SMF 70 fields

(Mapped Integer)

BoostInfo

Boost class value is valid when only one boosts is active

SMF70_CORE_FLG

CORE_FLAG

Logical Core Information

SMF70_CORE_ID

(Integer)

CORE_ID

Core identification

SMF70_CPU_NUM

(Integer)

CPU_NUM

Number of CPU data sections for this core. This value represents the number of threads that are active on this core.

SMF70_CPU_SKIP

(Integer)

CPU_SKIP

The CPU data sections for this core are grouped together in the record. To get to the first CPU data section associated with this logical core  skip over the number of CPU data sections specified by this field  starting at the first CPU data section in the record.

SMF70_LPAR_BUSY

LPAR_BUSY

Multithreading Core LPAR Busy time in milliseconds. This field is valid if bit 0 of SMF70_CORE_FLG is set.

SMF70_PROD

(Integer)

PRODNum

Multithreading core productivity numerator. Divide this value by 1024 to get the multithreading core productivity. A zero value is reported if the core was not configured ONLINE for the complete interval. If SMF70_CPU_NUM is greater than 1  the core productivity represents the percentage of how much work the core resources accomplished while dispatched to physical hardware over the maximum amount of work the core resources could have accomplished while dispatched to physical hardware.

SMF70A00

(Integer)

LgWtUsrs0Cnt

Count of times logical wait users was 0

SMF70A01

(Integer)

LgWtUsrs1Cnt

Count of times logical wait users was 1-2

SMF70A02

(Integer)

LgWtUsrs2Cnt

Count of times logical wait users was 3-4

SMF70A03

(Integer)

LgWtUsrs3Cnt

Count of times logical wait users was 5-6

SMF70A04

(Integer)

LgWtUsrs4Cnt

Count of times logical wait users was 7-8

SMF70A05

(Integer)

LgWtUsrs5Cnt

Count of times logical wait users was 9-10

SMF70A06

(Integer)

LgWtUsrs6Cnt

Count of times logical wait users was 11-15

SMF70A07

(Integer)

LgWtUsrs7Cnt

Count of times logical wait users was 16-20

SMF70A08

(Integer)

LgWtUsrs8Cnt

Count of times logical wait users was 21-25

SMF70A09

(Integer)

LgWtUsrs9Cnt

Count of times logical wait users was 26-30

SMF70A10

(Integer)

LgWtUsrs10Cnt

Count of times logical wait users was 31-35

SMF70A11

(Integer)

LgWtUsrs11Cnt

Count of times logical wait users was 35+

SMF70ACS

(Integer)

AccCPUShr

Accumulated processor actual share

SMF70AMM

(Integer)

LgWtUsrsMax

Logical wait users maximum

SMF70AMN

(Integer)

LgWtUsrsMin

Logical wait users minimum

SMF70ATD

(Integer)

AvgThrdDensityGP

Average Thread Density numerator for general purpose processors. Divide this value by 1024 to get the average number of active threads for all general purpose processors that were dispatched to physical hardware and configured ONLINE for the complete interval.

SMF70ATDI

(Integer)

AvgThrdDensityzAAP

Average Thread Density numerator for zAAP. Divide this value by 1024 to get the average number of active threads for all zAAPs that were dispatched to physical hardware and configured ONLINE for the complete interval. A zero value is reported if no zAAP is currrently installed.

SMF70ATDS

(Integer)

AvgThrdDensityzIIP

Average Thread Density numerator for zIIP. Divide this value by 1024 to get the average number of active threads for all zIIPs that were dispatched to physical hardware and configured ONLINE for the complete interval. A zero value is reported if no zIIP is currrently installed.

SMF70ATT

(Integer)

LgWtUsrsTot

Logical wait users total

SMF70B00

(Integer)

BtchUsrs0Cnt

Count of times batch users was 0

SMF70B01

(Integer)

BtchUsrs1Cnt

Count of times batch users was 1-2

SMF70B02

(Integer)

BtchUsrs2Cnt

Count of times batch users was 3-4

SMF70B03

(Integer)

BtchUsrs3Cnt

Count of times batch users was 5-6

SMF70B04

(Integer)

BtchUsrs4Cnt

Count of times batch users was 7-8

SMF70B05

(Integer)

BtchUsrs5Cnt

Count of times batch users was 9-10

SMF70B06

(Integer)

BtchUsrs6Cnt

Count of times batch users was 11-15

SMF70B07

(Integer)

BtchUsrs7Cnt

Count of times batch users was 16-20

SMF70B08

(Integer)

BtchUsrs8Cnt

Count of times batch users was 21-25

SMF70B09

(Integer)

BtchUsrs9Cnt

Count of times batch users was 26-30

SMF70B10

(Integer)

BtchUsrs10Cnt

Count of times batch users was 31-35

SMF70B11

(Integer)

BtchUsrs11Cnt

Count of times batch users was 35+

SMF70BDA

(EGNX)

AcmLogCPUsAct

Accumulated number of logical CPUs active for this partition.

SMF70BDN

(EGNX)

LogCPUsAssgnd

Number of logical CPUs assigned to this partition. This count matches the number of subsequent PR/SM data sections

SMF70BDS

(EGNX)

DataSecBlkNum

Start of data section block number

SMF70BMM

(Integer)

BtchUsrsMax

Batch users maximum over interval

SMF70BMN

(Integer)

BtchUsrsMin

Batch users minimum over interval

SMF70BNP

(EGNX)

CPUCnt

Number of physical processors assigned for use by PR/SM

SMF70BPS

(Integer)

CPURelShr

Processor relative share

SMF70BTT

(Integer)

BtchUsrsTot

Batch users total value over interval

SMF70CAI

(Integer)

CapAdjInd

Capacity-adjustment indication. When zero  the indication is not reported. When in the range 1 to 99  some amount of reduction is indicated. When 100  the machine is operating at its normal capacity. Temporary capacity changes that affect machine performance (for example  CBU or OOCoD) are not included.

SMF70CAN

(Integer)

CPUAcmNum

Accumulated number of physical CPUs. Divide by SMF70DSA to get the average number of physical CPUs of this type applicable during the interval. ************ LOGICAL CORE DATA SECTION ******************************

SMF70CAT

(EGNX)

Cat

cat

CEF category; not displayed for non-CEF

SMF70CCP

(Integer)

MaxCPUID

Maximum CPU Id currently installed. This number can increase upon dynamic CPU deletion

SMF70CCR

(Integer)

CapChngReason

Capacity-change reason. Valid if SMF70CAI is non-zero. When 1  the capacity change is due to the setting of a manual control. When greater than 1  capacity change is due to an internal machine condition or exception condition external to the machine

SMF70CF

(Integer)

MultiThrdCapGP

Multithreading capacity numerator for general purpose processors. Divide this value by 1024 to get the multithreading capacity factor for all general purpose processors that were configured ONLINE for the complete interval

SMF70CFI

(Integer)

MultiThrdCapzAAP

Multithreading capacity numerator for zAAP. Divide this value by 1024 to get the multithreading capacity factor for all zAAPs that were configured ONLINE for the complete interval. A zero value is reported if no zAAP is currrently installed.

SMF70CFS

(Integer)

MultiThrdCapzIIP

Multithreading capacity numerator for zIIP. Divide this value by 1024 to get the multithreading capacity factor for all zIIPs that were configured ONLINE for the complete interval. A zero value is reported if no zIIP is currrently installed.

SMF70CID

(Integer)

CPUId

CPU identification

SMF70CIN

(EGNX)

CPUIDName

CPU-identification name

SMF70CIX

(Integer)

CPUIDIndex

Index to the CPU-identification name section that contains the EBCDIC name corresponding to the CPU type of the logical processor

SMF70CMM

(Integer)

GCPUMax

General purpose processors maximum

SMF70CMN

(Integer)

GCPUMin

General purpose processors minimum

SMF70CNF

ConfigAct

Configuration activity indicator

SMF70CPA

(EGNX)

CPUAdjFactor

Physical CPU adjustment factor based on alternate CPU capability

SMF70CPA_actual

(EGNX)

CPUAdjFactMCR

 Physical CPU adjustment factor based on Model Capacity Rating (will be used for converting processor time to service units). This value together with SMF70CPUA_scaling_factor replaces SMF70CPA.

SMF70CPA_scaling_fac

(EGNX)

CPAScalingFactor

 Scaling factor for SMF70CPA_actual

SMF70CPM

(EGNX)

SMF70CPM

Reserved

SMF70CR

(EGNX)

ZepFld0

ZEP field 0

SMF70CSC

(EGNX)

ConfigCode

EBCDIC sequence code of the configuration. The sequence code is right-justified with leading EBCDIC zeroes if necessary.

SMF70CSF

(EGNX)

CSMb

Number of megabytes of central storage currently online to this partition

SMF70CTN

(Integer)

CPUNum

Number of physical CPUs of this type at interval end

SMF70CTT

(Integer)

GCPUTot

General purpose processors total

SMF70DMM

(Integer)

AAPCPUMax

AAP processors maximum

SMF70DMN

(Integer)

AAPCPUMin

AAP processors minimum

SMF70DSA

(Integer)

DiagSampCnt

Number of Diagnose samples

SMF70DTT

(Integer)

AAPCPUTot

AAP processors total

SMF70EDT

EffDsptchTime

Logical processor effective dispatch time  in microseconds When associated with partition name *PHYSICAL*  this field contains the accumulated number of microseconds during which a physical CPU was busy but the time could not be attributed to a specific logical partition or to LPAR management of the physical processor. One example is time managing coupling facility traffic. This field is zero  if not supported by the hardware. LPAR management time is the time from SMF70PDT associated with partition name *PHYSICAL* less the contents of this field.

SMF70EMM

(Integer)

IIPCPUMax

IIP processors maximum

SMF70EMN

(Integer)

IIPCPUMin

IIP processors minimum

SMF70ESF

(EGNX)

ESMb

Number of megabytes of expanded storage currently online to this partition

SMF70ETT

(Integer)

IIPCPUTot

IIP processors total

SMF70GAU

(Integer)

AvgCPUnu

Long-term average of CPU service in millions of service units which would be allowed by the limit of the capacity group but is not used by its members. If the value is negative  this capacity group is capped. Valid if Bit 7 of SMF70STF (SMF70GAV) set.

SMF70GJT

PartJoinTime

Time in STCK format when the partition that wrote this record has joined or left a capacity group (last change of group name). Also set at IPL time when no member of a capacity group.

SMF70GMU

(EGNX)

LParGrpMaxLU

Group maximum licensing units. The maximum number of processor licensing units for the group of logical partitions identified by having the same group name  of which this partition is a member  and which may be consumed per unit of time  on average. Valid if bit 1 (SMF70GRP) of SMF70PFL is ON.

SMF70GNM

(EGNX)

LParCapGrp

Name of the capacity group this partition belongs to. Valid if bit 1 (SMF70GRP) of SMF70PFL is ON

SMF70GTS

(EGNX)

PRSMDisptchInterval

PR/SM - Dispatch interval

SMF70HHF

AddFlags

Additional flags

SMF70HOF

HyperVisorDTOffset

Hypervisor date/time offset in STCK format (aka Sysplex timer offset)

SMF70HW_Cap_Limit

(Integer)

HW_Cap_Limit

 If not zero  absolute limit on partition usage of all CPUs of the type indicated in SMF70CIX in terms of numbers of hundredth of CPUs.

SMF70HWGr_Cap_Limit

(Integer)

HWGr_Cap_Limit

 If not zero  absolute limit on partition usage of all CPUs of the type indicated in SMF70CIX which are members of the same hardware group  in terms of numbers of hundredth of CPUs.

SMF70HWGr_Name

(EGNX)

LParHWGrp

 Name of the hardware group this partition belongs to.

SMF70HWM

(EGNX)

CPCModel

EBCDIC CPC physical model identifier. Valid if Bit 4 of SMx7xSTF (SMx7xHWV) is set

SMF70I00

(Integer)

Users0Cnt

Count of times in users was 0

SMF70I01

(Integer)

Users1Cnt

Count of times in users was 1-2

SMF70I02

(Integer)

Users2Cnt

Count of times in users was 3-4

SMF70I03

(Integer)

Users3Cnt

Count of times in users was 5-6

SMF70I04

(Integer)

Users4Cnt

Count of times in users was 7-8

SMF70I05

(Integer)

Users5Cnt

Count of times in users was 9-10

SMF70I06

(Integer)

Users6Cnt

Count of times in users was 11-15

SMF70I07

(Integer)

Users7Cnt

Count of times in users was 16-20

SMF70I08

(Integer)

Users8Cnt

Count of times in users was 21-25

SMF70I09

(Integer)

Users9Cnt

Count of times in users was 26-30

SMF70I10

(Integer)

Users10Cnt

Count of times in users was 31-35

SMF70I11

(Integer)

Users11Cnt

Count of times in users was 35+

SMF70ICP

(Integer)

HighCPUID

Highest CPU Id installed at IPL time

SMF70IFA

(Integer)

IFAOnline

zAAPs (IFAs) online at the end of the interval

SMF70IMM

(Integer)

InUsersMax

In users maximum over interval

SMF70IMN

(Integer)

InUsrsMin

In users minimum over interval

SMF70INB

PRSMInd

PR/SM indicator bits

SMF70ITT

(Integer)

InUsersTot

In users total value over interval

SMF70L00

(Integer)

LogUsrs0Cnt

Count of times logical rdy users was 0

SMF70L01

(Integer)

LgRdyUsrs1Cnt

Count of times logical rdy users was 1-2

SMF70L02

(Integer)

LgRdyUsrs2Cnt

Count of times logical rdy users was 3-4

SMF70L03

(Integer)

LgRdyUsrs3Cnt

Count of times logical rdy users was 5-6

SMF70L04

(Integer)

LgRdyUsrs4Cnt

Count of times logical rdy users was 7-8

SMF70L05

(Integer)

LgRdyUsrs5Cnt

Count of times logical rdy users was 9-10

SMF70L06

(Integer)

LgRdyUsrs6Cnt

Count of times logical rdy users was 11-15

SMF70L07

(Integer)

LgRdyUsrs7Cnt

Count of times logical rdy users was 16-20

SMF70L08

(Integer)

LgRdyUsrs8Cnt

Count of times logical rdy users was 21-25

SMF70L09

(Integer)

LgRdyUsrs9Cnt

Count of times logical rdy users was 26-30

SMF70L10

(Integer)

LgRdyUsrs10Cnt

Count of times logical rdy users was 31-35

SMF70L11

(Integer)

LgRdyUsrs11Cnt

Count of times logical rdy users was 35+

SMF70LAC

(EGNX)

AvgCPUm

Long-term average CPU service in millions of service units. For details  see RCTLACS of IRARCT. Scope of the value depends on Bit 3 of SMF70STF (SMF70RCU)

SMF70LACA

(EGNX)

AvgCPUCatA

Long-term average CPU service (millions of service units) consumed by transactions classified with reporting attribute CATEGORYA.

SMF70LACB

(EGNX)

AvgCPUCatB

Long-term average CPU service (millions of service units) consumed by transactions classified with reporting attribute CATEGORYB.

SMF70LACM

(EGNX)

AvgCPUMobile

Long-term average CPU service (millions of service units) consumed by transactions classified with reporting attribute MOBILE.

SMF70LMM

(Integer)

LogUsrsMax

Logical rdy users maximum

SMF70LMN

(Integer)

LogUsrsMin

Logical rdy users minimum

SMF70LPM

(EGNX)

LParName

Logical Partition name

SMF70LPN

(EGNX)

LParNum

Logical Partition number

SMF70LTT

(Integer)

LogUsrsTot

Logical rdy users total

SMF70MAS

(Integer)

CPUMaxShr

Processor maximum share

SMF70MCF

(Integer)

MultThrdMaxCap

Multithreading maximum capacity numerator for general purpose processors. Divide this value by 1024 to get the multithreading maximum capacity factor for all general purpose processors that were configured ONLINE for the complete interval

SMF70MCFI

(Integer)

MultiThrdMaxCapzAAP

Multithreading maximum capacity numerator for zAAP. Divide this value by 1024 to get the multithreading maximum capacity factor for all zAAPs that were configured ONLINE for the complete interval. A zero value is reported if no zAAP is currrently installed.

SMF70MCFS

(Integer)

MultiThrdMaxCapzIIP

Multithreading maximum capacity numerator for zIIP. Divide this value by 1024 to get the multithreading maximum capacity factor for all zIIPs that were configured ONLINE for the complete interval. A zero value is reported if no zIIP is currrently installed.

SMF70MCP

(Integer)

MaxCPUAddr

Maximum CPU address available at this IPL

SMF70MCR

(Integer)

MdlCapRating

Model capacity rating. When non-zero  this value is associated with the model capacity as identified in field SMF70MDL

SMF70MDL

(EGNX)

CPUModel

EBCDIC CPC model identifier. See Bit 4 of SMF70STF (SMF70HWV)

SMF70MIS

(Integer)

CPUMinShr

Processor minimum share

SMF70MOD

COMP

deviceProcessName

CPU processor family

SMF70MPC

(EGNX)

ConfigCapID

When non-zero  EBCDIC model permanent capacity identifier of the configuration. The identifier is left justified with trailing blanks if necessary.

SMF70MPR

(Integer)

MdlPrmCapRating

Model permanent capacity rating. When non-zero  this value is associated with the model permanent capacity as identified in field SMF70MPC.

SMF70MSU

(EGNX)

LParCapLmt

Defined capacity limit (in millions of service units) that a logical partition may consume per unit time on average (extended mode only)

SMF70MTC

(EGNX)

ConfigTmpCapID

When non-zero  EBCDIC model temporary capacity identifier of the configuration. The identifier is left justified with trailing blanks if necessary.

SMF70MTID

(EGNX)

MTID

Maximum Thread Identification A non-zero value indicates that PROCVIEW CORE is effective for this partition and the hardware supports multithreading.

SMF70MTIT

MTIdleTime

Multithreading Idle Time in microseconds accumulated for all threads of a dispatched core. This field is only valid if SMF70MTID is not zero for this partition. ************ CPU-IDENTIFICATION NAME SECTION ************************

SMF70MTR

(Integer)

MdlTmpCapRating

Model temporary capacity rating. When non-zero  this value is associated with the model temporary capacity as identified in field SMF70MTC.

SMF70NCA

(Integer)

SMF70NCA

Number of Diagnose samples where capping actually limited the usage of processor resources for the set of logical CPUs of type SMF70CIX within the logical partition.

SMF70NCR

(Integer)

NomMdlCapRating

Nominal model-capacity rating. When non-zero  this value is associated with the nominal model capacity as identified in field SMF70MDL. When field SMF70CAI contains a value of 100  this value equals the value in field SMF70MCR.

SMF70NIO

(Integer)

IONum

Number of I/Os for this CPU

SMF70NPR

(Integer)

NomPermMdlCapRating

Nominal permanent model-capacity rating. When non-zero  this value is associated with the nominal permanent model capacity as identified in field SMF70MPC. When field SMF70CAI contains a value of 100  this value equals the value in field SMF70MPR.

SMF70NRM

(Integer)

zIIPNrmFactor

Normalization factor for zIIP. Multiply zIIP time by this value and divide by 256 to get the equivalent time on a CP.

SMF70NSA

(Integer)

DiagSampNumMax

Number of Diagnose samples within the specified maximum (-10%)

SMF70NSI

(Integer)

DiagSampNumMin

Number of Diagnose samples within the specified minimum (+10%)

SMF70NSW

(Integer)

SMF70NSW

Number of Diagnose samples where WLM considers to cap the set of logical CPUs of type SMF70CIX within the logical partition (see also SMF70NCA)

SMF70NTR

(Integer)

NomTmpMdlCapRating

Nominal temporary model-capacity rating. When non-zero  this value is associated with the nominal temporary model capacity as identified in field SMF70MTC. When field SMF70CAI contains a value of 100  this value equals the value in field SMF70MTR.

SMF70O00

(Integer)

OUsrs0Cnt

Count of times out users was 0

SMF70O01

(Integer)

OUsrs1Cnt

Count of times out users was 1-2

SMF70O02

(Integer)

OUsrs2Cnt

Count of times out users was 3-4

SMF70O03

(Integer)

OUsrs3Cnt

Count of times out users was 5-6

SMF70O04

(Integer)

OUsrs4Cnt

Count of times out users was 7-8

SMF70O05

(Integer)

OUsrs5Cnt

Count of times out users was 9-10

SMF70O06

(Integer)

OUsrs6Cnt

Count of times out users was 11-15

SMF70O07

(Integer)

OUsrs7Cnt

Count of times out users was 16-20

SMF70O08

(Integer)

OUsrs8Cnt

Count of times out users was 21-25

SMF70O09

(Integer)

OUsrs9Cnt

Count of times out users was 26-30

SMF70O10

(Integer)

OUsrs10Cnt

Count of times out users was 31-35

SMF70O11

(Integer)

OUsrs11Cnt

Count of times out users was 35+

SMF70OMM

(Integer)

OutUsrsMax

Out users maximum over interval

SMF70OMN

(Integer)

OutUsrsMin

Out users minimum over interval

SMF70ONT

LPOnlnTime

Logical processor online time

SMF70OTT

(Integer)

OutUsrsTot

Out users total value over interval

SMF70P00

(Integer)

AsncUsrs0Cnt

Count of times asch users was 0

SMF70P01

(Integer)

AsncUsrs1Cnt

Count of times asch users was 1-2

SMF70P02

(Integer)

AsncUsrs2Cnt

Count of times asch users was 3-4

SMF70P03

(Integer)

AsncUsrs3Cnt

Count of times asch users was 5-6

SMF70P04

(Integer)

AsncUsrs4Cnt

Count of times asch users was 7-8

SMF70P05

(Integer)

AsncUsrs5Cnt

Count of times asch users was 9-10

SMF70P06

(Integer)

AsncUsrs6Cnt

Count of times asch users was 11-15

SMF70P07

(Integer)

AsncUsrs7Cnt

Count of times asch users was 16-20

SMF70P08

(Integer)

AsncUsrs8Cnt

Count of times asch users was 21-25

SMF70P09

(Integer)

AsncUsrs9Cnt

Count of times asch users was 26-30

SMF70P10

(Integer)

AsncUsrs10Cnt

Count of times asch users was 31-35

SMF70P11

(Integer)

AsncUsrs11Cnt

Count of times asch users was 35+

SMF70PAT

(Integer)

CPUPrkdTime

CPU parked time  bit 51 = 1 microsecond

SMF70PDT

CPUDsptchTime

Logical processor total dispatch time  in microseconds When associated with partition name *PHYSICAL*  this field contains the accumulated number of microseconds during which a physical CPU was busy but the time could not be attributed to a specific logical partition. This time includes the time PR/SM was controlling the physical processor (LPAR management time) as well as any other time the processor was busy for any reason such as managing coupling facility traffic.

SMF70PFG

LParFlags

Partition flags

SMF70PFL

LParFlags2

Additional partition flags

SMF70PMA

(Integer)

AvgPrcAdjWt

Average pricing management adjustment weight

SMF70PMI

(Integer)

BlkdDispUnitCnt

Accumulated number of blocked dispatchable units per second that may get promoted in their dispatch priority. To get the average promote rate  divide SMF70PMI by SMF70SAM.

SMF70PML

(Integer)

SwapStrvThrshold

Swapped-in starvation threshold. When an address space or enclave has not received CPU service within this time interval although it has ready-to-run work  it is considered being blocked (OPT parameter BLWLINTHD)

SMF70PMM

(Integer)

ASncUsrsMax

Asch users maximum

SMF70PMN

(Integer)

AsncUsrsMin

Asch users minimum

SMF70PMP

(Integer)

ASBlkMax

Maximum number of address spaces and enclaves found being blocked during the interval

SMF70PMT

(Integer)

OPTParm

1/1000s of the CPU capacity for promote slices (OPT parameter BLWLTRPCT)

SMF70PMU

(Integer)

SMF70PMU

Number of blocked dispatchable units being promoted during the interval

SMF70PMW

(Integer)

ASBlkdCnt

Accumulated number of address spaces and enclaves being blocked during the interval. To get the average number of waiters for promote  divide SMF70PMW by SMF70SAM.

SMF70POF

(Mapped Integer)

PolrztnFlags

Polarization flags

SMF70POM

(EGNX)

PlantCode

EBCDIC plant code that identifies the plant of manufacture for the configuration. The plant code is left-justified with trailing blank characters if necessary.

SMF70POW

(Integer)

SMF70POW

Weight for the logical CPU when HiperDispatch mode is active. See bit 2 (SMF70PWF) of SMF70PFL. Multiplied by a factor of 4096 for more granularity. The value may be the same or different for all shared CPUs of type SMF70CIX. This is an accumulated value. Divide by the number of Diagnose samples SMF70DSA to get the average weight value for the interval.

SMF70PTT

(Integer)

ASncUsrsTot

Asch users total

SMF70Q00

(Integer)

InRdy0Cnt

Count of times In Ready was <= N while N is the number of processors being online when the sample was taken. With HiperDispatch active and an SMF record level SMF70SRL >= 55 (x85)  N is the number of processors being online and not parked when the sample was taken

SMF70Q01

(Integer)

InRdy1Cnt

Count of times In Ready was N+1

SMF70Q02

(Integer)

InRdy2Cnt

Count of times In Ready was N+2

SMF70Q03

(Integer)

InRdy3Cnt

Count of times In Ready was N+3

SMF70Q04

(Integer)

InRdy4Cnt

Count of times In Ready was N+4 or N+5

SMF70Q05

(Integer)

InRdy5Cnt

Count of times In Ready was N+6 to N+10

SMF70Q06

(Integer)

InRdy6Cnt

Count of times In Ready was N+11 to N+15

SMF70Q07

(Integer)

InRdy7Cnt

Count of times In Ready was N+16 to N+20

SMF70Q08

(Integer)

InRdy8Cnt

Count of times In Ready was N+21 to N+30

SMF70Q09

(Integer)

InRdy9Cnt

Count of times In Ready was N+31 to N+40

SMF70Q10

(Integer)

InRdy10Cnt

Count of times In Ready was N+41 to N+60

SMF70Q11

(Integer)

InRdy11Cnt

Count of times In Ready was N+61 to N+80

SMF70Q12

(Integer)

InRdy12Cnt

Count of times In Ready was > N+80

SMF70R00

(Integer)

Ready0Cnt

Count of times ready value was 0

SMF70R01

(Integer)

Ready1Cnt

Count of times ready value was 1

SMF70R02

(Integer)

Ready2Cnt

Count of times ready value was 2

SMF70R03

(Integer)

Ready3Cnt

Count of times ready value was 3

SMF70R04

(Integer)

Ready4Cnt

Count of times ready value was 4

SMF70R05

(Integer)

Ready5Cnt

Count of times ready value was 5

SMF70R06

(Integer)

Ready6Cnt

Count of times ready value was 6

SMF70R07

(Integer)

Ready7Cnt

Count of times ready value was 7

SMF70R08

(Integer)

Ready8Cnt

Count of times ready value was 8

SMF70R09

(Integer)

Ready9Cnt

Count of times ready value was 9

SMF70R10

(Integer)

Ready10Cnt

Count of times ready value was 10

SMF70R11

(Integer)

Ready11Cnt

Count of times ready value was 11

SMF70R12

(Integer)

Ready12Cnt

Count of times ready value was 12

SMF70R13

(Integer)

Ready13Cnt

Count of times ready value was 13

SMF70R14

(Integer)

Ready14Cnt

Count of times ready value was 14

SMF70R15

(Integer)

Ready15Cnt

Count of times ready value was 14+

SMF70RMM

(Integer)

ReadyMax

Ready maximum value over interval

SMF70RMN

(Integer)

ReadyMin

Ready minimum value over interval

SMF70RTT

(Integer)

ReadyTot

Ready total value over interval

SMF70RV3

(Integer)

SMF70RV3

Reserved

SMF70S00

(Integer)

StrtUsrs0Cnt0

Count of times started users was 0

SMF70S01

(Integer)

StrtUsrs1Cnt

Count of times started users was 1-2

SMF70S02

(Integer)

StrtUsrs2Cnt

Count of times started users was 3-4

SMF70S03

(Integer)

StrtUsrs3Cnt

Count of times started users was 5-6

SMF70S04

(Integer)

StrtUsrs4Cnt

Count of times started users was 7-8

SMF70S05

(Integer)

StrtUsrs5Cnt

Count of times started users was 9-10

SMF70S06

(Integer)

StrtUsrs6Cnt

Count of times started users was 11-15

SMF70S07

(Integer)

StrtUsrs7Cnt

Count of times started users was 16-20

SMF70S08

(Integer)

StrtUsrs8Cnt

Count of times started users was 21-25

SMF70S09

(Integer)

StrtUsrs9Cnt

Count of times started users was 26-30

SMF70S10

(Integer)

StrtUsrs10Cnt

Count of times started users was 31-35

SMF70S11

(Integer)

StrtUsrs11Cnt

Count of times started users was 35+

SMF70SER

CPUSN

CPU serial number (6 hexadecimal digits)

SMF70SIG

(Integer)

SIGPNum

Total number of SIGPs for this CPU

SMF70SLH

(Integer)

IO_SLIHNum

Number of entries to the I/O SLIH

SMF70SMM

(Integer)

StrtUsrsMax

Started users maximum over interval

SMF70SMN

(Integer)

StrtUsrsMin

Started users minimum over interval

SMF70SPN

(EGNX)

LParClstrName

Name of the logical-partition cluster. Zeros if this partition is no cluster member. For z/OS  the LPAR cluster name is the sysplex name. For any other logical partition  the LPAR cluster name is the name provided in the HMC definition of this logical partition.

SMF70SRB

(Integer)

SRBNum

Number of SRB dispatches for this CPU

SMF70SRM

(Integer)

SRMNum

Number of SRM samples for WEB calculation

SMF70STF

CntrSectFlgs

Control section flags

SMF70STN

(EGNX)

OSInstName

Name of the operating-system instance. Zeros if no name declared for this partition.

SMF70STP

(Integer)

SubT

SubT

Record subtype expressed as an integer

SMF70STPD

(Mapped Integer)

SubText

Record subtype expressed as a textual description

SMF70STT

(Integer)

StrtUsrsTot

Started users total value over interval

SMF70SUP

zIIPOnlineCnt

zIIPs online at end of the interval

SMF70T00

(Integer)

TSOUsrs0Cnt

Count of times tso users was 0

SMF70T01

(Integer)

TSOUsrs1Cnt

Count of times tso users was 1-2

SMF70T02

(Integer)

TSOUsrs2Cnt

Count of times tso users was 3-4

SMF70T03

(Integer)

TSOUsrs3Cnt

Count of times tso users was 5-6

SMF70T04

(Integer)

TSOUsrs4Cnt

Count of times tso users was 7-8

SMF70T05

(Integer)

TSOUsrs5Cnt

Count of times tso users was 9-10

SMF70T06

(Integer)

TSOUsrs6Cnt

Count of times tso users was 11-15

SMF70T07

(Integer)

TSOUsrs7Cnt

Count of times tso users was 16-20

SMF70T08

(Integer)

TSOUsrs8Cnt

Count of times tso users was 21-25

SMF70T09

(Integer)

TSOUsrs9Cnt

Count of times tso users was 26-30

SMF70T10

(Integer)

TSOUsrs10Cnt

Count of times tso users was 31-35

SMF70T11

(Integer)

TSOUsrs11Cnt

Count of times tso users was 35+

SMF70TCB

(Integer)

TCBNum

Number of TCB dispatches for this CPU

SMF70TMM

(Integer)

TSOUsrsMax

Tso users maximum over interval

SMF70TMN

(Integer)

TSOUsrsMin

Tso users minimum over interval

SMF70TPI

(Integer)

TPINum

Number of TPI with CC=1

SMF70TTT

(Integer)

TSOUsrsTot

Tso users total value over interval

SMF70TYP

(Mapped Integer)

CPUType

CPU type 0 = General purpose CP 1 = zAAP (IFA) 2 = zIIP

SMF70U00

(Integer)

WrkUnit0Cnt

Count of times the number of work units was <= N  N is the number of processors being online and not parked when the sample was taken

SMF70U01

(Integer)

WrkUnit1Cnt

Count of times the number of work units was N+1

SMF70U02

(Integer)

WrkUnit2Cnt

Count of times the number of work units was N+2

SMF70U03

(Integer)

WrkUnit3Cnt

Count of times the number of work units was N+3

SMF70U04

(Integer)

WrkUnit4Cnt

Count of times the number of work units was N+4 or N+5

SMF70U05

(Integer)

WrkUnit5Cnt

Count of times the number of work units was N+6 to N+10

SMF70U06

(Integer)

WrkUnit6Cnt

Count of times the number of work units was N+11 to N+15

SMF70U07

(Integer)

WrkUnit7Cnt

Count of times the number of work units was N+16 to N+20

SMF70U08

(Integer)

WrkUnit8Cnt

Count of times the number of work units was N+21 to N+30

SMF70U09

(Integer)

WrkUnit9Cnt

Count of times the number of work units was N+31 to N+40

SMF70U10

(Integer)

WrkUnit10Cnt

Count of times the number of work units was N+41 to N+60

SMF70U11

(Integer)

WrkUnit11Cnt

Count of times the number of work units was N+61 to N+80

SMF70U12

(Integer)

WrkUnit12Cnt

Count of times the number of work units was N+81 to N+100

SMF70U13

(Integer)

WrkUnit13Cnt

Count of times the number of work units was N+101 to N+120

SMF70U14

(Integer)

WrkUnit14Cnt

Count of times the number of work units was N+121 to N+150

SMF70U15

(Integer)

WrkUnit15Cnt

Count of times the number of work units was > N+150

SMF70UPI

(Integer)

LParUsrID

User partition ID. Valid if bit 0 (SMF70UVF) of SMF70PFL is set

SMF70V

VectorCfg

Vector configuration

SMF70VER

(EGNX)

CPUVer

CPU version number

SMF70VFS

(Integer)

SMF70VFS

Number of samples when the vector bit in the PSA image was turned on

SMF70VPA

CPUAddr

Logical processor address

SMF70VPF

CPUFlags

Logical processor flags

SMF70W00

(Integer)

WaitUrsr0Cnt

Count of times wait users was 0

SMF70W01

(Integer)

WaitUsrs1Cnt

Count of times wait users was 1-2

SMF70W02

(Integer)

WaitUsrs2Cnt

Count of times wait users was 3-4

SMF70W03

(Integer)

WaitUsrs3Cnt

Count of times wait users was 5-6

SMF70W04

(Integer)

WaitUsrs4Cnt

Count of times wait users was 7-8

SMF70W05

(Integer)

WaitUsrs5Cnt

Count of times wait users was 9-10

SMF70W06

(Integer)

WaitUsrs6Cnt

Count of times wait users was 11-15

SMF70W07

(Integer)

WaitUsrs7Cnt

Count of times wait users was 16-20

SMF70W08

(Integer)

WaitUsrs8Cnt

Count of times wait users was 21-25

SMF70W09

(Integer)

WaitUsrs9Cnt

Count of times wait users was 26-30

SMF70W10

(Integer)

WaitUsrs10Cnt

Count of times wait users was 31-35

SMF70W11

(Integer)

WaitUsrs11Cnt

Count of times wait users was 35+

SMF70WAT

(Integer)

CPUWait

CPU wait time  where bit 51 = 1 microsecond

SMF70WLA

(EGNX)

SrvUnitsAvail

Millions of service units available to MVS image when not running as VM guest. If running as VM guest  capacity available to VM.

SMF70WMM

(Integer)

WaitUsrsMax

Wait users maximum over interval

SMF70WMN

(Integer)

WaitUsrsMin

Wait users minimum over interval

SMF70WST

LPWtTime

Logical processor wait state time

SMF70WTD

(Integer)

WaitCnt

Wait dispatch count for this CPU

SMF70WTI

SMF70WTI

Amount of time in milliseconds that a logical processor was yielded to PR/SM due to warning-track processing

SMF70WTS

(Integer)

SMF70WTS

The number of times PR/SM issued a warning- track interruption to a logical processor and z/OS was able to return the processor to PR/SM within the grace period

SMF70WTT

(Integer)

WaitUsrsTot

Wait users total value over interval

SMF70WTU

(Integer)

SMF70WTU

The number of times PR/SM issued a warning- track interruption to a logical processor and z/OS was unable to return the processor to PR/SM within the grace period

SMF70X00

(Integer)

OMVSUsrs00

Count of times omvs users was 0

SMF70X01

(Integer)

OMVSUsrs1Cnt

Count of times omvs users was 1-2

SMF70X02

(Integer)

OMVSUsrs2Cnt

Count of times omvs users was 3-4

SMF70X03

(Integer)

OMVSUsrs3Cnt

Count of times omvs users was 5-6

SMF70X04

(Integer)

OMVSUsrs4Cnt

Count of times omvs users was 7-8

SMF70X05

(Integer)

OMVSUsrs5Cnt

Count of times omvs users was 9-10

SMF70X06

(Integer)

OMVSUsrs6Cnt

Count of times omvs users was 11-15

SMF70X07

(Integer)

OMVSUsrs7Cnt

Count of times omvs users was 16-20

SMF70X08

(Integer)

OMVSUsrs8Cnt

Count of times omvs users was 21-25

SMF70X09

(Integer)

OMVSUsrs9Cnt

Count of times omvs users was 26-30

SMF70X10

(Integer)

OMVSUsrs10Cnt

Count of times omvs users was 31-35

SMF70X11

(Integer)

OMVSUsrs11Cnt

Count of times omvs users was 35+

SMF70XMM

(Integer)

OMVSUsrsMax

Omvs users maximum

SMF70XMN

(Integer)

OMVSUsrsMin

Omvs users minimum

SMF70XTT

(Integer)

OMVSUsrsTot

Omvs users total

SMF70ZEC

(EGNX)

ZEPFld4

ZEP field 4

SMF70ZEE

(EGNX)

ZEPFld3

ZEP field 3

SMF70ZEI

(EGNX)

ZEPFld5

ZEP field 5

SMF70ZEP

(Integer)

ZEPFld1

ZEP field 1

SMF70ZER

(EGNX)

ZEPFld2

ZEP field 2