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

How to make a request for power enclosure information, in the <powerComponent> tag see

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ISS Technology Update Volume 6, Number 7 How to make a request for power enclosure information Using the ICMB address information collected from the first request output, you can gather power enclosure information by executing a second request. A template for the second request is as follows: http:///xmldata?item=icmb&addr= Where is the ICMB address of the power enclosure to be viewed. The data returned contains information about the current generated by each supply in the tag (see the yellow highlight in Figure 2-2). This value can be used to calculate power produced. The power supplies are 51.4 volt. Figure 2-2 is an example of the second request output. This request examines the power enclosures for only the first power supply identified in Figure 2-1. Figure 2-2. Sample output from the second request D303JTK5D103 54BC D303JTK5D103 D303JTK5D103 2.30 5 6 1 4 On 33 31 30 0000 Not Present 1 1.70 Good 14.973 57.000 26 35 6

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ISS Technology Update
Volume 6, Number 7
6
</
ICMB
>
<
ICMB
ADDR
=
"
AA5E
"
MFG
=
"
232
"
PROD_ID
=
"
0x0002
"
SER
=
"
D242JTK7D021
"
>
<
LEFT
ADDR
=
"
CEA
"
SER
=
"
D230JTK7D008
"
/>
<
RIGHT
ADDR
=
"
54BC
"
SER
=
"
D303JTK5D103
"
/>
</
ICMB
>
<
ICMB
ADDR
=
"
CCE1
"
MFG
=
"
232
"
PROD_ID
=
"
0x0007
"
SER
=
"
SERIAL0001
"
UUID
=
"
07SERIAL0001
"
>
<
LEFT
ADDR
=
"
54BC
"
SER
=
"
D303JTK5D103
"
/>
<
RIGHT
ADDR
=
"
A6BB
"
SER
=
"
SERIAL0004
"
UUID
=
"
07SERIAL0004
"
/>
</
ICMB
>
<
ICMB
ADDR
=
"
4CBB
"
MFG
=
"
232
"
PROD_ID
=
"
0x0003
"
SER
=
"
D232KJP3D008
"
>
<
LEFT
/>
<
RIGHT
ADDR
=
"
CEA
"
SER
=
"
D230JTK7D008
"
/>
</
ICMB
>
</
RK_TPLGY
>
</
RIMP
>
How to make a request for power enclosure information
an gather power enclosure information by
Using the ICMB address information collected from the first request output, you c
executing a second request. A template for the second request is as follows:
http://<ilo_ip_address_or_dns_name>/xmldata?item=icmb&addr=<addr>
Th
in the <powerComponent> tag (see the
er
Where <addr> is the ICMB address of the power enclosure to be viewed.
e data returned contains information about the current generated by each supply
yellow highlight in Figure 2-2). This value can be used to calculate power produced. The power supplies are 51.4 volt.
Figure 2-2 is an example of the second request output. This request examines the power enclosures for only the first pow
supply identified in Figure 2-1.
Figure 2-2.
Sample output from the second request
<?
xml
version
=
"
1.0
"
?>
<
RIMP
>
<
Enclosure
>
<
ENCL
>
D303JTK5D103
</
ENCL
>
<
ICMB_ADDR
>
54BC
</
ICMB_ADDR
>
<
ENCL_SN
>
D303JTK5D103
</
ENCL_SN
>
<
UUID
>
D303JTK5D103
</
UUID
>
<
FWRI
>
2.30
</
FWRI
>
<
HWRI
>
5
</
HWRI
>
<
MAX_NUMBER_SLOTS_X
>
6
</
MAX_NUMBER_SLOTS_X
>
<
MAX_NUMBER_SLOTS_Y
>
1
</
MAX_NUMBER_SLOTS_Y
>
<
pwrZone
>
4
</
pwrZone
>
<
uidStatus
>
On
</
uidStatus
>
<
Temperature
>
33
</
Temperature
>
<
TemperatureA
>
31
</
TemperatureA
>
<
TemperatureB
>
30
</
TemperatureB
>
<
RedundancyBits
>
0000
</
RedundancyBits
>
<
LoadBalWire
>
Not Present
</
LoadBalWire
>
<
PowerComponents
>
<
PowerComponent
>
<
Location
>
1
</
Location
>
<
FWRI
>
1.70
</
FWRI
>
<
acInput
>
Good
</
acInput
>
<
Current
>
14.973
</
Current
>
<
MaxCurrent
>
57.000
</
MaxCurrent
>
<
InputTemp
>
26
</
InputTemp
>
<
InputTempTrip
>
35
</
InputTempTrip
>