Lenovo IPMI firmware SMASH-CLP Management

These days to configure a batch of Lenovo servers, IPMI management, sometimes management page can not open, so try to use SSH login IPMI, and then to manage, by the way, the summary.

First, SMASH-CLP Introduction

SMASH-CLP is an agreement driven by DMTF and SMWG that provides the standard for system management CLI implementations. The defined SMASH architecture does a lot of work and is designed to build the foundation for more standard system management components. SMWG SMASH-CLP is part of the DMTF-driven work of the entire SMASH.

The SMASH-CLP version of the Lenovo RD550 server integration is:

CLP version:1.0.2

SM ME Addressing version:1.0.0

A standard-based command-line protocol that can be used by the CLI for simple system administration. IPMI controller firmware hosts and supports Telnet, SSH, and serial-based interfaces

SMASH-CLP enables users to manage the following actions:

Server power Management-turn on, off, or reboot the system

System Event Log (SEL) management-Displays or clears SEL records

Second, SMASH-CLP function

List of commands:

The Cd changes the target path.

Create creates an object instance.

Delete Deletes the object instance.

Dump used to move a binary image from the MAP to a URI.

Exit exits the session.

Help Display command verb

Load used to move a binary image to the MAP from a URI.

Reset to reset target

Set setting target

Show Command verb help

Start the target.

Stop stops the target.

Version display command verb help

Third, SMASH-CLP Grammar

Provides the concept of verb and is designed to provide system management functionality through the CLI. Verb represents the action to be performed, and the target determines the entity (or object) to run the operation.

The following is an example of the SM-CLP command-line syntax.

<verb> [< options;] [< target;] [< attribute;]

A list of commonly used targets.

Goal	Defined
/system1	Managed the System target.
/system1/logs1	The log collection target.
/system1/logs1/log1	The System event log (SEL) target on Managed.
/system1/logs1/log1/record1	A separate SEL record instance on the Managed System.

Four, Power Management Operations

Shutting down the server	Stop Admin1/system1 Command Status:command Completed System1 stopped at Sun Jul 17 06:34:00 2016
To turn the server off from the power off state	-Start Admin1/system1 Command Status:command Completed System1 started at Sun Jul 17 06:35:24 2016
Reboot the server	Reset Admin1/system1 Command Status:command Completed System1 Reset at Sun Jul 17 06:36:51 2016

Five, SEL Management

Provides an example of using SM-CLP to perform SEL-related operations on the Managed System.

Operation	Grammar
View SEL	->show/system1/logs1/log1 /system1/logs1/log1 Targets: Record1 Record2 Record3 Record4 Record5 Properties: InstanceID = IPMI:BMC1 SEL Log Maxnumberofrecords = 512 Currentnumberofrecords = 5 Name = IPMI SEL EnabledState = 2 Operationalstate = 2 Healthstate = 2 Caption = IPMI SEL Description = IPMI SEL ElementName = IPMI SEL Commands: Cd Show Help Exit Version
View SEL Records	->show/system1/logs1/log1/record4 /system1/logs1/log1/record4 Properties: Logcreationclassname = Cim_recordlog CreationClassName = Cim_logrecord LogName = IPMI SEL RecordID = 1 Messagetimestamp = 20050620100512.000000-000 Description = FAN 7 Rpm:fan sensor, detected a failure ElementName = IPMI SEL Record Commands: Cd Show Help Exit Version
Clear SEL	->delete/system1/logs1/log1/record* All records deleted successfully

Six, Target switching Operation

Action	syntax
Change target to system target and re- Boot	->cd system1 ->reset Note: The current default target is/.
Change target to SEL target and display logging	-& GT;CD system1 ->cd logs1/log1 ->show
->CD Syste M1/logs1/log1 ->show
Show current target	->cd.
Move up one level	->CD:
Exit shell	->exit

Seven, System Properties View

Lists the system properties that are displayed when the user types the following command:

These attributes originate from the underlying system configuration file provided by the standard organization and are based on the CIM_ComputerSystem class defined by the CIM schema.

The table below is not necessarily accurate for the tables provided on the Dell server.

Object	Property	Description
CIM_ComputerSystem	Name	Unique identifier of the system instance that exists in the enterprise environment. Maximum length = 256
	ElementName	The user-friendly name of the system. Maximum length = 64
	NameFormat	Identifies the method that generated the name. Value: Other, IP, Dial, HID, NWA, HWA, X25, ISDN, IPX, DCC, ICD,, SNA, Oid/osi, WWN, NAA
	Dedicated	Enumeration indicating whether the system is a special-purpose system or a general-purpose system. Value: 0= Non-exclusive 1= Unknown 2= Other 3= Storage 4= Router 5= switch 6= Layer 3rd Switch 7= Central Switch 8= Hub 9= Access Server 10= Firewall 11= Printing 12=i/o 13=web Cache 14= Management 15= Blocking servers 16= File Server 17= Mobile User Devices 18= Repeater 19= Bridge/Expander 20= Gateway 21= Storage Virtual Device 22= Media Library 23= Extender node 24=nas Head 25= self-brought NAS 26=ups 27=ip Telephone 28= Management Controller 29= Chassis Manager
	Resetcapability	Define the Reset method in the system Value: 1= Other 2= Unknown 3= is disabled 4= is enabled 5= not implemented
	CreationClassName	The superclass that derives this instance.
	EnabledState	Represents the enabled/disabled state of the system. Value: 0= Unknown 1= Other 2= is enabled 3= is disabled 4= off 5= temporarily No 6= is enabled, but offline In 7= detection 8= postponed 9= Silence 10= start
	Enableddefault	Represents the default boot configuration for the system enabled state. By default, the system is enabled (value =2). Value: 2= is enabled 3= is disabled 4= temporarily No 5= is enabled, but offline 6 = no Default
	RequestedState	Represents the last request or desired state of the system. Value: 2= is enabled 3= is disabled 4= off 5= does not change 6= offline 7= detection 8= postponed 9= Silence 10= Re-boot 11= Reset 12= temporarily No
	Healthstate	Represents the current health of the system. Value: 0= Unknown 5= OK 10= Downgrade/Warning 15= minor faults 20= main faults 30= Critical Failure 35= Unrecoverable Error
	Operationalstatus	Represents the current state of the system. Value: 0= Unknown 1= Other 2= OK 3= downgrade 4= Busy 5= predicting faults 6= Error 7= Unrecoverable Error 8= start 9= stop 10= has stopped 11 = In service 12 = no Contact 13= lost Communication 14= Abnormal interrupts 15= Sleep 16= Support for Entity errors 17= completed 18= Power Mode
	Description	The system is based on a text description.

Lenovo IPMI firmware SMASH-CLP Management