| 0 |
0 |
SMF99C_VCM_SMF_Sequ |
4 |
binary |
HiperDispatch SMF sequence number. |
| 4 |
4 |
SMF99C_VCM_ErrorCode |
2 |
binary |
HiperDispatch Error Code. |
| 6 |
6 |
* |
1 |
binary |
Reserved. |
| 7 |
7 |
SMF99C_VCM_Diag204_ Flags |
1 |
binary |
Flags:- Bit
- Meaning when set
- 0
- LPAR capped by WLM.
- 1
- LPAR capped by customer.
- 2
- Wait completion.
|
| 8 |
8 |
SMF99C_VCM_Interval_Len |
4 |
binary |
Measured interval length in microseconds. |
| 12 |
C |
SMF99C_VCM_LparPhysProcShr |
4 |
binary |
LPAR physical processor share for general  CPUs/cores ,
scaled by 256. |
| 16 |
10 |
SMF99C_VCM_Interval_TOD |
8 |
binary |
TOD when HiperDispatch code got control. In
STCK format. |
| 24 |
18 |
SMF99C_VCM_Flags |
4 |
binary |
HiperDispatch (HD) status flags. |
| 24 |
18 |
SMF99C_VCM_Flag1 |
1 |
binary |
1st flag byte:- Bit
- Meaning when set
- 0
- Topology has changed.
- 1
- Rebuild affinity nodes.
- 2
- Honor priority has changed.
- 3
- Dispatcher WUQ errorr.
- 4
- Processor speed change.
- 5-7
- Reserved.
|
| 25 |
19 |
SMF99C_VCM_Flag2 |
1 |
binary |
2nd flag byte:- Bit
- Meaning when set
- 0
- CEC capacities are valid.
- 1
- LPAR capacities are valid.
- 2
- Old VCM state.
- 3
- Reserved.
- 4
- Dispatcher affinity was updated.
- 5
- PTF was issued to initiate a switch into the opposite mode. However,
the PTF return info tells us that we are already in the requested
mode.
- 6
- VCM is transitioning to/from vertical.
- 7
- Reserved.
|
| 26 |
1A |
SMF99C_VCM_Flag3 |
1 |
binary |
3rd flag byte:- Bit
- Meaning when set
- 0
- Topology facility installed.
- 1
- IFA facility installed.
- 2
- LPAR has only dedicated CPUs/cores.
- 3
- Cross memory set.
- 4
- New container TLE.
- 5
- Reserved.
- 6
- Write TopoChg section.
- 7
- Reserved.
|
| 27 |
1B |
SMF99C_VCM_Flag4 |
1 |
binary |
4th flag byte:- Bit
- Meaning when set
- 0
- IFA honor priority state of previous interval.
- 1
- SUP honor priority state of previous interval.
- 2-7
- Reserved.
|
| 28 |
1C |
* |
4 |
binary |
Reserved. |
| 32 |
20 |
SMF99C_VCM_DiagMPWQ |
16 |
structure |
1st data element of diagnostic MPWQ data array. |
| 48 |
30 |
|
16 |
structure |
2nd data element of diagnostic MPWQ data array. |
| 64 |
40 |
SMF99C_VCM_DiagECPX |
16 |
structure |
1st data element of diagnostic ECPX data array. |
| 80 |
50 |
|
16 |
structure |
2nd data element of diagnostic ECPX data array. |
| 96 |
60 |
SMF99C_MT_Flags |
4 |
binary |
HiperDispatch (HD) MT status flags |
| 96 |
60 |
SMF99C_MT_Flag1 |
1 |
binary |
1st MT flag byte:- Bit
- Meaning when set
- 0
- Processor resource is viewed as a CPU core.
- 1
- Multiple CPUs defined within a CPU core.
- 2-3
- Reserved.
- 4
- HiperDispatch is now ready for MT mode switches.
- 5-7
- Reserved.
|
| 97 |
61 |
SMF99C_MT_Flag2 |
1 |
binary |
2nd MT flag byte:- Bit
- Meaning when set
- 0
- MT mode change is pending due to STSI.
- 1
- The supervisor-requested MT reconfiguration is pending.
- 2
- MT mode change is pending due to HISMT recovery.
- 3
- MT mode change is pending due to wait completion status change.
- 4
- MT mode change is pending due to supervisor request.
- 5-7
- Reserved.
|
| 98 |
62 |
* |
2 |
binary |
Reserved. |
| 100 |
64 |
SMF99C_VCM_current_state |
4 |
binary |
Current HiperDispatch state. |
| 104 |
68 |
SMF99C_VCM_previous_state |
4 |
binary |
Previous HiperDispatch state. |
| 108 |
6C |
SMF99C_VCM_Restart_Ctr |
4 |
binary |
Recovery restart counter. |