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

app-id: Indicates the slot number of the AE module. The value is 1 or 2.

Examples

# Display the HDM network information of the AE module in slot 1.

<OM>display app ipconfig app 1

IPv4 address : 192.168.20.22

IPv4 subnet : 255.255.255.0

IPv4 gateway : 192.168.20.1

IPv6 address : 4000:5600:6000:7::55

IPv6 gateway : 4000::1

Mac : 20:17:11:20:15:42

IPv6 subnet prefix length : 64

Table 27 Command output

Field	Description
IPv4 address	IPv4 address of the HDM
IPv4 subnet	Subnet mask of the IPv4 address of the HDM
IPv4 gateway	IPv4 gateway of the HDM
IPv6 address	IPv6 address of the HDM
IPv6 gateway	IPv6 gateway of the HDM
Mac	MAC address of the HDM chip
IPv6 subnet prefix length	Network prefix length of the IPv6 address of the HDM

display app list

Use display app list to display the list of all in-position AE modules.

Syntax

display app list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the list of all in-position AE modules.

<OM>display app list

Slot : 1

Running status : Normal

UID LED : Off

PSU : Off

Product Name : AE100

HDM IP : 192.168.10.22

Slot : 2

Running status : Normal

UID LED : Off

PSU : Off

Product Name : AE100

HDM IP : 192.168.20.22

Table 28 Command output

Field	Description
Slot	Slot number of the AE module
Running status	Status of the AE module · Normal: normal state · Warning: alarm state · Downgrade: downgraded state · Abnormal: abnormal state · Unknown: unknown state · Initializing: initializing state · Updating: updating state
UID LED	Status of the UID LED of the AE module: · On · Off: · Blink
PSU	Power-on state of the AE module: · On · Off
Product Name	Product name of the AE module
HDM IP	HDM management IP address of the AE module

display app memory

Use display app memory to display memory information of the specified AE module.

Syntax

display app memory app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Examples

# Display the memory information of the AE module in slot 1.

<OM>display app memory app 1

Number : 1

Memory slots : 1/4

Total memory : 8GB

Frequency : 2133MHz

Voltage : 1.2 V

Table 29 Command output

Field	Description
Number	CPU number of the memory
Memory slots	Number of in-position memories/number of slots supported by the CPU to accommodate memories
Total memory	Total capacity of memories of the CPU (GB)
Frequency	Working frequency of the memory (MHz)
Voltage	Working voltage of the memory (V)

display app power

Use display app power to display the power information of all in-position AE modules.

Syntax

display app power

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the power information of all in-position AE modules.

<OM>display app power

Slot Power(W) Allocted Power(W) App name

1 40 60 APP_Engine-1

2 50 60 APP_Engine-2

Table 30 Command output

Field	Description
Slot	Slot number of the AE module
Power(W)	Current power of the AE module
Allocated Power (W)	Allocated power of the AE module
App name	Custom name of the AE module

display app power-history

Use display app power-history to display the history power information of the specified AE module.

Syntax

display app power-history { day | week } app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

day: Specifies the history power of one day, which is collected once every five minutes.

week: Specifies the history power of one week, which is collected once every hour.

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Examples

#Display one-day history power information of the AE module in slot 1.

<OM>display app power-history day app 1

Time Power(W) Min(W) Max(W)

2017/12/17 09:48:00 24 23 25

2017/12/17 09:53:00 24 23 26

2017/12/17 09:58:00 23 23 24

2017/12/17 10:03:00 23 23 23

2017/12/17 10:08:00 23 23 23

2017/12/17 10:13:00 24 23 24

Table 31 Command output

Field	Description
Time	Time when the power value is collected
Power(W)	Current power of the AE module
Min(W)	If the system is set to display the history power information of one day, this parameter indicates the minimum power of the AE module within five minutes before the current time. If the system is set to display the history power information of one week, this parameter indicates the minimum power of the AE module within one hour before the current time.
Max(W)	If the system is set to display the history power information of one day, this parameter indicates the maximum power of the AE module within five minutes before the current time. If the system is set to display the history power information of one week, this parameter indicates the maximum power of the AE module within one hour before the current time.

display app sensor

Use display app sensor to display temperature sensor information of the specified AE module.

Syntax

display app sensor app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

app-id: Indicates the slot number of the AE module. The value is 1 or 2.

Examples

# Display the temperature sensor information of the AE module in slot 1.

<OM>display app sensor app 1

Sensor name Temperature(℃) Status

Inlet Temp 22 Normal

DIMM 34 Normal

CPU 61 Normal

Outlet Temp 47 Normal

Table 32 Command output

Field	Description
Sensor name	Temperature sensor name
Temperature(°C)	Temperature value measured by the temperature sensor
Status	Temperature sensor status: · Unavailable · Normal · Minor alarm · Severe alarm · Critical alarm

display app status

Use display app status to display status information of the specified AE module.

Syntax

display app status app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Examples

# Display the status information of the AE module in slot 1.

<OM>display app status app 1

App status : Normal

PSU : On

Power(W) : 23

Table 33 Command output

Field	Description
App status	Status of the AE module · Normal · Warning · Downgrade · Abnormal · Unknown · Initializing · Updating
PSU	Power-on state of the AE module: · On · Off
Power(W)	Current power of the AE module

psu-app

Use psu-app to set the power supply of the specified AE module.

Syntax

psu-app { force-off |off | on | power-cycle | restart } app app-id

Default

The power supply of the AE module is enabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

force-off: Forcibly shuts down the AE module immediately. In this process, the power supply of the AE module is turned off. This operation has the same effect as the operation of pressing and holding the power/standby button on the front panel of the AE module for more than 5s.

off: Normally shuts down the AE module. The OS is shut down prior to the power supply. In this process, the power supply of the AE module is turned off.

on: Normally starts the AE module.

power-cycle: Immediately shuts down the AE module for a while and then starts the AE module again. In this process, the power supply of the AE module is turned off.

restart: Normally restarts the AE module. In this process, the power supply of the AE module is not turned off.

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Usage guidelines

The services may be affected when you shut down or restart the AE module. Be cautious when you perform this operation.

Examples

# Start the AE module in slot 1.

<OM>psu-app on app 1

uid app

Use uid app to set the UID LED of the specified AE module.

Syntax

uid { off | on } app app-id

Default

The UID LED is off.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

off: Turns off the UID LED of the AE module.

on: Turns on the UID LED of the AE module.

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Usage guidelines

· The UID LED can help you quickly confirm and identify the target AE module, especially in a high-density equipment room.

· When the UID LED is blinking, you cannot set the UID LED.

Examples

# Turn on the UID LED of the AE module in slot 1.

<OM>uid on app 1

update-app

Use update-app to update the firmware of the specified AE module.

Syntax

update-app firmware firmware configuration { default | reserve } file file app app-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

firmware: Specifies the type of the firmware to be updated. 1 indicates HDM, 2 indicates BIOS, and 3 indicates CPLD.

default: When the firmware type is HDM, it indicates that the HDM firmware continues to use the current configuration after update. When the firmware type is BIOS, it indicates that the BIOS firmware continues to use the current BIOS configuration after update. When the firmware type is CPLD, this parameter has no effect.

reserve: When the firmware type is HDM, it indicates that the HDM continues to use the default configuration after firmware update and you need to log in to the HDM based on the initial login procedure. Non-professional personnel should exercise caution when using this function. When the firmware type is BIOS, it indicates that the HDM forcibly uses the default BIOS configuration after the BIOS firmware update. That is, the HDM directly burns the default configuration in the flash memory of the BIOS. This option can be used to restore the BIOS in case of exceptions. When the firmware type is CPLD, this parameter has no effect.

file: Specifies the firmware name.

app-id: Specifies the slot number of the AE module. The value is 1 or 2.

Usage guidelines

· Before updating the firmware of the AE module, you need to upload the latest firmware to the primary OM module.

· Do not run any commands on the AE module during firmware update and within three minutes after the firmware update is completed.

· After the BIOS is successfully updated, the BIOS boot mode is changed to the default UEFI mode. If the OS is installed in Legacy mode, enter the BIOS screen and change the BIOS boot mode to Legacy. Otherwise, the OS cannot start up normally.

· After the CPLD is updated, re-plug the corresponding AE module to make the new firmware take effect.

· During the CPLD update, the OM module cannot perceive the AE module. If the CPLD update fails, the AE module becomes unavailable.

Examples

# Update the HDM of the AE module in slot 1.

<OM>update-app firmware 1 configuration default file HDM-1.10.13_signed.dbg.b

in app 1

Start to upload .................................Upload success.

Confirm whether to upgrade [Y/N] :y

Before pressing ENTER you must choose 'YES' or 'NO'[Y/N] :y

Start to upgrade ....................

Upgrade success

Start to reset..........

Reset app success

# Update the BIOS of the AE module in slot 1.

<OM>update-app firmware 2 configuration default file BIOS_D011_signed.b

in app 1

Start to upload .................................Upload success.

Confirm whether to upgrade [Y/N] : y

Before pressing ENTER you must choose 'YES' or 'NO'[Y/N] : y

Start to upgrade ..................

Upgrade success

# Update the CPLD of the AE module in slot 1.

<OM>update-app firmware 2 configuration default file CPLD_D012_signed.b

in app 1

Start to upload .................................Upload success.

Confirm whether to upgrade [Y/N] : y

Before pressing ENTER you must choose 'YES' or 'NO'[Y/N] : y

CPLD is upgrading,this operation will take some time

Blade Server Management and Configuration Commands

blade-name

Use blade-name to specify the name of the blade server.

Syntax

blade-name bladename blade blade-id

Default

The blade server name is null.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

bladename: Specifies the name of the blade server. It is a case-sensitive string of 1 to 20 characters.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Set the name of the blade server in slot 10 to blade10.

<OM>blade-name blade10 blade 10

boot-once blade

Use boot-once blade to specify the next startup item of the blade server, including the boot mode and next startup device.

Syntax

boot-once mode mode source source blade blade-id

Default

The default boot mode is UEFI. The default startup device is HDD.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

mode mode: Specifies the next boot mode. The value of mode is 1 or 2, where 1 indicates the legacy mode, and 2 indicates the UEFI mode.

source source: Specifies the device where the blade server boots the next time. The value range is 1 to 16. For detailed value description, see Table 34.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Table 34 Meaning of source value

Source Value	Startup Item	Description
1	HDD	Boot from the hard disk
2	PXE	Boot from the PXE server on the network
3	BIOS	BIOS SETUP
4	Floppy/USB	Boot from the floppy disk connected through the USB interface
5	CDROM	Boot from the CD-ROM
6	No Override	No modification made on the startup item

Usage guidelines

The selected next boot device is applicable only to the next boot of the blade server.

Examples

# Set the next boot mode and next boot device of the blade server in slot 10 to legacy and PXE respectively.

<OM>boot-once mode 1 source 2 blade 10

display blade boot-once

Use display blade boot-once to display the next startup item of the blade server.

Syntax

display blade boot-once blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the next startup item of the blade server in slot 10.

<OM>display blade boot-once blade 10

Mode : legacy

Source : HDD

Table 35 Command output

Field

Description

Mode

Next startup item of the blade server

· legacy

· uefi

Source

Next boot device of the blade server:

· HDD

· PXE

· BIOS

· Floppy/USB

· CDROM

· No Override

display blade cpu

Use display blade cpu to display CPU information of the specified blade server.

Syntax

display blade cpu blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the CPU information of the blade server in slot 10.

<OM>display blade cpu blade 10

Model : Intel(R) Xeon(R) Gold 6150 CPU @ 2.70GHz

Status : Normal

Speed : 2700MHz

Cores : 18

Thread : 36

Table 36 Command output

Field	Description
Model	CPU model
Status	CPU status · Normal · Abnormal
Speed	Clock speed of the CPU (MHz)
Cores	Number of CPU cores
Thread	Number of CPU threads

display blade detail

Use display blade detail to display detailed information of the specified blade server.

Syntax

display blade detail blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the detailed information of the blade server in slot 10.

<OM>display blade detail blade 10

Product name : RS33M2C9S

Serial number : 210235A1Q70000000001

Manufacturer : H3C

Main board part number : 0231A111

CPLD version : V000

HDM version : 1.10.13 HDM V100R001B01D013_DEBUG

BIOS version : 1.00.15 V100R001B01D015

UUID : e02ebb76-debf-d311-b703-1ddf5b5a5301

Blade name : Blade10

Table 37 Command output

Field	Description
Product name	Product name of the blade server
Serial number	SN of the blade server
Manufacturer	Manufacturer of the blade server
Main board part number	Main board part number of the blade server
CPLD version	CPLD version of the blade server
HDM version	HDM version of the blade server
BIOS version	BIOS version of the blade server
UUID	Universally Unique Identifier (UUID) of the blade server
Blade name	Custom name of the blade server

display blade diagnosis

Use display blade diagnosis to display diagnosis information of the specified blade server.

Syntax

display blade diagnosis blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the diagnosis information of the blade server in slot 10.

<OM>display blade diagnosis blade 10

Connect status : Normal

Board type status : Matched

System health status : Normal

Device identification data : Normal

Temperature health status : Normal

Voltage health status : Normal

Current health status : Normal

CPU health status : Normal

Memory health status : Normal

Disk health status : Unknown

Network card health status : Absent

Table 38 Command output

Field	Description
Connect status	Connection status of the blade server: · Normal · Abnormal
Board type status	Whether the blade server matches the blade enclosure: · Matched · Mismatched
System health status	Health status of the blade server: · Normal · Minor alarm · Severe alarm · Critical alarm
Device identification data	Device identification data of the blade server: Check the model, part number, SN, and other information used to identify the device. · Normal: The information used to identify the device exists and the OM module can access the data. · Faulty: The information used to identify the device does not exist or the OM cannot access the data.
Temperature health status	Health status of the temperature: · Normal · Minor alarm · Severe alarm · Critical alarm
Voltage health status	Health status of the voltage: · Normal · Minor alarm · Severe alarm · Critical alarm
Current health status	Health status of the current: · Normal · Severe alarm
CPU health status	Health status of the CPU: · Normal · Severe alarm
Memory health status	Health status of the memory: · Normal · Minor alarm · Severe alarm · Critical alarm
Disk health status	Health status of the hard disk: · Normal · Unknown · Minor alarm · Severe alarm · Critical alarm
Network card health status	Health status of the NIC: · Ok · Absent · Severe alarm

display blade hardware

Use display blade hardware to display hardware information of the specified blade server.

Syntax

display blade hardware blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the hardware information of the blade server in slot 10.

<OM>display blade hardware blade 10

Slot: 1

Manufacturer id : 0x8086

Device id : 0x37CE

Speed : 8.0GT/s

Bandwidth : x1

Product name : N/A

Table 39 Command output

Field	Description
Slot	PCIE slot number of the blade server
Manufacturer id	Manufacturer ID
Device id	PCIE card ID
Speed	Auto-negotiated PCIE link rate
Bandwidth	Auto-negotiated PCIE link width
Product name	Product name of the PCIE card

display blade ipconfig

Use display blade ipconfig to display HDM network information of the specified blade server.

Syntax

display blade ipconfig blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the HDM network information of the blade server in slot 10.

<OM>display blade ipconfig blade 10

IPv4 address : 192.168.1.1

IPv4 subnet : 255.255.255.0

IPv4 gateway : 192.168.1.111

IPv6 address : 300::187

IPv6 gateway : 300::1

Mac : FC:15:B4:12:31:81

IPv6 subnet prefix length : 24

Table 40 Command output

Field	Description
IPv4 address	IPv4 address of the HDM
IPv4 subnet	Subnet mask of the IPv4 address of the HDM
IPv4 gateway	IPv4 gateway of the HDM
IPv6 address	IPv6 address of the HDM
IPv6 gateway	IPv6 gateway of the HDM
Mac	MAC address of the HDM chip
IPv6 subnet prefix length	Network prefix length of the IPv6 address of the HDM

display blade list

Use display blade list to display the list of all in-position blade servers.

Syntax

display blade list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the list of all in-position blade servers.

<OM>display blade list

Slot : 10

Running status : Downgrade

UID LED : On

PSU : On

Product Name : AE100

HDM IP : 192.168.1.1

Table 41 Command output

Field	Description
Slot	Slot number of the blade server
Running status	Status of the blade server · Normal · Warning · Downgrade · Abnormal · Unknown · Initializing · Updating
UID LED	UID LED status of the blade server: · On · Off · Blink
PSU	Power-on status of the blade server: · On · Off
Product Name	Product name of the blade server
HDM IP	HDM management IP address of the blade server

display blade memory

Use display blade memory to display memory information of the specified blade server.

Syntax

display blade memory blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the memory information of the blade server in slot 10.

<OM>display blade memory blade 10

Number : 1

Memory slots : 2/12

Total memory : 16GB

Frequency : 2400MHz

Voltage : 1.2 V

Table 42 Command output

Field	Description
Number	CPU number of the memory
Memory slots	Number of in-position memories/number of slots supported by the CPU to accommodate memories
Total memory	Total capacity of memories of the CPU (GB)
Frequency	Working frequency of the memory (MHz)
Voltage	Working voltage of the memory (V)

display blade power

Use display blade power to display power information of all in-position blade servers.

Syntax

display blade power

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the power information of all in-position blade servers.

<OM>display blade power

Slot Power(W) Allocted Power(W) Blade name

1 69 300 B5700_bay1

2 189 370 B5700_bay2

Table 43 Command output

Field	Description
Slot	Slot number of the blade server
Power(W)	Current power of the blade server
Allocted Power (W)	Allocated power of the blade server
Blade name	Custom name of the blade server

display blade power-history

Use display blade power-history to display history power information of the specified blade server.

Syntax

display blade power-history { day | week } blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

day: Specifies the history power of one day, which is collected once every 5 minutes.

week: Specifies the history power of one week, which is collected once every hour.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the one-day history power information of the blade server in slot 10.

<OM>display blade power-history day blade 10

Time Power(W) Min(W) Max(W)

2017/07/27 09:48:00 24 23 25

2017/07/27 09:53:00 24 23 26

2017/07/27 09:58:00 23 23 24

2017/07/27 10:03:00 23 23 23

2017/07/27 10:08:00 23 23 23

2017/07/27 10:13:00 24 23 24

Table 44 Command output

Field	Description
Time	Time when the power value is collected
Power(W)	Current power of the blade server
Min(W)	If the system is set to display the history power information of one day, this parameter indicates the minimum power of the blade server within five minutes before the current time. If the system is set to display the history power information of one week, this parameter indicates the minimum power of the blade server within one hour before the current time.
Max(W)	If the system is set to display the history power information of one day, this parameter indicates the maximum power of the blade server within five minutes before the current time. If the system is set to display the history power information of one week, this parameter indicates the maximum power of the blade server within one hour before the current time.

display blade sensor

Use display blade sensor to display temperature sensor information of the specified blade server.

Syntax

display blade sensor blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the temperature sensor information of the blade server in slot 10.

<OM>display blade sensor blade 10

Sensor name Temperature(°C) Status

Inlet Temp N/A Unavailable

CPU 1 N/A Unavailable

CPU 2 N/A Unavailable

CPU 1 DTS N/A Unavailable

CPU 2 DTS N/A Unavailable

P1 DIMM N/A Unavailable

P2 DIMM N/A Unavailable

Front HD MAX N/A Unavailable

Front NVMe MAX N/A Unavailable

Front HD Zone N/A Unavailable

PCH N/A Unavailable

VR P1 N/A Unavailable

VR P2 N/A Unavailable

HD Controller N/A Unavailable

BMC Zone N/A Unavailable

PCI N/A Unavailable

PCI Zone N/A Unavailable

Mezz 1 N/A Unavailable

Mezz 2 N/A Unavailable

Mezz 3 N/A Unavailable

Outlet Temp N/A Unavailable

Table 45 Command output

Field	Description
Sensor name	Temperature sensor name
Temperature(°C)	Temperature value measured by the temperature sensor
Status	Temperature sensor status: · Unavailable · Normal · Minor alarm · Severe alarm · Critical alarm

display blade status

Use display blade status to display status information of the specified blade server.

Syntax

display blade status blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Examples

# Display the status information of the blade server in slot 10.

<OM>display blade status blade 10

Blade status : Normal

PSU : On

Power(W) : 23

Table 46 Command output

Field	Description
Blade status	Status of the blade server · Normal · Warning · Downgrade · Abnormal · Unknown · Initializing · Updating
PSU	Power-on status of the blade server: · On · Off
Power(W)	Current power of the blade server

psu-blade

Use psu-blade to set the power supply of the specified blade server.

Syntax

psu-blade { force-off | off | on | power-cycle | restart } blade blade-id

Default

The power supply of the blade server is enabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

force-off: Forcibly shuts down the blade server immediately. In this process, the power supply of the blade server is turned off. This operation has the same effect as the operation of pressing and holding the power/standby button on the front panel of the blade server for more than 5s.

off: Normally shuts down the blade server. The OS is shut down prior to the power supply. In this process, the power supply of the blade server is turned off.

on: Normally starts the blade server.

power-cycle: Immediately shuts down the blade server for a while and then starts the blade server again. In this process, the power supply of the blade server is turned off.

restart: Normally restarts the blade server. In this process, the power supply of the blade server is not turned off.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Usage guidelines

The services may be affected when you shut down or restart the blade server. Be cautious when you perform this operation.

Examples

# Start the blade server in slot 10.

<OM>psu-blade on blade 10

uid blade

Use uid blade to set the UID LED of the specified blade server.

Syntax

uid { off | on } blade blade-id

Default

The UID LED is off.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

off: Turns off the UID LED of the blade server.

on: Turns on the UID LED of the blade server.

blade-id: Indicates the slot number of the blade server. The value ranges from 1 to 16.

Usage guidelines

· The UID LED can help you quickly confirm and identify the target blade server, especially in a high-density equipment room.

· When the UID LED is blinking, you cannot set the UID LED.

Examples

# Turn on the UID LED of the blade server in slot 10.

<OM>uid on blade 10

update-blade

Use update-blade to update the firmware of the specified blade server.

Syntax

update-blade firmware firmware configuration { default | reserve } file file blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

firmware: Specifies the type of the firmware to be updated. 1 indicates HDM, 2 indicates BIOS, and 3 indicates CPLD.

file: Specifies the firmware name.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Usage guidelines

· Before updating the firmware of the blade server, you need to upload the latest firmware to the primary OM module.

· Do not run any commands on the blade server during firmware update and within three minutes after the firmware update is completed.

· After the CPLD is updated, re-plug the corresponding blade server to make the new firmware take effect.

· During the CPLD update, the OM module cannot perceive the blade server. If the CPLD update fails, the blade server becomes unavailable.

Examples

# Update the HDM of the blade server in slot 10.

<OM>update-blade firmware 1 configuration default file HDM-1.10.13_signed.dbg.b

in blade 10

Start to upload .................................Upload success.

Confirm whether to upgrade [Y/N] :y

Before pressing ENTER you must choose 'YES' or 'NO'[Y/N] :y

Start to upgrade ....................

Upgrade success

Start to reset..........

Reset blade success

# Update the BIOS of the blade server in slot 10.

<OM>update-blade firmware 2 configuration default file BIOS_D011_signed.b

in blade 10

Start to upload .................................Upload success.

Confirm whether to upgrade [Y/N] : y

Before pressing ENTER you must choose 'YES' or 'NO'[Y/N] : y

Start to upgrade ..................

Upgrade success

# Update the CPLD of the blade server in slot 10.

<OM>update-blade firmware 2 configuration default file CPLD_D012_signed.b

in blade 10

Start to upload .................................Upload success.

Confirm whether to upgrade [Y/N] : y

Before pressing ENTER you must choose 'YES' or 'NO'[Y/N] : y

CPLD is upgrading,this operation will take some time

ICM Module Management and Configuration Commands

display io detail

Use display io detail to display detailed information of the specified ICM module.

Syntax

display io detail io io-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

io-id: Specifies the slot number of the ICM module. The value ranges from 1 to 6.

Examples

# Display the detailed information of the ICM module in slot 4.

<OM>display io detail io 4

Product name : BX720E

Management IP : 192.168.20.1

Management URL : http://192.168.20.1/web/index.html

Manufacturer : H3C

Serial number : DPPMWWB123456

Part number :

IO module name : xnz_io

CPU usage : 16%

Table 47 Command output

Field	Description
Product name	Product name of the ICM module
Management IP	Management IP address of the ICM module
Management URL	Management URL of the ICM module
Manufacturer	Manufacturer of the ICM module
Serial number	SN of the ICM module
Part number	Part number of the ICM module
IO module name	Custom name of the ICM module
CPU usage	CPU usage of the ICM module

display io list

Use display io list to display the list of all in-position ICM modules.

Syntax

display io list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the list of all in-position ICM modules.

<OM>display io list

Slot : 1

Running status : Normal

UID LED : Off

PSU : On

Management URL : http://192.168.20.1/web/index.html

Product name : BX720E

CPU usage : 15%

Table 48 Command output

Field	Description
Slot	Slot number of the ICM module
Running status	Running status of the ICM module: · Normal · Warning · Abnormal · Unknown · Initializing · Updating
UID LED	Status of the UID LED of the ICM module: · On · Off · Blink: Indicates that the system is redirecting to the CLI view of the ICM module under the sol connect command executed in the OM CLI view.
PSU	Power-on status of the ICM module: · On · Off:
Management URL	Management URL of the ICM module
Product name	Product name of the ICM module
CPU usage	CPU usage of the ICM module

display io port

Use display io port to display port information of the specified ICM module.

Syntax

display io port io io-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

io-id: Indicates the slot number of the ICM module. The value ranges from 1 to 6.

Examples

# Display the port information of the ICM module in slot 3.

<OM>display IO port io 3

Internal connectors :

Interface Status Input speed(kbps) Output speed(kbps)

Ten-GigabitEthernet1/0/1 Down 0 0

Ten-GigabitEthernet1/0/2 Down 0 0

Ten-GigabitEthernet1/0/3 Down 0 0

Ten-GigabitEthernet1/0/4 Down 0 0

Ten-GigabitEthernet1/0/5 Down 0 0

Ten-GigabitEthernet1/0/6 Down 0 0

Ten-GigabitEthernet1/0/7 Down 0 0

Ten-GigabitEthernet1/0/8 Down 0 0

Ten-GigabitEthernet1/0/9 Down 0 0

Ten-GigabitEthernet1/0/10 Down 0 0

Ten-GigabitEthernet1/0/11 Down 0 0

Ten-GigabitEthernet1/0/12 Down 0 0

Ten-GigabitEthernet1/0/13 Down 0 0

Ten-GigabitEthernet1/0/14 Down 0 0

Ten-GigabitEthernet1/0/15 Down 0 0

Ten-GigabitEthernet1/0/16 Down 0 0

Ten-GigabitEthernet1/0/17 Down 0 0

Ten-GigabitEthernet1/0/18 Down 0 0

Ten-GigabitEthernet1/0/19 Down 0 0

Ten-GigabitEthernet1/0/20 Down 0 0

Ten-GigabitEthernet1/0/21 Down 0 0

Ten-GigabitEthernet1/0/22 Down 0 0

Ten-GigabitEthernet1/0/23 Down 0 0

Ten-GigabitEthernet1/0/24 Down 0 0

Ten-GigabitEthernet1/0/25 Down 0 0

Ten-GigabitEthernet1/0/26 Down 0 0

Ten-GigabitEthernet1/0/27 Down 0 0

Ten-GigabitEthernet1/0/28 Down 0 0

Ten-GigabitEthernet1/0/29 Down 0 0

Ten-GigabitEthernet1/0/30 Down 0 0

Ten-GigabitEthernet1/0/31 Down 0 0

Ten-GigabitEthernet1/0/32 Down 0 0

Ten-GigabitEthernet1/0/33 Down 0 0

Ten-GigabitEthernet1/0/34 Down 0 0

Ten-GigabitEthernet1/0/35 Down 0 0

Ten-GigabitEthernet1/0/36 Down 0 0

Ten-GigabitEthernet1/0/37 Down 0 0

Ten-GigabitEthernet1/0/38 Down 0 0

External ports :

Interface Status Input speed(kbps) Output speed(kbps)

Ten-GigabitEthernet1/1/1 Down 0 0

Ten-GigabitEthernet1/1/2 Down 0 0

Ten-GigabitEthernet1/1/3 Down 0 0

Ten-GigabitEthernet1/1/4 Down 0 0

Ten-GigabitEthernet1/1/5 Down 0 0

Ten-GigabitEthernet1/1/6 Down 0 0

Ten-GigabitEthernet1/1/7 Down 0 0

Ten-GigabitEthernet1/1/8 Down 0 0

Ten-GigabitEthernet1/1/9 Down 0 0

Ten-GigabitEthernet1/1/10 Down 0 0

Ten-GigabitEthernet1/1/11 Down 0 0

Ten-GigabitEthernet1/1/12 Down 0 0

Ten-GigabitEthernet1/1/13 Down 0 0

Ten-GigabitEthernet1/1/14 Down 0 0

Ten-GigabitEthernet1/1/15 Down 0 0

Ten-GigabitEthernet1/1/16 Down 0 0

FortyGigE1/1/17 Down 0 0

FortyGigE1/1/18 Down 0 0

FortyGigE1/1/19 Down 0 0

FortyGigE1/1/20 Down 0 0

Table 49 Command output

Field	Description
Internal connectors	Internal interface
External ports	External interface
Interface	Interface name of the ICM module
Status	Port status of the ICM module: · Up: The physical connection of the port is normal, and the port can normally transmit data. · Down: The physical connection of the port fails, and the port cannot normally transmit data.
Input speed(kbps)	Inbound rate (kbit/s)
Output speed(kbps)	Outbound rate (kbit/s)

display io power

Use display io power to display the power information of all in-position ICM modules.

Syntax

display io power

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the power information of all in-position ICM modules.

<OM>display io power

Slot Power(w) Allocted Power(W) IO module name

2 61 180 IO module-2

Table 50 Command output

Field	Description
Slot	Slot number of the ICM module
Power(W)	Current power of the ICM module
Allocted Power (W)	Allocated power of the ICM module
IO module name	Custom name of the ICM module

display io sensor

Use display io sensor to display temperature sensor information of the specified ICM module.

Syntax

display io sensor io io-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

io-id: Specifies the slot number of the ICM module. The value ranges from 1 to 6.

Examples

# Display the temperature sensor information of the ICM module in slot 4.

<OM>display io sensor io 4

Sensor name Temperature(°C) Status

Switch CPU 61 Normal

Switch Chip 71 Normal

Air outlet 38 Normal

Air Inlet 25 Normal

Table 51 Command output

Field	Description
Sensor name	Temperature sensor name
Temperature(°C)	Temperature value measured by the temperature sensor
Status	Temperature sensor status: · Unavailable · Normal · Minor alarm · Severe alarm · Critical alarm

io-name

Use io-name to specify the name of the ICM module.

Syntax

io-name ioname io io-id

Default

The name of the ICM module is null.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

ioname: Specifies the name of the ICM module. It is a case-sensitive string of 1 to 20 characters.

io-id: Specifies the slot number of the ICM module. The value ranges from 1 to 6.

Examples

#Set the name of the ICM module in slot 4 to io4.

<OM>io-name io4 io 4

psu-io

Use psu-io to set the power supply of the specified ICM module.

Syntax

psu-io { off | on | restart } io io-id

Default

The power supply of the ICM module is enabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

off: Powers off the ICM module.

on: Powers on the ICM module.

restart: Restarts the ICM module.

io-id: Specifies the slot number of the ICM module. The value ranges from 1 to 6.

Usage guidelines

The services may be affected when you shut down or restart the ICM module. Be cautious when you perform this operation.

Examples

# Power on the ICM module in slot 4.

<OM>psu-io on io 4

uid io

Use uid io to set the UID LED of the specified ICM module.

Syntax

uid { off | on } io io-id

Default

The UID LED is off.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

off: Turns off the UID LED of the ICM module.

on: Turns on the UID LED of the ICM module.

io-id: Specifies the slot number of the ICM module. The value ranges from 1 to 6.

Usage guidelines

· The UID LED can help you quickly confirm and identify the target ICM module, especially in a high-density equipment room.

· When the UID LED is blinking, you cannot set the UID LED.

Examples

# Turn on the UID LED of the ICM module in slot 4.

<OM>uid on io 4

Power Supply/Fan Configuration Command

chassis power-limit

Use chassis power-limit to set the power limit of the blade enclosure.

Use undo chassis power-limit to disable the power limit of the blade enclosure.

Syntax

chassis power-limit limit

undo chassis power-limit

Default

The power limit of the blade enclosure is disabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

limit: Specifies the power limit of the blade enclosure. The value ranges from 2500 to 18000, in the unit of watt (W). When setting the power limit of the blade enclosure, ensure that the current power is lower than 70% of the power limit.

Usage guidelines

With a power limit set for blade enclosures, the power limit of the blade server is forcibly enabled and cannot be disabled. In this situation, you cannot set the power limits of the blade servers separately. However, you can adjust the weights of the power limits for different blade servers according to the actual service requirements of the blade servers.

Before setting the power limit of the blade enclosure, run the display chassis power command to check the current power of the blade enclosure.

Examples

# Set the power limit of the blade enclosure to 6000 W.

<OM>chassis power-limit 6000

Related commands

display chassis power

quota-weight

display blade power-limit

Use display blade power-limit to display power limit of the blade enclosure and the power limit information of the specified blade server.

Syntax

display blade power-limit blade blade-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

blade-id: Specifies the slot number of a blade server. The value ranges from 1 to 16.

Examples

# Display the power limit of the blade enclosure and the power limit information of the blade server in slot 2.

<OM>display blade power-limit blade 2

Chassis power limit info :

Power limit : Enabled

Present power(W) : 709

Power limit(W) : 4000

Blade power limit info :

Power limit : Enabled

Present power(W) : 206

Power limit(W) : 615

Power quota weight : 3

Table 52 Command output

Field	Description
Chassis power limit info	Power limit of the blade enclosure
Power limit	Whether the power limit of the blade enclosure is enabled · Enabled · Disabled
Present power(W)	Current power of the blade enclosure, that is, the power consumed by all devices inside the blade enclosure
Power limit(W)	Power limit value of the blade enclosure
Blade power limit info	Power limit information of the blade server
Power limit	Whether the power limit of the blade server is enabled · Enabled · Disabled
Present power(W)	Current power of the blade server
Power limit(W)	Power limit value of the blade server
Power quota weight	Weight of the power limit of the blade server The higher the weight, the greater the allocated power limit; the lower the weight, the smaller the allocated power limit.

power-limit

Use power-limit to set the power limit of a blade server in the blade enclosure.

Use undo power-limit to disable the power limit of a blade server.

Syntax

power-limit limit blade blade-id

undo power-limit blade blade-id

Default

The power limit of a blade server is disabled. No power limit is configured for a blade server.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

limit: Specifies the power limit value of a blade server. The power limit of the B5700 G3 blade server and B5800 G3 blade server ranges from 150 to 750, and the power limit of the B7800 G3 blade server ranges from 150 to 1400. The power limit is in the unit of watt (W).

blade-id: Specifies the slot number of a blade server. The value ranges from 1 to 16.

Usage guidelines

The power limits of the blade enclosure and the blade server cannot be set simultaneously. When setting the power limit of the blade enclosure, the power limit of the blade server is forcibly enabled and cannot be disabled. In this situation, you cannot set the power limits of the blade servers separately. However, you can adjust the weights of the power limits for different blade servers according to the actual service requirements of the blade servers. When setting the power limit of the blade server, ensure that the power limit of the blade enclosure is disabled. If the power limit of the blade enclosure is enabled, run the undo chassis power-limit command to disable it.

Examples

# Set the power limit of the blade server in slot 2 to 500 W.

<OM>power-limit 500 blade 2

Syntax

chassis power-limit

quota-weight

Use quota-weight to set the weight allocated to the power limit of the blade server in the blade enclosure.

Syntax

quota-weight weight blade blade-id

Default

The power limit of the blade enclosure is disabled, and the weight allocated to the power limit is invalid.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

weight: Specifies the weight allocated to the power limit. The value ranges from 1 to 5. By default, the weight allocated to the power limit of the B5700 G3 blade server is 2, the weight allocated to the power limit of the B5800 G3 blade server is 3, and the weight allocated to the power limit of the B7800 G3 blade server is 4. The higher the weight, the greater the allocated power limit. For example, if three blade servers are in position and they communicate with the blade enclosure correctly, the weights allocated to the power limits of three blade servers are 4, 3, and 4 respectively. In this situation, the power limit margins allocated to three blade servers are 4/11, 3/11, and 4/11 respectively. However, when the power limit allocated to a blade server is higher than the maximum power limit of the power limit range, the system sets the maximum power limit for the blade server. When the power limit allocated to a blade server is lower than the lower power limit of the power limit range, the system does not set any power limit for the blade server.

blade-id: Specifies the slot number of the blade server. The value ranges from 1 to 16.

Usage guidelines

The power limits of the blade enclosure and the blade server cannot be set simultaneously. Before setting the power limit weight of the blade server, run the chassis power-limit command to enable the power limit of the blade enclosure.

Examples

# Enable the power limit of the blade enclosure and set it to 3000W.

<OM>chassis power-limit 3000

# Set the power limit weight of the blade server in slot 2 to 3.

<OM>quota-weight 3 blade 2

Syntax

chassis power-limit

display chassis power

Use display chassis power to display the summarized power information of the blade enclosure.

Syntax

display chassis power

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the summarized power information of the blade enclosure.

<OM>display chassis power

Rated chassis-power(W) : 3000

Chassis-power limit(W) : 6000

Input power(W) : 970

Output power(w) : 929

Available power(W) : 2071

Table 53 Command output

Field	Description
Rated chassis-power(W)	Total rated power that all power modules can provide when the blade enclosure works properly
Chassis-power limit(W)	Maximum power at which the blade enclosure can work, that is, the power limit configured for the blade enclosure. If no power limit is configured for the blade enclosure, it is displayed as N/A
Input power(W)	Total input power of the blade enclosure, that is, the sum of input power of all power modules
Output power(W)	Total output power of the blade enclosure, that is, the sum of output power of all power modules
Available power(W)	Available power of the blade enclosure, that is, the difference between the rated power and the total output power

display chassis power-history

Use display chassis power-history to display the history power information of the blade enclosure.

Syntax

display chassis power-history { day | week }

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

day: Specifies the history power of one day, which is collected once every 5 minutes.

week: Specifies the history power of one week, which is collected once every hour.

Examples

# Display one-day history power information of the blade enclosure.

<OM>display chassis power-history day

Time Power(W) Min(W) Max(W)

2017/07/17 22:28:00 449 436 449

2017/07/17 22:33:00 433 423 459

2017/07/17 22:38:00 454 431 454

2017/07/17 22:43:00 461 432 461

2017/07/17 22:48:00 458 432 461

2017/07/17 22:53:00 450 432 458

2017/07/17 22:58:00 459 432 459

2017/07/17 23:03:00 443 432 459

2017/07/17 23:08:00 439 432 447

2017/07/17 23:13:00 448 434 456

2017/07/17 23:18:00 439 431 458

2017/07/17 23:23:00 452 439 452

2017/07/17 23:28:00 439 434 455

2017/07/17 23:33:00 452 433 455

2017/07/17 23:38:00 449 418 452

2017/07/17 23:43:00 439 436 456

2017/07/17 23:48:00 457 433 459

2017/07/17 23:53:00 450 431 457

2017/07/17 23:58:00 447 427 450

Table 54 Command output

Field	Description
Time	Time when the power value is collected
Power(W)	Current power of the blade enclosure
Min(W)	· If the system is set to display the history power information of one day, this parameter indicates the minimum power of the blade enclosure in the past 5 minutes. · If the system is set to display the history power information of one week, this parameter indicates the minimum power of the blade enclosure in the past 1 hour.
Max(W)	· If the system is set to display the history power information of one day, this parameter indicates the maximum power of the blade enclosure in the past 5 minutes. · If the system is set to display the history power information of one week, this parameter indicates the maximum power of the blade enclosure in the past 1 hour.

display fan list

Use display fan list to display the list of fans.

Syntax

display fan list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the list of fans.

<OM>display fan list

Slot Temperature(°C) Power(W) Speed percentage State Version

1 29 9 42% Normal V1.00.03[V5R2B1D05]

2 29 3 20% Normal V1.00.03[V5R2B1D05]

3 28 3 20% Normal V1.00.04[V5R2B1D06]

4 30 3 20% Normal V1.00.03[V5R2B1D05]

5 29 2 20% Normal V1.00.03[V5R2B1D05]

6 30 2 20% Normal V1.00.03[V5R2B1D05]

7 29 3 20% Normal V1.00.03[V5R2B1D05]

8 30 3 20% Normal V1.00.03[V5R2B1D05]

9 29 2 20% Normal V1.00.03[V5R2B1D05]

10 29 3 20% Normal V1.00.03[V5R2B1D05]

11 29 3 19% Normal V1.00.03[V5R2B1D05]

12 28 3 21% Normal V1.00.03[V5R2B1D05]

Table 55 Command output

Field	Description
Slot	Slot number of the fan. Only the number of slot that accommodates a fan is displayed.
Temperature(°C)	Temperature of the fan
Power(W)	Power of the fan
Speed percentage	Proportional relationship between the real-time speed of the fan and the maximum speed of the fan
State	Fan status: · Normal · Overtemperature · Stopped · Abnormal · Updating · Init: initializing state
Version	Firmware version of the fan

display psu detail

Use display psu detail to display detailed information of the specified power module in the blade enclosure.

Syntax

display psu detail psu psu-id

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

psu-id: Specifies the slot number of the power module. The value ranges from 1 to 6.

Examples

# Display the detailed information of the power module in slot 2.

<OM>display psu detail psu 2

Running status : Normal

Efficiency status : 80plus, Platinum

Input power(W) : 971

Output power(W) : 899

Input voltage(V) : 234.500000(AC)

Output voltage(V) : 12.203125

Input current(A) : 4.156250

Output current(A) : 76.000000

Rated power(W) : 3000

Temperature_1(°C) : 37

PSU-fan speed_1(r/min): 5904

PSU-fan speed_2(r/min): 6448

PSU version : 0.06

PSU model : PSR3000-12AHD

PSU part number : N/A

PSU serial number : IUJD78M0011

PSU manufacturer : H3C

PSU type : AC/240VDC

Table 56 Command output

Field	Description
Running status	Running status of the power module: · Normal · Output overvoltage fault · Output overvoltage warning · Output undervoltage fault · Output undervoltage warning · Input overvoltage fault · Input overvoltage warning · Input undervoltage fault · Input undervoltage warning · Input low voltage warning · Output overcurrent fault · Output overcurrent warning · Overtemperature fault · Overtemperature warning · PSU-fan1 fault · PSU-fan2 fault · PSU-fan1 warning · PSU-fan2 warning · PSU-fan1 overspeed · PSU-fan2 overspeed · PSU no input · Connect fault · PSU updating
Efficiency status	Energy efficiency standard of the power module
Input power(W)	Input power of the power module
Output power(W)	Output power of the power module, that is, current power provided by the power module
Input voltage(V)	Input voltage and voltage type of the power module, including AC and HDVC. If the system does not display the input voltage, there may be no input voltage or the power cable may not be connected.
Output voltage(V)	Output power of the power module
Input current(A)	Input current of the power module
Output current(A)	Output current of the power module
Rated power(W)	Rated power of the power module
Temperature_1(°C)	Temperature sensed at the air inlet of the power module
PSU-fan speed_1(r/min)	Speed of fan 1 inside the power module
PSU-fan speed_2(r/min)	Speed of fan 2 inside the power module
PSU version	Firmware version of the power module
PSU model	Model of the power module
PSU part number	Part number of the power module
PSU serial number	SN of the power module
PSU manufacturer	manufacturer of the power module
PSU type	Type of the power module

display psu list

Use display psu list to display the list of power modules.

Syntax

display psu list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the list of power modules of the blade enclosure.

<OM>display psu list

Slot Version Output power(W) Rated power(W) Status

2 0.11 922 3000 Normal

Table 57 Command output

Field	Description
Slot	Slot number of the power module. Only the number of slot that accommodates a power module is displayed.
Version	Firmware version of the power module
Output(W)	Output power of the power module, that is, current power provided by the power module
Rated(W)	Rated power of the power module
Status	Running status of the power module: · Normal · Output overvoltage fault · Output overvoltage warning · Output undervoltage fault · Output undervoltage warning · Input overvoltage fault · Input overvoltage warning · Input undervoltage fault · Input undervoltage warning · Input low voltage warning · Output overcurrent fault · Output overcurrent warning · Overtemperature fault · Overtemperature warning · PSU-fan1 fault · PSU-fan2 fault · PSU-fan1 warning · PSU-fan2 warning · PSU-fan1 overspeed · PSU-fan2 overspeed · PSU no input · Connect fault · PSU updating

display psu mode

Use display psu mode to display the working mode of the power module inside the blade enclosure, including the redundancy mode and intelligent mode.

Syntax

display psu mode

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the working mode of the power module inside the blade enclosure.

<OM>display psu mode

PSU redundancy mode : N + N

PSU intelligent mode : Enabled

Table 58 Command output

Field

Description

PSU redundancy mode

Redundancy mode of the power module:

· N+0: no redundancy. No redundant power module is configured for the blade enclosure. All power modules share the power load of the blade enclosure. If all power modules are required to provide power, the blade enclosure may be undervoltage when a power module fails.

· N+1: N+1 redundancy mode. N (1, 2, 3, 4, or 5) power modules are used to provide power for the blade enclosure and one power module is used for redundancy. In this mode, when a power module fails, the redundant power module takes over the job of the faulty power module, so as to ensure normal operating of the power supply system.

· N+N: N+N redundancy mode. N (1, 2, or 3) power modules are used to provide power for the blade enclosure and N power modules are used for redundancy. In this mode, up to 3+3 power modules can be configured. That is, the blade enclosure can remain normal operating state when up to three power modules fail.

PSU intelligent mode

Intelligent power mode

· Enabled

· Disabled

display psu overall

Use display psu overall to display the power system information.

Syntax

display psu overall

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display the power system information.

<OM>display psu overall

Status : Normal

Redundancy : Normal

Power limit : Normal

Power consistency : Normal

Table 59 Command output

Field	Description
Status	Power system status: · Normal: The power modules are in normal and healthy status. That is, the redundancy configuration, power limit configuration of the blade enclosure, and power consistency are normal. · Faulty: All power modules are faulty (input overvoltage, input undervoltage, output overcurrent, and others) or non-supported power modules are inserted. · Downgrade: The redundancy of power modules is insufficient or the power limit of the blade enclosure is insufficient. · Warning: Some power modules are faulty (input overvoltage, input undervoltage, output overcurrent, no power input, and others), all power modules trigger alarms (input overvoltage, input undervoltage, output overcurrent, and others), or models of power modules are inconsistent. · Critical: The power allocated by the blade enclosure exceeds the maximum power that a power module can provide, resulting in overloaded allocated power. · Unknown: unknown state
Redundancy	Redundancy configuration status of the power module: · Normal: normal state · Downgrade: downgraded state (insufficient redundancy) When the redundancy configuration is in Downgrade state, add power modules or change the power redundancy mode in the OM module to restore the power system status.
Power limit	Power limit configuration status of the blade enclosure: · Normal: normal state · Downgrade: The power limit of the blade enclosure is insufficient.
Power consistency	Model consistency status of the power modules: · Normal: Power modules installed are supported by the blade enclosure and their models are consistent. · Warning: Power modules installed are not supported by the blade enclosure, or power modules installed are supported by the blade enclosure but their models are inconsistent. Ensure that the power modules installed are supported by the blade enclosure and their models are consistent.

psu-intelligent

Use psu-intelligent to set the intelligent power mode of the blade enclosure.

Syntax

psu-intelligent { disable | enable }

Default

The intelligent power mode is disabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

disable: Disable the intelligent power mode.

enable: Enable the intelligent power mode.

Usage guidelines

When the total output power of the blade enclosure is low and there are multiple redundant power modules, power consumption is wasted. In this case, it is recommended to enable the intelligent power mode.

· According to the power module configuration and the current power of the blade enclosure, the intelligent power capability can automatically set extra power modules to the sleep state. When the power of the blade enclosure increases or a power module fails due to the powering on of a new blade server or ICM module, the intelligent power capability wakes up the power module in sleep state according to power requirements. When the power of the blade enclosure increases or decreases, the intelligent power capability automatically adjusts the number of power modules in sleep state based on the rated power of the blade enclosure (the sum of the rated power of all working power modules) and the total output power of the blade enclosure.

· If the intelligent power mode is disabled, all power modules share the power load.

For example, if there are six power modules installed in the blade enclosure and two power modules can supply power to the blade enclosure, you can select the N+1 redundancy mode.

· If the intelligent power mode is enabled and one power module is used for redundancy, the number of power modules supplying power in load balancing mode is 2+1=3, while the other three power modules are set to enter the sleep mode.

· If the intelligent power mode is disabled, the number of power modules supplying power in load balancing mode is 6.

Examples

# Enable the intelligent power mode.

<OM>psu-intelligent enable

Related commands

psu-redundancy

Use psu-redundancy to set the power redundancy mode of the blade enclosure.

Syntax

psu-redundancy { n+0 | n+1 | n+n }

Default

The power modules of the blade enclosure are in N+0 redundancy mode, that is, no redundant power modules.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Parameters

n+0: no redundancy. No redundant power module is configured for the blade enclosure. All power modules share the power load of the blade enclosure. If all power modules are required to provide power, the chassis may be undervoltage when a power module fails.

n+1: N+1 redundancy mode. N (1, 2, 3, 4, or 5) power modules are used to provide power for the blade enclosure and one power module is used for redundancy. In this mode, when a power module fails, the redundant power module takes over the job of the faulty power module, so as to ensure normal operating of the power supply system.

n+n: N+N redundancy mode. N (1, 2, or 3) power modules are used to provide power for the blade enclosure and N power modules are used for redundancy. In this mode, up to 3+3 power modules can be configured. That is, the blade enclosure can remain normal operating state when up to three power modules fail.

Usage guidelines

To protect the power supply system of the blade enclosure from being affected by a faulty power module, you can set the power redundancy mode for the blade enclosure. To make the selected power redundancy mode take effect, ensure that the number of power modules configured for the blade enclosure satisfies the configuration policies.

If there are extra power modules in the blade enclosure, you can run the psu-intelligent command to set the extra power modules to enter the sleep mode under premises that the current power requirements are satisfied.

Examples

# Set the power modules of the blade enclosure to N+N redundancy mode.

<OM>psu-redundancy n+n

Related commands

psu-intelligent

User Management and Configuration Commands

display current-account

Use display current-account to display detailed information of the current user account.

Syntax

display current-account

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Examples

# Display detailed information of the current user account.

<OM>display current-account

Username : admin

Role : Administrator

User type : Local

Table 60 Command output

Field	Description
Username	User name
Role	User role · Administrator: default administrator · Maintainer · Operator · Viewer
User type	User type. Currently, the system supports only the local user.
Login type	Login type: CLI, indicating that the user accesses the OM module in the CLI view.
Login time	Last time the user accessed the OM module
Login IP	IP address of the host through which the user connects to and accesses the OM module

display ldap-group list

Use display ldap-group list to display the list of LDAP groups.

Syntax

display ldap-group list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Examples

# Display the list of LDAP groups.

<OM>display ldap-group list

Index: 1

Group name : cn=h3c,ou=IT,dc=mcitp,dc=com

Role : Maintainer

Description : LDAP users

Table 61 Command output

Field	Description
Group name	LDAP group name
Role	User role · Maintainer · Operator · Viewer
Description	Description of the LADP group

display ldap-group

Use display ldap-group to display the information about the specified LDAP group.

Syntax

display ldap-group group-name

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

group-name: Specifies the LDAP group name.

Examples

# Display the detailed information of LDAP group "cn=h3c,ou=IT,dc=mcitp,dc=com".

<OM>display ldap-group cn=h3c,ou=IT,dc=mcitp,dc=com

Group name : cn=h3c,ou=IT,dc=mcitp,dc=com

Role : Maintainer

Description : Maintainer

Table 62 Command output

Field	Description
Group name	LDAP group name
Role	User role · Administrator: default administrator · Maintainer · Operator · Viewer
Description	Description of the LADP group

display ldap-server

Use display ldap-server to display configuration information of the LDAP server.

Syntax

display ldap-server

Views

UOA view

Predefined user roles

Administrator

Maintainer

Examples

# Display configuration information of the LDAP server.

<OM>display ldap-server

Server IP : 192.168.17.11

Service port : 389

Bind DN : cn=administrator,cn=users,dc=mcitp,dc=com

Bind Password : *********

Search scope : dc=mcitp,dc=com

Status : Enabled

Table 63 Command output

Field	Description
Server IP	IP address of the LDAP service
Service port	SSL port number of the LDAP server
Bind DN	Directory where the LDAP server administrator locates, that is, the DN value of the administrator
Password	Password of the directory where the LDAP server administrator locates
Search scope	Search context, that is, the path used to search for a user when the user uses the directory service for identity authentication
Status	Activation status of the LDAP server configuration. The configuration can be used only when it is in the enabled state. · Enabled: activated · Disabled: not activated

display local-user list

Use display local-user list to display the list of local users.

Syntax

display local-user list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Examples

# Display the list of local users.

<OM>display local-user list

Index: 1

Username : Administrator

Role : Administrator

Status : Enabled

Description : Have the highest authority

Index: 2

Username : user

Role : Maintainer

Status : Disabled

Description : A maintainer

Table 64 Command output

Field	Description
Username	Username
Role	User role · Administrator: default administrator · Maintainer · Operator · Viewer
Status	User activation status: · Enabled: activated · Disabled: not activated
Description	User description

display locked-user list

Use display locked-user list to display the list of locked users.

Syntax

display locked-user list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Examples

# Display the list of locked users.

<OM>display locked-user list

Index: 1

Locked user : h3c-user

Locked at : 2017-03-19 11:59:20

Remaining time : 23:59:41

Table 65 Command output

Parameter	Description
Locked user	Name of the locked user
Locked at	Last time the user was locked
Remaining time	Remaining time for the user to automatically unlock

display online-user list

Use display online-user list to display the list of online users.

Syntax

display online-user list

Views

UOA view

Predefined user roles

Administrator

Maintainer

Examples

# Display the list of online users.

<OM>display online-user list

Index: 1

Username : admin1

IP : 192.103.4.156

User type : Local

Index: 2

Username : admin1

IP : 192.103.4.224

User type : Local

Table 66 Command output

Field	Description
Username	Username
IP	IP address of the host through which the user connects to and accesses the OM module
User type	User type: · Local · LDAP
Login type	Login type: · Web: The user accesses the OM module through the browser. · CLI: The user accesses the OM module in the CLI view. · Restful: The user accesses the OM module through the RESTful API.
Login time	Last time the user accessed the OM module

ldap-group

Use ldap-group to create an LDAP group.

Use undo ldap-group to delete the specified LDAP group.

Syntax

ldap-group group-name [ description description ] role role [ resources-front resources-front ] [ resources-rear resources-rear ]

undo ldap-group group-name

Default

The LDAP group does not exist.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

group-name: Specifies the LDAP group name, which is the path of the group on the LDAP server, that is, the DN value of the LDAP group to be associated. The value is a string of 1 to 128 characters.

description description: Specifies the user description, which can be customized. The value is a string of 0 to 30 characters.

role: Specifies the user role. 1 indicates maintainer, 2 indicates operator, and 3 indicates viewer. For details about permissions of the corresponding roles, see Table 1.

resources-front resources-front: Specifies that users have the permissions to view and manage specified blade servers installed in the front of the blade enclosure. The resources-front argument specifies the blade server installed in slot 1 to slot 16. The value is a string of 1 to 55 characters and may contain one or more numbers. Multiple numbers are separated by comma (,), and the value of each number ranges from 1 to 16.

resources-rear resources-rear: Specifies that users have the permissions to view and manage specified devices installed in the rear of the blade enclosure. The resources-rear argument specifies the device installed in slot 1 to slot 7. The value is a string of 1 to 55 characters and may contain one or more numbers. Multiple numbers are separated by comma (,), and the value of each number ranges from 1 to 7, where 1 to 6 indicate the ICM modules, and 7 indicates the power module and fan module.

Usage guidelines

When creating an LDAP group, ensure that the value of group-name is consistent with the DN value of the user group configured on the LDAP server. On the LDAP server, if the "h3c" group belongs to the "IT" organization that locates in the "mcitp.com" domain, you need to enter "cn=h3c,ou=IT,dc=mcitp,dc=com" in group-name.

Examples

# Create LDAP group "cn=h3c,ou=IT,dc=mcitp,dc=com" and assign it with the administrator role.

<OM>ldap-group cn=h3c,ou=IT,dc=mcitp,dc=com role 1

ldap-server

Use ldap-server to set the activation status of the configuration information of the LDAP server.

Syntax

ldap-server { disable | enable }

Default

The LDAP server configuration is disabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

disable: Deactivate the configuration information.

enable: Activate the configuration information.

Usage guidelines

The OM module can be associated with the LDAP server only when the configuration information of the LDAP server is enabled.

Examples

# Enable the LDAP server.

<OM>ldap-server enable

Related commands

ldap-server ip-address

ldap-test

ldap-server ip-address

Use ldap-server ip-address to set the configuration information of the LDAP server.

Syntax

ldap-server ip-address ip-address port port binddn BindDN password password scope scope

Default

The configuration information of the LDAP server is not set.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

ip-address: Specifies the IP address of the LDAP service, which can only be IPv4 address in dotted decimal notation.

port: Specifies the SSL port number of the LDAP server. Currently, only port 389 is supported. Other port numbers will not take effect.

BindDN: Specifies the directory where the LDAP server administrator locates, that is, the DN value of the administrator. The value is a string of 1 to 128 characters.

password: Specifies the password of the directory where the LDAP server administrator locates. The value is a string of 1 to 64 characters.

scope: Specifies the search context, that is, the path used to search for a user when the user uses the directory service for identity authentication. The value is a string of 1 to 128 characters.

Usage guidelines

· The user may be in a different directory or not familiar with own DN. By means of specifying scope, the OM module can attempt to connect to the LDAP server based on the specified scope. The LDAP does not need to enter the complete DN when accessing the OM module through the web UI. For example, user h3c-user is located in group h3c that belongs to organization IT in the mcitp.com domain. If you enter ou=IT,dc=mcitp,dc=com in scope, you can directly access the OM module as user h3c-user instead of cn=h3c-user,cn=h3c,ou=IT,dc=mcitp,dc=com.

· After scope is specified, LDAP users can access the OM module through the web UI only using the uid or cn in the attributes as the LDAP user name.

· On the LDAP server, both users and LDAP groups must fall in the specified scope. Otherwise, user authentication fails.

· New LDAP server configuration is not enabled by default. To associate the OM module with the LDAP server, you need to run the ldap-server command to enable the LDAP server configuration.

Examples

# Set the LDAP server information.

<OM>ldap-server ip-address 192.101.17.9 port 389 binddn cn=administrator,cn=users,dc=mcitp,dc=com password administrator123 scope dc=mcitp,dc=com

Related commands

ldap-server

ldap-test

Use ldap-test to test the LDAP user.

Syntax

ldap-test

Default

The LDAP user is not tested.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Usage guidelines

During the command execution, the system prompts for entering the LDAP user name and password.

The LDAP user name indicates the name of the tested LDAP user, that is, the uid or cn attribute. The password indicates the password of the tested LDAP user.

Examples

# Test LDAP user test1.

<OM>ldap-test

Please input the LDAP username : test1

Please input the password : qweQWE123

Test item Test result

Main test Passed

Connection to LDAP server Passed

User authentication Passed

User authorization Passed

Table 67 Command output

Field	Description
Main test	Overall testing status of all test items: · Passed: All test items pass the test. · Failed: Some test items fail the test.
Connection to LDAP server	Status of the connection to the specified IP address and port number of the target LDAP server: · Passed: The OM module successfully connects to the specified IP address and port number of the target LDAP server. · Failed: The OM module cannot connect to the specified IP address and port number of the target LDAP server.
User authentication	Status of the connection to the directory server using the user name and password of the tested user: · Passed: The user exists in the search path and the user name and password are successfully matched. · Failed: The user does not exist in the search path or the user name and password cannot be matched.
User authorization	Status of the authorization for logging in to the OM module: · Passed: The user is successfully authorized to access the OM module. That is, the user can access the OM module through web UI and has the roles and permissions of the corresponding LDAP group. · Failed: The user is not authorized to access the OM module, because the user may not belong to any configured LDAP group.

Related commands

ldap-server

ldap-server ip-address

local-user

Use local-user to set the activation status of the local user. Only activated user can access the OM module.

Syntax

local-user user-name { disable | enable }

Default

The user created through the CLI is not enabled.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

user-name: Specifies the name of a user.

disable: Deactivate the local user.

enable: Activate the local user.

Usage guidelines

If a user is disabled, the user is prohibited to access the OM module immediately. Be cautious when you perform this operation.

Examples

# Enable local user H3c-user.

<OM>local-user H3c-user enable

Related commands

local-user password

Use local-user password to create a local user.

Use undo local-user to delete a local user.

Syntax

local-user username password password [ description description ] role role [ resources-front resources-front ] [ resources-rear resources-rear ]

undo local-user username

Default

No local user except for admin exists.

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

username: Specifies the name of a user. It is a case-sensitive string of 6 to 40 characters.

password: Specifies the password of the user. It is a case-sensitive string of 4 to 40 characters.

description description: Specifies the user description, which can be customized. It contains up to 30 characters.

role: Specifies the user role. 1 indicates maintainer, 2 indicates operator, and 3 indicates viewer. For details about permissions of the corresponding roles, see Table 1.

resources-front resources-front: Specifies that users have the permissions to view and manage specified blade servers installed in the front of the blade enclosure. The value ranges from 1 to 16, indicating blade servers in slot 1 to slot 16.

resources-rear resources-rear: Specifies that users have the permissions to view and manage specified devices installed in the rear of the blade enclosure. The value ranges from 1 to 7, where 1 to 6 indicate the ICM modules, and 7 indicates the power module and fan module.

Usage guidelines

New user created through the CLI is not enabled. You need to run the local-user command to enable the user so that the user can access the OM module.

For users with the maintainer role, even if resources-front resources-front or resources-rear resources-rear is specified, the users still have full permissions to view and manage the modules.

Examples

# Create local user H3c-user.

<OM>local-user H3c-user password H3c-user123 role 1 resources-front 1,2,3 resources

-rear 2,4,6

Related commands

local-user

user modify-group

Use user modify-group to modify information about the LDAP group.

Syntax

user modify-group group-name [ description description ] role role [ resources-front { clear | resources-front } ] [ resources-rear { clear | resources-rear } ]

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

group-name: Specifies the LDAP group name. The LDAP group name cannot be modified.

description description: Specifies the user description, which can be customized. The value is a string of 0 to 30 characters.

role: Specifies the user role. 1 indicates maintainer, 2 indicates operator, and 3 indicates viewer. For details about permissions of the corresponding roles, see Table 1.

resources-front { clear | resources-front }: clear indicates to cancel the permissions to view and manage all blade servers installed in the front of the blade enclosure. resources-front indicates that the user is authorized to view and manage specified blade servers. The value ranges from 1 to 16, indicating blade servers in slot 1 to slot 16.

resources-rear { clear | resources-rear }: clear indicates to cancel the permissions to view and manage all blade servers installed in the rear of the blade enclosure. resources-rear indicates that the user is authorized to view and manage specified blade servers. The value ranges from 1 to 7, where 1 to 6 indicate the ICM modules, and 7 indicates the power module and fan module.

Usage guidelines

For users with the maintainer role, even if resources-front resources-front or resources-rear resources-rear is specified, the users still have full permissions to view and manage the modules.

Examples

# Change the role of LDAP group user cn=company,ou=IT,dc=mcitp,dc=com to operator.

<OM>user modify-group cn=company,ou=IT,dc=mcitp,dc=com role 2

user modify-user

Use user modify-user to modify the user-related information, including the password, user description, user role, and device permissions.

Syntax

user modify-user username [ password password ] [ description description ] [ role role ] [ resources-front { clear | resources-front } ] [ resources-rear { clear | resources-rear } ]

Views

UOA view

Predefined user roles

Administrator

Maintainer

Operator

Viewer

Parameters

username: Indicates the user name. The user name cannot be modified.

password password: Indicates the password of the user. It is a string of 4 to 40 characters and case-sensitive.

description description: Indicates the user description, which can be customized. The value is a string of 0 to 30 characters.

role role: Indicates the user role. 1 indicates maintainer, 2 indicates operator, and 3 indicates viewer. For details about permissions of the corresponding roles, see Table 1.

Usage guidelines

When the user role is maintainer and the user needs to modify the information about the administrator, only the user password and description of the administrator can be modified. If other information is modified, the new information is invalid.

When the user role is operator or viewer, it can modify only its own password. If other information is modified, the new information is invalid.

For users with the maintainer role, even if resources-front { clear | resources-front } or resources-rear { clear | resources-rear } is specified, the users still have full permissions to view and manage the modules.

After user information is modified, the user who logs in to the system through web UI will be forcibly logged out.

Examples

# Change the password of a local user named user to user123.

<OM>user modify-user user password user123

unlock-user

Use unlock-user to unlock a user.

Syntax

unlock-user username

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

username: Specifies the name of the user to be unlocked.

Usage guidelines

· If a user enters the wrong password for six consecutive times within 24 hours, the system will lock the user when the wrong password is entered for the sixth time. The lockout lasts for 24 hours, during which the user cannot access the OM module.

· After the user is locked for 24 hours, the system automatically unlocks the user. Within 24 hours, the user can contact the administrator or maintainer to unlock it manually.

Examples

# Unlock the user named user.

<OM>unlock-user user

General Operation Commands

ping

Use ping to check whether the destination is accessible.

Syntax

ping [ ipv6 ] host

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

ipv6: Checks whether the specified IPv6 address is accessible.

host: Specifies the destination IP address or host name. The host name is a case-insensitive string of 1 to 253 characters that can contain letters, digits, hyphens (-), underscores (_), and commas (,).

Examples

# Check whether IP address 192.168.66.66 is accessible.

<OM>ping 192.168.66.66

Ping 192.168.66.66 (192.168.66.66): 56 data bytes, press CTRL+C to break

56 bytes from 192.168.66.66: icmp_seq=0 ttl=128 time=5.257 ms

56 bytes from 192.168.66.66: icmp_seq=1 ttl=128 time=75.296 ms

56 bytes from 192.168.66.66: icmp_seq=2 ttl=128 time=1.644 ms

56 bytes from 192.168.66.66: icmp_seq=3 ttl=128 time=2.078 ms

56 bytes from 192.168.66.66: icmp_seq=4 ttl=128 time=1.703 ms

--- Ping statistics for 192.168.66.66 ---

5 packet(s) transmitted, 5 packet(s) received, 0.0% packet loss

round-trip min/avg/max/std-dev = 1.644/17.196/75.296/29.081 ms

quit

Use quit to disconnect the current connection and log out of the system. It has the same effect as the exit command.

Syntax

quit

Views

UOA view

Predefined user roles

Administrator

Maintainer

Examples

# Disconnect the current connection and log out of the system.

<OM>quit

telnet

Use telnet to remotely log in to the host through Telnet for remote management.

Syntax

telnet remote-host [ port-number ] [ source { interface interface-type interface-number | ip ip-address }] *

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

remote-host: Specifies the IPv4 address or host name of the remote device. The host name is a case-insensitive string of 1 to 253 characters that can contain letters, digits, hyphens (-), underscores (_), and commas (,).

port-number: Specifies the TCP port number for the Telnet service provided by the remote device. The value ranges from 0 to 65535. The default value is 23.

source: Specifies the source interface or source IPv4 address in the Telnet packet. If this parameter is not specified, the primary IP address of the outbound interface is used as the source IPv4 address of Telnet packets sent by the device.

interface interface-type interface-number: Specifies the source interface. The IPv4 address of this interface is used as the source IPv4 address to send the Telnet packets. Currently, only the Vlan-interface 4094 is supported.

ip ip-address: Specifies the source IPv4 address in the Telnet packet.

Usage guidelines

You can disconnect the Telnet connection by pressing Ctrl+K or running the quit command.

Examples

# Log in to the remote host (IP address: 1.1.1.2) through Telnet and set the source IP address of Telnet packets to 1.1.1.1.

<OM> telnet 1.1.1.2 source ip 1.1.1.1

telnet ipv6

Use telnet ipv6 to remotely log in to the host through the IPv6 network for remote management.

Syntax

telnet ipv6 remote-host [ -i interface-type interface-number ] [ port-number ]

Views

UOA view

Predefined user roles

Administrator

Maintainer

Parameters

remote-host: Specifies the IPv6 address or host name of the remote device. The host name is a case-insensitive string of 1 to 253 characters that can contain letters, digits, hyphens (-), underscores (_), and commas (,).

-i interface-type interface-number: Specifies the outbound interface of Telnet packets. Currently, only Vlan-interface 4094 is supported. When the IPv6 address of the server specified by Telnet is a global unicast address, this parameter cannot be specified. When the specified IPv6 address of the server is a link-local address, this parameter must be specified.

port-number: Specifies the TCP port number for the Telnet service provided by the remote device. The value ranges from 0 to 65535. The default value is 23.

Usage guidelines

You can disconnect the Telnet connection by pressing Ctrl+K or running the quit command.

Examples

# Log in to the remote host (IPv6 address: 5000::1) through Telnet.

<Sysname> telnet ipv6 5000::1

H3C Onboard Management Module Command Reference-6W100

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