HP BL260c ISS Technology Update, Volume 6 Number 7 - Newsletter - Page 5

How to make a request for power supply information

Page 5 highlights

ISS Technology Update Volume 6, Number 7 How to make a request for power supply information To return topology information about the respective enclosure where iLO is located: 1. Execute the first request: http:///xmldata?item=all 2. Once the request completes, examine the output to identify the power supplies in the topology: • Look for a PROD_ID of 0x0003 or 0x0005 in the output (see the yellow highlight in Figure 2-1). • Use the ICMB address located next to the PROD_ID as an input into the second request template (see the "How to make a request for power enclosure information" section). Figure 2-1. Sample output from the first request ProLiant BL35p G1 M00SNC2146 1 Integrated Lights-Out (iLO) 1.91 3; Oct 2 2006 ASIC: 2 ILOM00SNC2146 ILO TestMyRack CPQEnclosure222 A6BB SERIAL0004 07SERIAL0004 8 2 2 1 1 119 43 477 M00SNC2146 D232KJP3D008 5

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ISS Technology Update
Volume 6, Number 7
5
How to make a request for power supply information
To return topology information about the respective enclosure where iLO is located:
1.
Execute the first request:
http://<ilo_ip_address_or_dns_name>/xmldata?item=all
2.
Once the request completes, examine the output to identify the power supplies in the topology:
Look for a PROD_ID of 0x0003 or 0x0005 in the output (see the yellow highlight in Figure 2-1).
Use the ICMB address located next to the PROD_ID as an input into the second request template (see the “How to make
a request for power enclosure information” section).
Figure 2-1.
Sample output from the first request
<?
xml
version
=
"
1.0
"
?>
<
RIMP
>
<
HSI
>
<
SPN
>
ProLiant BL35p G1
</
SPN
>
<
SBSN
>
M00SNC2146
</
SBSN
>
<
UUID
/>
</
HSI
>
<
MP
>
<
ST
>
1
</
ST
>
<
PN
>
Integrated Lights-Out (iLO)
</
PN
>
<
FWRI
>
1.91
</
FWRI
>
<
BBLK
>
3; Oct 2 2006
</
BBLK
>
<
HWRI
>
ASIC: 2
</
HWRI
>
<
SN
>
ILOM00SNC2146
</
SN
>
<
UUID
>
ILO
</
UUID
>
</
MP
>
<
INFRA
>
<
RACK
>
TestMyRack
</
RACK
>
<
ENCL
>
CPQEnclosure222
</
ENCL
>
<
ICMB_ADDR
>
A6BB
</
ICMB_ADDR
>
<
ENCL_SN
>
SERIAL0004
</
ENCL_SN
>
<
UUID
>
07SERIAL0004
</
UUID
>
<
MAX_NUMBER_SLOTS_X
>
8
</
MAX_NUMBER_SLOTS_X
>
<
MAX_NUMBER_SLOTS_Y
>
2
</
MAX_NUMBER_SLOTS_Y
>
<
BLADE
CNT
=
"
1
"
>
<
SLOT
>
2
</
SLOT
>
<
NUM_SLOTS_X
>
1
</
NUM_SLOTS_X
>
<
NUM_SLOTS_Y
>
1
</
NUM_SLOTS_Y
>
<
HMM
>
119
</
HMM
>
<
WMM
>
43
</
WMM
>
<
DMM
>
477
</
DMM
>
<
BSN
>
M00SNC2146
</
BSN
>
<
UUID
/>
</
BLADE
>
</
INFRA
>
<
RK_TPLGY
CNT
=
"
6
"
>
<
RUID
>
D232KJP3D008
</
RUID
>
<
ICMB
ADDR
=
"
A6BB
"
MFG
=
"
232
"
PROD_ID
=
"
0x0007
"
SER
=
"
SERIAL0004
"
UUID
=
"
07SERIAL0004
"
>
<
LEFT
ADDR
=
"
CCE1
"
SER
=
"
SERIAL0001
"
UUID
=
"
07SERIAL0001
"
/>
<
RIGHT
/>
</
ICMB
>
<
ICMB
ADDR
=
"
54BC
"
MFG
=
"
232
"
PROD_ID
=
"
0x0003
"
SER
=
"
D303JTK5D103
"
>
<
LEFT
ADDR
=
"
AA5E
"
SER
=
"
D242JTK7D021
"
/>
<
RIGHT
ADDR
=
"
CCE1
"
SER
=
"
SERIAL0001
"
UUID
=
"
07SERIAL0001
"
/>
</
ICMB
>
<
ICMB
ADDR
=
"
CEA
"
MFG
=
"
232
"
PROD_ID
=
"
0x0002
"
SER
=
"
D230JTK7D008
"
>
<
LEFT
ADDR
=
"
4CBB
"
SER
=
"
D232KJP3D008
"
/>
<
RIGHT
ADDR
=
"
AA5E
"
SER
=
"
D242JTK7D021
"
/>