Re-arm Sensor Events
更新时间： 2026/08/06
在AtomGit上查看源码Re-arm Sensor Events
Change History
| openUBMC Version | Revision Date | Description |
|---|---|---|
| 25.06 | 2025/06/26 | Initial draft: add command details |
Basic Information
Function Description
Re-arrange the sensor events.
Privilege
BasicSetting
Command Information
Request Information
| Byte | Data Field |
|---|---|
| NetFn | S/E 04h |
| CMD | 2Ah |
| 1 | sensor number (FFh=reserved) |
| 2 | [7]-0b=re-arm all event status from this sensor. If 0, following parameter bytes are ignored, but should still be written as 0, if sent. [6:0]-reserved. Write as 000_0000b. |
| (3)* | For sensors with threshold based events: [7]-1b=re-arm assertion event for upper non-critical going high [6]-1b=re-arm assertion event for upper non-critical going low [5]-1b=re-arm assertion event for lower non-recoverable going high [4]-1b=re-arm assertion event for lower non-recoverable going low [3]-1b=re-arm assertion event for lower critical going high [2]-1b=re-arm assertion event for lower critical going low [1]-1b=re-arm assertion event for lower non-critical going high [0]-1b=re-arm assertion event for lower non-critical going low For sensors with discrete events: [7]-1b=re-arm assertion event for state bit 7 [6]-1b=re-arm assertion event for state bit 6 [5]-1b=re-arm assertion event for state bit 5 [4]-1b=re-arm assertion event for state bit 4 [3]-1b=re-arm assertion event for state bit 3 [2]-1b=re-arm assertion event for state bit 2 [1]-1b=re-arm assertion event for state bit 1 [0]-1b=re-arm assertion event for state bit 0 |
| (4)* | For sensors with threshold based events: [7:4]-reserved. Write as 0000b. [3]-1b=re-arm assertion event for upper non-recoverable going high [2]-1b=re-arm assertion event for upper non-recoverable going low [1]-1b=re-arm assertion event for upper critical going high [0]-1b=re-arm assertion event for upper critical going low For sensors with discrete events: (00h otherwise) [7]-reserved. Ignore on read. [6]-1b=re-arm assertion event for state bit 14 [5]-1b=re-arm assertion event for state bit 13 [4]-1b=re-arm assertion event for state bit 12 [3]-1b=re-arm assertion event for state bit 11 [2]-1b=re-arm assertion event for state bit 10 [1]-1b=re-arm assertion event for state bit 9 [0]-1b=re-arm assertion event for state bit 8 |
| (5)* | For sensors with threshold based events: [7]-1b=re-arm deassertion event for upper non-critical going high [6]-1b=re-arm deassertion event for upper non-critical going low [5]-1b=re-arm deassertion event for lower non-recoverable going high [4]-1b=re-arm deassertion event for lower non-recoverable going low [3]-1b=re-arm deassertion event for lower critical going high [2]-1b=re-arm deassertion event for lower critical going low [1]-1b=re-arm deassertion event for lower non-critical going high [0]-1b=re-arm deassertion event for lower non-critical going low For sensors with discrete events: (00h otherwise) [7]-1b=re-arm deassertion event for state bit 7 [6]-1b=re-arm deassertion event for state bit 6 [5]-1b=re-arm deassertion event for state bit 5 [4]-1b=re-arm deassertion event for state bit 4 [3]-1b=re-arm deassertion event for state bit 3 [2]-1b=re-arm deassertion event for state bit 2 [1]-1b=re-arm deassertion event for state bit 1 [0]-1b=re-arm deassertion event for state bit 0 |
| (6)* | For sensors with threshold based events: [7:4]-reserved. Write as 0000b. [3]-1b=re-arm deassertion event for upper non-recoverable going high [2]-1b=re-arm deassertion event for upper non-recoverable going low [1]-1b=re-arm deassertion event for upper critical going high [0]-1b=re-arm deassertion event for upper critical going low For sensors with discrete events: (00h otherwise) [7]-reserved. Ignore on read. [6]-1b=re-arm deassertion event for state bit 14 [5]-1b=re-arm deassertion event for state bit 13 [4]-1b=re-arm deassertion event for state bit 12 [3]-1b=re-arm deassertion event for state bit 11 [2]-1b=re-arm deassertion event for state bit 10 [1]-1b=re-arm deassertion event for state bit 9 [0]-1b=re-arm deassertion event for state bit 8 |
| * Note: The content in parentheses indicates that the content may not exist. *=Devices must accept a variable number of request data bytes (2 to 6). This requirement is to allow a reduction in the number of data bytes that must be transferred. The receiver shall treat data bytes that are not explicitly transmitted as if they were written as '00h'. |
Response Information
| Byte | Data Field |
|---|---|
| 1 | Completion Code |
Command Example
Reconfigure sensor events.
Request:
bash
ipmicmd -k "0f 00 04 2a 01 00" smi 0Response:
text
0f