ASF Specification v2.0 DSP0136 - DMTF
ASF Specification v2.0 DSP0136 - DMTF
ASF Specification v2.0 DSP0136 - DMTF
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
Alert Standard Format (<strong>ASF</strong>) <strong>Specification</strong> <strong>v2.0</strong><br />
<strong>DMTF</strong> Document <strong>DSP0136</strong><br />
3.1.5 Recommended PET Frame Values<br />
This section describes the format for various PET frames. A given managed client is not required<br />
to support all the listed PET frames, but if a client supports the event described by one of the<br />
listed PET frames, the client should format the PET frame as described in this section.<br />
3.1.5.1 Environmental Events<br />
This table describes the Specific Trap Field values for common environmental events. An<br />
implementation has options as to whether it returns generic information that just indicates the<br />
criticality of the event, or whether it returns information also indicating that the event was<br />
triggered by a rising or falling condition on the monitored parameter, e.g. whether an overtemperature<br />
or under-temperature condition caused the event.<br />
The list is presented as a guide only. It is not intended to represent a complete list of the possible<br />
environmental events from a system. Management consoles that interpret events should be<br />
prepared to accept any of the possible specified Event Sensor Type, Event Type and Event<br />
Offset values documented by [PET].<br />
The Entity for a given event varies according to what system device the environmental sensor is<br />
monitoring. For example, a typical managed client can have temperature monitoring associated<br />
with its system board and with the main processor. A thermal event associated with the system<br />
board will have Entity set to 7 (System Board) and Entity Instance set to 1 (Primary), while a<br />
thermal event associated with the processor will have Entity set to 3 (Processor) and Entity<br />
Instance set to 1 (Primary).<br />
Description Event Sensor Type Event Type Event Offset<br />
TEMPERATURE PROBLEMS<br />
Generic Critical<br />
Temperature Problem<br />
Generic Temperature<br />
Warning<br />
Over-Temperature<br />
Problem<br />
Over-Temperature<br />
Warning<br />
Under-Temperature<br />
Problem<br />
Under-Temperature<br />
Warning<br />
Generic Critical<br />
Voltage Problem<br />
01h (Temperature)<br />
07h (generic severity)<br />
01h (Threshold-based)<br />
VOLTAGE PROBLEMS<br />
02h (transition to Critical<br />
from less severe)<br />
03h (transition to noncritical<br />
from less severe)<br />
09h (Upper Critical - going<br />
high)<br />
07h (Upper Non-Critical,<br />
going high)<br />
02h (Lower Critical - going<br />
low)<br />
00h (Lower Non-Critical,<br />
going low)<br />
02h (Voltage) 07h (generic severity) 02h (transition to Critical<br />
from less severe)<br />
Over-Voltage Problem<br />
Under-Voltage<br />
Problem<br />
01h (Threshold-based)<br />
09h (Upper Critical - going<br />
high)<br />
02h (Lower Critical - going<br />
low)<br />
<strong>DSP0136</strong> 23 April 2003 Page 13 of 94
Change language