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| = IPMI Setup for Remote Access and Fencing = | | = IPMI Setup for Remote Access and Fencing = |
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| If you have already configured your IPMI BMC using software provided by your vendor or via the server's [[BIOS]], you will be able to skip the installation and go directly to the section on testing and using IPMI.
| | Please see the [[AN!Cluster_Tutorial_2#What_is_IPMI|IPMI]] section of the [[AN!Cluster Tutorial 2]]. That section carefully walks through the configuration of IPMI on [[EL6]]. |
| | |
| == EL6 ==
| |
| | |
| This covers the installation and usage of IPMI on [[EL6]] (version 6.x of [[RHEL]], [[CentOS]] and the like). This was written using two [http://h10010.www1.hp.com/wwpc/us/en/sm/WF05a/15351-15351-3328412-241644-3328421-4091396.html HP Proliant DL165 G7] servers, which use basic IPMI instead of [[iLO]].
| |
| | |
| === Install IPMI ===
| |
| | |
| Installing IPMI is quite simple;
| |
| | |
| <source lang="bash">
| |
| yum install freeipmi freeipmi-bmc-watchdog freeipmi-ipmidetectd OpenIPMI OpenIPMI-libs OpenIPMI-perl OpenIPMI-tools
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| chkconfig ipmi on
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| /etc/init.d/ipmi start
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| </source>
| |
| | |
| === Talking to the BMC ===
| |
| | |
| We can check to make sure that we've got access to the local BMC using <span class="code">ipmitool</span>;
| |
| | |
| <source lang="bash">
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| ipmitool chassis status
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| </source>
| |
| <source lang="text">
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| System Power : on
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| Power Overload : false
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| Power Interlock : inactive
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| Main Power Fault : false
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| Power Control Fault : false
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| Power Restore Policy : previous
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| Last Power Event :
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| Chassis Intrusion : inactive
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| Front-Panel Lockout : inactive
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| Drive Fault : false
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| Cooling/Fan Fault : false
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| Sleep Button Disable : allowed
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| Diag Button Disable : allowed
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| Reset Button Disable : allowed
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| Power Button Disable : allowed
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| Sleep Button Disabled: false
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| Diag Button Disabled : false
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| Reset Button Disabled: false
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| Power Button Disabled: false
| |
| </source>
| |
| <source lang="bash">
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| ipmitool mc info
| |
| </source>
| |
| <source lang="text">
| |
| Device ID : 18
| |
| Device Revision : 1
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| Firmware Revision : 4.22
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| IPMI Version : 2.0
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| Manufacturer ID : 11
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| Manufacturer Name : Hewlett-Packard
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| Product ID : 0 (0x0000)
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| Product Name : Unknown (0x0)
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| Device Available : yes
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| Provides Device SDRs : no
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| Additional Device Support :
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| Sensor Device
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| SDR Repository Device
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| SEL Device
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| FRU Inventory Device
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| IPMB Event Receiver
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| Bridge
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| Chassis Device
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| Aux Firmware Rev Info :
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| 0x03
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| 0x01
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| 0x00
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| 0x00
| |
| </source>
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| <source lang="bash">
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| ipmitool fru print
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| </source>
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| <source lang="text">
| |
| FRU Device Description : Builtin FRU Device (ID 0)
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| Unknown FRU header version 0x00
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| | |
| FRU Device Description : System FRU (ID 1)
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| Product Manufacturer : HP
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| Product Name : ProLiant DL165 G7
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| Product Serial : xxxxxxxxxx
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| Product Asset Tag :
| |
| </source>
| |
| | |
| You can read sensor data using <span class="code">ipmitool</span> as well.
| |
| | |
| <source lang="bash">
| |
| ipmitool sdr list
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| </source>
| |
| <source lang="text">
| |
| CPU1 DIMM1 | 98h | ok | 32.1 | 32.50 degrees C
| |
| CPU1 DIMM2 | 97h | ns | 32.2 | No Reading
| |
| CPU1 DIMM3 | AEh | ns | 32.3 | No Reading
| |
| CPU1 DIMM4 | 9Fh | ok | 32.4 | 31.50 degrees C
| |
| CPU1 DIMM5 | E9h | ns | 32.5 | No Reading
| |
| CPU1 DIMM6 | 9Dh | ns | 32.6 | No Reading
| |
| CPU1 DIMM7 | B5h | ok | 32.7 | 30.50 degrees C
| |
| CPU1 DIMM8 | A1h | ns | 32.8 | No Reading
| |
| CPU1 DIMM9 | E3h | ns | 32.9 | No Reading
| |
| CPU1 DIMM10 | EDh | ok | 32.10 | 31 degrees C
| |
| CPU1 DIMM11 | EBh | ns | 32.11 | No Reading
| |
| CPU1 DIMM12 | ECh | ns | 32.12 | No Reading
| |
| CPU2 DIMM1 | B1h | ok | 32.13 | 29.50 degrees C
| |
| CPU2 DIMM2 | B0h | ns | 32.14 | No Reading
| |
| CPU2 DIMM3 | E7h | ns | 32.15 | No Reading
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| CPU2 DIMM4 | B4h | ok | 32.16 | 29 degrees C
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| CPU2 DIMM5 | B3h | ns | 32.17 | No Reading
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| CPU2 DIMM6 | B2h | ns | 32.18 | No Reading
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| CPU2 DIMM7 | E8h | ok | 32.19 | 28.50 degrees C
| |
| CPU2 DIMM8 | 82h | ns | 32.20 | No Reading
| |
| CPU2 DIMM9 | 1Dh | ns | 32.21 | No Reading
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| CPU2 DIMM10 | 1Ch | ok | 32.22 | 29 degrees C
| |
| CPU2 DIMM11 | 1Bh | ns | 32.23 | No Reading
| |
| CPU2 DIMM12 | EAh | ns | 32.24 | No Reading
| |
| Inlet Ambient | C7h | ok | 64.1 | 25 degrees C
| |
| CPU1 | 7Fh | ok | 65.1 | 33 degrees C
| |
| CPU2 | 93h | ok | 65.2 | 31 degrees C
| |
| PCI Outlet | 0Dh | ok | 66.1 | 50 degrees C
| |
| SR5670 Outlet | 0Eh | ok | 66.2 | 45 degrees C
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| Rear Board | 0Fh | ok | 66.3 | 50.50 degrees C
| |
| PCI Mid | A8h | ok | 66.10 | 36 degrees C
| |
| PCI Inlet | E4h | ok | 66.11 | 30 degrees C
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| Rear Board2 | AAh | ok | 66.12 | 39 degrees C
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| CPU Inlet | 83h | ok | 66.13 | 28 degrees C
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| PS Inlet Ambient | ACh | ok | 66.14 | 28 degrees C
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| IO Controller | D3h | ok | 66.15 | 55 degrees C
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| PCI16_RISER | D8h | ok | 66.16 | 36.50 degrees C
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| PCI4_RISER | DAh | ok | 66.17 | 32 degrees C
| |
| [root@il0051 ~]# ipmitool sdr list
| |
| CPU2 Therm Trip | 0x01 | ok
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| CPU1 PROC Hot | 0x01 | ok
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| CPU2 PROC Hot | 0x01 | ok
| |
| CPU1 Present | 0x00 | ok
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| CPU2 Present | 0x00 | ok
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| CPU1 Therm Trip | 0x01 | ok
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| NMI Detect | 0x01 | ok
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| PVCORE1 | 1.02 Volts | ok
| |
| PVNB CPU1 | 1.10 Volts | ok
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| P5V | 5.12 Volts | ok
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| P5V STBY | 5.05 Volts | ok
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| P3V3 | 3.31 Volts | ok
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| P3V3 STBY | 3.33 Volts | ok
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| P1V1 SR5670 | 1.11 Volts | ok
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| Fan1 Inlet | 5709.72 RPM | ok
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| Fan1 Outlet | 4702.12 RPM | ok
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| Fan2 Inlet | 5848.98 RPM | ok
| |
| Fan2 Outlet | 4702.12 RPM | ok
| |
| Fan3 Inlet | 5709.72 RPM | ok
| |
| Fan3 Outlet | 4702.12 RPM | ok
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| Fan4 Inlet | 5709.72 RPM | ok
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| Fan4 Outlet | 4702.12 RPM | ok
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| Fan5 Inlet | 5709.72 RPM | ok
| |
| Fan5 Outlet | 4702.12 RPM | ok
| |
| Fan6 Inlet | 5450.19 RPM | ok
| |
| Fan6 Outlet | 4440.89 RPM | ok
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| Fan7 Inlet | 5329.07 RPM | ok
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| Fan7 Outlet | 4440.89 RPM | ok
| |
| Fan Redundant | 0x01 | ok
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| CPU1 DIMM1 | 32.50 degrees C | ok
| |
| CPU1 DIMM2 | no reading | ns
| |
| CPU1 DIMM3 | no reading | ns
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| CPU1 DIMM4 | 31.50 degrees C | ok
| |
| CPU1 DIMM5 | no reading | ns
| |
| CPU1 DIMM6 | no reading | ns
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| CPU1 DIMM7 | 30.50 degrees C | ok
| |
| CPU1 DIMM8 | no reading | ns
| |
| CPU1 DIMM9 | no reading | ns
| |
| CPU1 DIMM10 | 31 degrees C | ok
| |
| CPU1 DIMM11 | no reading | ns
| |
| CPU1 DIMM12 | no reading | ns
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| CPU2 DIMM1 | 29.50 degrees C | ok
| |
| CPU2 DIMM2 | no reading | ns
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| CPU2 DIMM3 | no reading | ns
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| CPU2 DIMM4 | 29 degrees C | ok
| |
| CPU2 DIMM5 | no reading | ns
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| CPU2 DIMM6 | no reading | ns
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| CPU2 DIMM7 | 28.50 degrees C | ok
| |
| CPU2 DIMM8 | no reading | ns
| |
| CPU2 DIMM9 | no reading | ns
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| CPU2 DIMM10 | 29 degrees C | ok
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| CPU2 DIMM11 | no reading | ns
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| CPU2 DIMM12 | no reading | ns
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| Inlet Ambient | 25 degrees C | ok
| |
| CPU1 | 33 degrees C | ok
| |
| CPU2 | 31 degrees C | ok
| |
| PCI Outlet | 49.50 degrees C | ok
| |
| SR5670 Outlet | 45 degrees C | ok
| |
| Rear Board | 50 degrees C | ok
| |
| PCI Mid | 36 degrees C | ok
| |
| PCI Inlet | 30 degrees C | ok
| |
| Rear Board2 | 39 degrees C | ok
| |
| CPU Inlet | 28 degrees C | ok
| |
| PS Inlet Ambient | 28 degrees C | ok
| |
| IO Controller | 55 degrees C | ok
| |
| PCI16_RISER | 36.50 degrees C | ok
| |
| PCI4_RISER | 32 degrees C | ok
| |
| Watchdog | 0x00 | ok
| |
| Chassis | 0x01 | ok
| |
| ACPI State | Not Readable | ns
| |
| </source>
| |
| | |
| If you want just a subset of the sensor data, you can narrow it down by first seeing which categories are available, then requesting just that group's sensor readings. Let's look at just the <span class="code">Temperature</span> readings;
| |
| | |
| <source lang="bash">
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| ipmitool sdr type list
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| </source>
| |
| <source lang="text">
| |
| Sensor Types:
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| Temperature Voltage
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| Current Fan
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| Physical Security Platform Security
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| Processor Power Supply
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| Power Unit Cooling Device
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| Other Memory
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| Drive Slot / Bay POST Memory Resize
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| System Firmwares Event Logging Disabled
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| Watchdog System Event
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| Critical Interrupt Button
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| Module / Board Microcontroller
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| Add-in Card Chassis
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| Chip Set Other FRU
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| Cable / Interconnect Terminator
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| System Boot Initiated Boot Error
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| OS Boot OS Critical Stop
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| Slot / Connector System ACPI Power State
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| Watchdog Platform Alert
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| Entity Presence Monitor ASIC
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| LAN Management Subsystem Health
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| Battery Session Audit
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| Version Change FRU State
| |
| </source>
| |
| <source lang="bash">
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| ipmitool sdr type Temperature
| |
| </source>
| |
| <source lang="text">
| |
| CPU1 DIMM1 | 98h | ok | 32.1 | 32.50 degrees C
| |
| CPU1 DIMM2 | 97h | ns | 32.2 | No Reading
| |
| CPU1 DIMM3 | AEh | ns | 32.3 | No Reading
| |
| CPU1 DIMM4 | 9Fh | ok | 32.4 | 31.50 degrees C
| |
| CPU1 DIMM5 | E9h | ns | 32.5 | No Reading
| |
| CPU1 DIMM6 | 9Dh | ns | 32.6 | No Reading
| |
| CPU1 DIMM7 | B5h | ok | 32.7 | 30.50 degrees C
| |
| CPU1 DIMM8 | A1h | ns | 32.8 | No Reading
| |
| CPU1 DIMM9 | E3h | ns | 32.9 | No Reading
| |
| CPU1 DIMM10 | EDh | ok | 32.10 | 31 degrees C
| |
| CPU1 DIMM11 | EBh | ns | 32.11 | No Reading
| |
| CPU1 DIMM12 | ECh | ns | 32.12 | No Reading
| |
| CPU2 DIMM1 | B1h | ok | 32.13 | 29.50 degrees C
| |
| CPU2 DIMM2 | B0h | ns | 32.14 | No Reading
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| CPU2 DIMM3 | E7h | ns | 32.15 | No Reading
| |
| CPU2 DIMM4 | B4h | ok | 32.16 | 29 degrees C
| |
| CPU2 DIMM5 | B3h | ns | 32.17 | No Reading
| |
| CPU2 DIMM6 | B2h | ns | 32.18 | No Reading
| |
| CPU2 DIMM7 | E8h | ok | 32.19 | 28.50 degrees C
| |
| CPU2 DIMM8 | 82h | ns | 32.20 | No Reading
| |
| CPU2 DIMM9 | 1Dh | ns | 32.21 | No Reading
| |
| CPU2 DIMM10 | 1Ch | ok | 32.22 | 29 degrees C
| |
| CPU2 DIMM11 | 1Bh | ns | 32.23 | No Reading
| |
| CPU2 DIMM12 | EAh | ns | 32.24 | No Reading
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| Inlet Ambient | C7h | ok | 64.1 | 25 degrees C
| |
| CPU1 | 7Fh | ok | 65.1 | 33 degrees C
| |
| CPU2 | 93h | ok | 65.2 | 31 degrees C
| |
| PCI Outlet | 0Dh | ok | 66.1 | 49.50 degrees C
| |
| SR5670 Outlet | 0Eh | ok | 66.2 | 45 degrees C
| |
| Rear Board | 0Fh | ok | 66.3 | 50 degrees C
| |
| PCI Mid | A8h | ok | 66.10 | 36 degrees C
| |
| PCI Inlet | E4h | ok | 66.11 | 30 degrees C
| |
| Rear Board2 | AAh | ok | 66.12 | 39 degrees C
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| CPU Inlet | 83h | ok | 66.13 | 28 degrees C
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| PS Inlet Ambient | ACh | ok | 66.14 | 28 degrees C
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| IO Controller | D3h | ok | 66.15 | 55 degrees C
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| PCI16_RISER | D8h | ok | 66.16 | 36.50 degrees C
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| PCI4_RISER | DAh | ok | 66.17 | 32 degrees C
| |
| </source>
| |
| | |
| Perfect, we're now confident that our BMC is available and working properly.
| |
| | |
| === Configure the BMC ===
| |
| | |
| '''BMC''' is an acronym for "'''B'''aseboard '''M'''anagement '''C'''ontroller", which is the name of the actual IPMI controller found inside your server. It can be thought of as a fully separate device, despite residing within the server or even integrated on the mainboard itself. It has it's own [[MAC]] and [[IP]] addresses, access credentials and so forth.
| |
| | |
| ==== Finding the BMC's Channel ====
| |
| | |
| We will need to configure the BMC's access credentials so that we can talk to it from other nodes. To do this, we need to know which ''channel'' our BMC uses. This depends on your vendor, so we'll need to do a little poking around.
| |
| | |
| IPMI channels start at <span class="code">1</span>. So we'll use the following call, incrementing by one, until we get some output;
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| | |
| Try channel <span class="code">1</span>;
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| | |
| <source lang="bash">
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| ipmitool lan print 1
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| </source>
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| <source lang="text">
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| Channel 1 is not a LAN channel
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| </source>
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| | |
| Nothing, let's try channel <span class="code">2</span>;
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| | |
| <source lang="bash">
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| ipmitool lan print 2
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| </source>
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| <source lang="text">
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| Set in Progress : Set Complete
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| Auth Type Support : NONE MD5 PASSWORD
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| Auth Type Enable : Callback : NONE MD5 PASSWORD
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| : User : NONE MD5 PASSWORD
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| : Operator : NONE MD5 PASSWORD
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| : Admin : NONE MD5 PASSWORD
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| : OEM : NONE MD5 PASSWORD
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| IP Address Source : Static Address
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| IP Address : 10.20.1.51
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| Subnet Mask : 255.255.0.0
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| MAC Address : 78:e3:b5:0e:f8:14
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| SNMP Community String : public
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| IP Header : TTL=0x40 Flags=0x40 Precedence=0x00 TOS=0x10
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| BMC ARP Control : ARP Responses Enabled, Gratuitous ARP Disabled
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| Gratituous ARP Intrvl : 2.0 seconds
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| Default Gateway IP : 10.20.255.254
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| 802.1q VLAN ID : Disabled
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| 802.1q VLAN Priority : 0
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| RMCP+ Cipher Suites : 0,1,2,3
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| Cipher Suite Priv Max : OOOOXXXXXXXXXXX
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| : X=Cipher Suite Unused
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| : c=CALLBACK
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| : u=USER
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| : o=OPERATOR
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| : a=ADMIN
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| : O=OEM
| |
| </source>
| |
| | |
| Hit! So our BMC uses channel <span class="code">2</span>. Knowing this, we can now configure the BMC!
| |
| | |
| ==== Configuring Network Details ====
| |
| | |
| Knowing that we're using channel <span class="code">2</span>, we can now configure the BMC's network settings.
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| | |
| You can see the current configuration using the same command we used above when confirming we could talk to the BMC.
| |
| | |
| <source lang="bash">
| |
| ipmitool lan print 2
| |
| </source>
| |
| <source lang="text">
| |
| Set in Progress : Set Complete
| |
| Auth Type Support : NONE MD5 PASSWORD
| |
| Auth Type Enable : Callback : NONE MD5 PASSWORD
| |
| : User : NONE MD5 PASSWORD
| |
| : Operator : NONE MD5 PASSWORD
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| : Admin : NONE MD5 PASSWORD
| |
| : OEM : NONE MD5 PASSWORD
| |
| IP Address Source : Static Address
| |
| IP Address : 10.20.1.51
| |
| Subnet Mask : 255.255.0.0
| |
| MAC Address : 78:e3:b5:0e:f8:14
| |
| SNMP Community String : public
| |
| IP Header : TTL=0x40 Flags=0x40 Precedence=0x00 TOS=0x10
| |
| BMC ARP Control : ARP Responses Enabled, Gratuitous ARP Disabled
| |
| Gratituous ARP Intrvl : 2.0 seconds
| |
| Default Gateway IP : 10.20.255.254
| |
| 802.1q VLAN ID : Disabled
| |
| 802.1q VLAN Priority : 0
| |
| RMCP+ Cipher Suites : 0,1,2,3
| |
| Cipher Suite Priv Max : OOOOXXXXXXXXXXX
| |
| : X=Cipher Suite Unused
| |
| : c=CALLBACK
| |
| : u=USER
| |
| : o=OPERATOR
| |
| : a=ADMIN
| |
| : O=OEM
| |
| </source>
| |
| | |
| I want to switch the above IP address, but leave the rest as-is. For the sake of a tutorial though, let's look at resetting all the network options.
| |
| | |
| The following four commands will, in order, tell the BMC to use a static IP address (vs. <span class="code">dhcp</span>), to use the IP address <span class="code">10.20.1.51</span> with the subnet mask of <span class="code">255.255.0.0</span> and use the default gateway <span class="code">10.20.255.254</span>. Remember that we're using channel <span class="code">2</span>.
| |
| | |
| <source lang="bash">
| |
| ipmitool lan set 2 ipsrc static
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| ipmitool lan set 2 ipaddr 10.20.1.1
| |
| </source>
| |
| <source lang="text">
| |
| Setting LAN IP Address to 10.20.1.1
| |
| </source>
| |
| <source lang="bash">
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| ipmitool lan set 2 netmask 255.255.0.0
| |
| </source>
| |
| <source lang="text">
| |
| Setting LAN Subnet Mask to 255.255.0.0
| |
| </source>
| |
| <source lang="bash">
| |
| ipmitool lan set 2 defgw ipaddr 10.20.255.254
| |
| </source>
| |
| <source lang="bash">
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| Setting LAN Default Gateway IP to 10.20.255.254
| |
| </source>
| |
| | |
| The changes will take effect immediately. You can confirm the new configuring by re-<span class="code">print</span>ing the configuration.
| |
| | |
| <source lang="bash">
| |
| ipmitool lan print 2
| |
| </source>
| |
| <source lang="text">
| |
| Set in Progress : Set Complete
| |
| Auth Type Support : NONE MD5 PASSWORD
| |
| Auth Type Enable : Callback : NONE MD5 PASSWORD
| |
| : User : NONE MD5 PASSWORD
| |
| : Operator : NONE MD5 PASSWORD
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| : Admin : NONE MD5 PASSWORD
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| : OEM : NONE MD5 PASSWORD
| |
| IP Address Source : Static Address
| |
| IP Address : 10.20.1.1
| |
| Subnet Mask : 255.255.0.0
| |
| MAC Address : 78:e3:b5:0e:f8:14
| |
| SNMP Community String : public
| |
| IP Header : TTL=0x40 Flags=0x40 Precedence=0x00 TOS=0x10
| |
| BMC ARP Control : ARP Responses Enabled, Gratuitous ARP Disabled
| |
| Gratituous ARP Intrvl : 2.0 seconds
| |
| Default Gateway IP : 10.20.255.254
| |
| 802.1q VLAN ID : Disabled
| |
| 802.1q VLAN Priority : 0
| |
| RMCP+ Cipher Suites : 0,1,2,3
| |
| Cipher Suite Priv Max : OOOOXXXXXXXXXXX
| |
| : X=Cipher Suite Unused
| |
| : c=CALLBACK
| |
| : u=USER
| |
| : o=OPERATOR
| |
| : a=ADMIN
| |
| : O=OEM
| |
| </source>
| |
| | |
| You should now be able to ping the interface.
| |
| | |
| <source lang="bash">
| |
| ping 10.20.1.1 -c 3
| |
| </source>
| |
| <source lang="text">
| |
| PING 10.20.1.1 (10.20.1.1) 56(84) bytes of data.
| |
| 64 bytes from 10.20.1.1: icmp_seq=1 ttl=255 time=1.36 ms
| |
| 64 bytes from 10.20.1.1: icmp_seq=2 ttl=255 time=0.282 ms
| |
| 64 bytes from 10.20.1.1: icmp_seq=3 ttl=255 time=0.259 ms
| |
| </source>
| |
| | |
| At this point, I add the IP address to my cluster nodes' <span class="code">/etc/hosts</span> file (or to [[DNS]] where available).
| |
| | |
| ==== Configuring Authentication =====
| |
| | |
| Last part of the configuration is to setup user access. To do is get a list of what user accounts exist on the BMC (remember that we're using channel <span class="code">2</span>), we can run the following command;
| |
| | |
| <source lang="bash">
| |
| ipmitool user list 2
| |
| </source>
| |
| <source lang="text">
| |
| ID Name Callin Link Auth IPMI Msg Channel Priv Limit
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| 1 true true true USER
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| 2 Operator true true true OPERATOR
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| 3 admin true true true ADMINISTRATOR
| |
| 4 OEM true true true OEM
| |
| 5 Operator true true true OPERATOR
| |
| 6 admin true true true ADMINISTRATOR
| |
| 7 OEM true true true OEM
| |
| 8 Operator true true true OPERATOR
| |
| 9 admin true true true ADMINISTRATOR
| |
| 10 OEM true true true OEM
| |
| 11 Operator true true true OPERATOR
| |
| 12 admin true true true ADMINISTRATOR
| |
| 13 OEM true true true OEM
| |
| 14 Operator true true true OPERATOR
| |
| 15 admin true true true ADMINISTRATOR
| |
| 16 OEM true true true OEM
| |
| </source>
| |
| | |
| Let's set the user ID <span class="code">3</span> (<span class="code">admin</span>) password to <span class="code">secret</span> now.
| |
| | |
| <source lang="bash">
| |
| ipmitool user set password 3 secret
| |
| </source>
| |
| | |
| Now we're ready to ''use'' IPMI!
| |
| | |
| === Testing Remote IPMI Access and Control ===
| |
| | |
| Now from another machine, let's check the power status of the node we just configured. In my case, my two nodes are called <span class="code">il0051</span> and <span class="code">il0052</span> and I've created entries is <span class="code">/etc/hosts</span> for <span class="code">il0051.ipmi</span> and <span class="code">il0052.ipmi</span>, which I use below.
| |
| | |
| <source lang="bash">
| |
| ipmitool -I lan -U admin -P secret -H il0051.ipmi chassis status
| |
| </source>
| |
| <source lang="text">
| |
| System Power : on
| |
| Power Overload : false
| |
| Power Interlock : inactive
| |
| Main Power Fault : false
| |
| Power Control Fault : false
| |
| Power Restore Policy : previous
| |
| Last Power Event :
| |
| Chassis Intrusion : inactive
| |
| Front-Panel Lockout : inactive
| |
| Drive Fault : false
| |
| Cooling/Fan Fault : false
| |
| Sleep Button Disable : allowed
| |
| Diag Button Disable : allowed
| |
| Reset Button Disable : allowed
| |
| Power Button Disable : allowed
| |
| Sleep Button Disabled: false
| |
| Diag Button Disabled : false
| |
| Reset Button Disabled: false
| |
| Power Button Disabled: false
| |
| </source>
| |
| | |
| Hoozah!
| |
| | |
| Now the final test; Powering off and then restarting the machine.
| |
| | |
| <source lang="bash">
| |
| ipmitool -I lan -U admin -P secret -H il0051.ipmi chassis power off
| |
| </source>
| |
| <source lang="text">
| |
| Chassis Power Control: Down/Off
| |
| </source>
| |
| | |
| The target server should now be offline! Let's start it back up.
| |
| | |
| <source lang="bash">
| |
| ipmitool -I lan -U admin -P secret -H il0051.ipmi chassis power on
| |
| </source>
| |
| <source lang="text">
| |
| Chassis Power Control: Up/On
| |
| </source>
| |
| | |
| If it powered up, you're done!
| |
|
| |
|
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