CPU Activity - SMF record type 70-1

One of the following qualifiers is possible:
cluster
Name of the sysplex or cluster
coreid
A processor identifier (one or two hexadecimal digits) that either identifies a logical core (when LOADxx PROCVIEW CORE is in effect) or a logical processor (when LOADxx PROCVIEW CPU is in effect).

If the qualifier is omitted, the values represent the average of all logical processors or cores.

cpuid
A processor identifier which must be in the format cpuid[.threadid]

cpuid is a processor identifier (one or two hexadecimal digits) that either identifies a logical core (when LOADxx PROCVIEW CORE is in effect) or a logical processor (when LOADxx PROCVIEW CPU is in effect).

threadid is an optional thread identifier (0 or 1) that identifies a thread that is executing on the logical core designated by cpuid. It is ignored when LOADxx PROCVIEW CPU is in effect . If LOADxx PROCVIEW CORE is in effect and threadid is omitted, the values represent the average of all threads executing on the logical core.

Examples: 0A, 3F.0, A.1

If the qualifier is omitted, the values represent the average of all logical processors or cores.

lpar
Logical partition name
group
Group of logical partitions managed towards a common group capacity limit
Table 1. CPU Activity - Conditions Based on SMF Record Type 70–1
Condition Condition Name Qualifier Source Algorithm
Percent general purpose processor busy CPUBSY coreid

SMF70WAT
SMF70INT
SMF70ONT
SMF70PDT

Refer to the field description of “TIME % LPAR BUSY” in the RMF Postprocessor CPU Activity report
Percent zAAP busy CPUIBSY, AAPBSY coreid

SMF70WAT
SMF70INT
SMF70ONT
SMF70PDT
SMF70_LPAR_BUSY

Same as for CPUBSY but applied to zAAPs
Percent zIIP busy IIPBSY coreid

SMF70WAT
SMF70INT
SMF70ONT
SMF70PDT
SMF70_LPAR_BUSY

Same as for CPUBSY but applied to zIIPs
Percent MVS™ busy for general purpose processors MVSBSY cpuid Same as for CPUBSY Same as for CPUBSY
Percent MVS busy for zAAPs MVSIBSY, AAPMBSY cpuid Same as for MVSBSY Same as for MVSBSY, but applied to zAAPs
Percent MVS busy for zIIPs IIPMBSY cpuid Same as for MVSBSY Same as for MVSBSY, but applied to zIIPs
Maximum number of batch users MXBATCH none SMF70BMM Value or comparison
Maximum number of started tasks MXSTC none SMF70SMM Value or comparison
Maximum number of TSO users MXTSO none SMF70TMM Value or comparison
Maximum number of APPC/MVS transaction scheduler (ASCH) users MXASCH none SMF70PMM Value or comparison
Average number of batch jobs AVGBATCH none

SMF70BTT
SMF70SAM

BTT/SAM
Average number of started tasks AVGSTC none

SMF70STT
SMF70SAM

STT/SAM
Average number of TSO users AVGTSO none

SMF70TTT
SMF70SAM

TTT/SAM
Average number of APPC/MVS transaction scheduler (ASCH) users AVGASCH none

SMF70PTT
SMF70SAM

PTT/SAM
Average number of in and ready users AVGIARDY none

SMF70RTT
SMF70SAM

RTT/SAM
Average number of out and ready users AVGOARDY none

SMF700TT
SMF70SAM

0TT/SAM
Maximum number of OMVS address spaces MXOMVS none SMF70XMM Value or comparison
Average number of OMVS address spaces AVGOMVS none

SMF70XTT
SMF70SAM

XTT/SAM
Average number of general purpose processors online during the reporting interval NUMPROC none

SMF70ONT
SMF70INT

Sum(ONT) / INT
Number of logical zAAP processors or threads online at the end of the reporting interval NUMIFA, NUMAAP none SMF70IFA Value or comparison
Number of logical zIIP processors or threads online at the end of the reporting interval NUMIIP none SMF70SUP Value or comparison
Percentage of the reporting interval during which at least one job could not be dispatched OCPU1 none

SMF70Q01
SMF70Q02

SMF70Q12
SMF70SAM

(Q01+Q02+…+Q12)/SAM x 100
Percentage of the reporting interval during which at least two jobs could not be dispatched OCPU2 none

SMF70Q02  

SMF70Q12
SMF70SAM

(Q02+Q03+…+Q12)/SAM x 100
Percentage of the reporting interval during which at least three jobs could not be dispatched OCPU3 none

SMF70Q03  

SMF70Q12
SMF70SAM

(Q03+Q04+…+Q12)/SAM x 100
Percentage of the reporting interval during which at least four jobs could not be dispatched OCPU4 none

SMF70Q04  

SMF70Q12
SMF70SAM

(Q04+Q05+…+Q12)/SAM x 100
Percentage of the reporting interval during which more than five jobs could not be dispatched OCPU5 none

SMF70Q05  

SMF70Q12
SMF70SAM

(Q05+Q06+…+Q12)/SAM x 100
Percentage of the reporting interval during which more than ten jobs could not be dispatched OCPU10 none

SMF70Q06  

SMF70Q12
SMF70SAM

(Q06+Q07+…+Q12)/SAM x 100
Percentage of the reporting interval during which more than 15 jobs could not be dispatched OCPU15 none

SMF70Q07  

SMF70Q12
SMF70SAM

(Q07+Q08+…+Q12)/SAM x 100
Percentage of the reporting interval during which more than 20 jobs could not be dispatched OCPU20 none

SMF70Q08  

SMF70Q12
SMF70SAM

(Q08+Q09+…+Q12)/SAM x 100
Percentage of the reporting interval during which more than 30 jobs could not be dispatched OCPU30 none

SMF70Q09  

SMF70Q12
SMF70SAM

(Q09+Q10+Q11+Q12)/SAM x 100
Percentage of the reporting interval during which more than 40 jobs could not be dispatched OCPU40 none

SMF70Q10  
SMF70Q11
SMF70Q12
SMF70SAM

(Q10+Q11+Q12)/SAM x 100
Percentage of the reporting interval during which more than 60 jobs could not be dispatched OCPU60 none

SMF70Q11  
SMF70Q12
SMF70SAM

(Q11+Q12)/SAM x 100
Percentage of the reporting interval during which more than 80 jobs could not be dispatched OCPU80 none

SMF70Q12
SMF70SAM

Q12 / SAM x 100
Average number of logical ready users AVGULRDY none SMF70LTT LTT/SAM
Average number of logical wait users AVGULWT none SMF70ATT ATT/SAM
Average number of in users AVGUIN none SMF70ITT ITT/SAM
Online time percentage of general purpose processors CONTPER coreid

SMF70ONT
SMF70INT

(ONT/INT) * 100
Defined weighting for the cluster WDEFC cluster SMF70BPS Value or comparison
Defined weighting of the partition for general purpose processors WDEFL lpar SMF70BPS Value or comparison
Defined weighting of the partition for zAAPs WDEFLAAP lpar SMF70BPS Value or comparison
Defined weighting of the partition for zIIPs WDEFLIIP lpar SMF70BPS Value or comparison
Actual weighting of the partition for general purpose processors WACTL lpar

SMF70ACS
SMF70DSA

ACS / DSA
Minimum weighting of the partition WMINL lpar SMF70MIS Value or comparison
Minimum weighting percentage of the partition WMIPL lpar

SMF70NSI
SMF70DSA

(NSI/DSA) * 100
Maximum weighting of the partition WMAXL lpar SMF70MAS Value or comparison
Maximum weighting percentage of the partition WMAPL lpar

SMF70NSA
SMF70DSA

(NSA/DSA) * 100
Number of defined logical processors or cores for the cluster NLDEFC cluster SMF70BDN Value or comparison
Number of defined logical processors or cores for the partition NLDEFL lpar SMF70BDN Value or comparison
Number of defined general purpose processors for the partition NLDEFLCP lpar SMF70BDN Value or comparison
Number of defined logical zAAP processors or cores for the partition NLDEFLAP lpar SMF70BDN Value or comparison
Number of defined logical zIIP processors or cores for the partition NLDEFLIP lpar SMF70BDN Value or comparison
Number of actual logical processors or cores for the partition NLACTL lpar

SMF70ONT
SMF70INT

Sum(ONT) / INT
Number of actual general purpose processors for the partition NLACTLCP lpar

SMF70ONT
SMF70INT

Sum(ONT) / INT
Number of actual logical zAAP processors or cores for the partition NLACTLAP lpar

SMF70ONT
SMF70INT

Sum(ONT) / INT
Number of actual logical zIIP processors or cores for the partition NLACTLIP lpar

SMF70ONT
SMF70INT

Sum(ONT) / INT
Logical processor busy percentage for general purpose processors for the partition LBUSYL lpar

SMF70PDT
SMF70ONT

Sum(PDT) / ONT
Logical processor/core busy percentage for zAAPs for the partition LBUSYLAP lpar

SMF70PDT
SMF70ONT

Sum(PDT) / ONT
Logical processor/core busy percentage for zIIPs for the partition LBUSYLIP lpar

SMF70PDT
SMF70ONT

Sum(PDT) / ONT
Physical processor busy percentage for general purpose processors for the partition PBUSYL lpar

SMF70PDT
SMF70INT

Sum(PDT) / INT
Physical processor busy percentage for zAAPs for the partition PBUSYLAP lpar

SMF70PDT
SMF70INT

Sum(PDT) / INT
Physical processor busy percentage for zIIPs for the partition PBUSYLIP lpar

SMF70PDT
SMF70INT

Sum(PDT) / INT
Logical processor/core average busy percentage for the cluster LBUSYC cluster

SMF70PDT
SMF70ONT

Sum(PDT) / ONT
Physical processor average busy percentage for the cluster PBUSYC cluster

SMF70PDT
SMF70INT

Sum(PDT) / INT
Defined capacity limit in units of MSU LDEFMSU lpar SMF70MSU Value or comparison
Actual number of consumed MSUs LACTMSU lpar

SMF70PDT
SMF70CPA_ actual
SMF70CPA_ scaling_factor
SMF70INT

(Sum PDT)*3600*16 *CPA_scaling_factor / (CPA_actual*INT*1000000)
Percentage of WLM capping of the partition WCAPPER lpar

SMF70NSW
SMF70DSA

(NSW/DSA) * 100
Actual MSU consumption for the capacity group GCMSUACT group

SMF70PDT
SMF70CPA_ actual
SMF70CPA_ scaling_factor
SMF70INT

Sum(Sum(PDT)*3600*16 *CPA_scaling_factor / (CPA_actual*INT*1000000))
Group weight GCWEIGHT group

SMF70PFL
SMF70BPS
SMF70ACS

Sum(BPS) if PFL(Bit 3) is set for all partitions in capacity group, otherwise Sum(ACS)
Minimum entitlement MINENT lpar

SMF70PFL
SMF70BPS
SMF70ACS
SMF70GMU
SMF70MSU

MIN(MSU,GMU*BPS/Sum(BPS)) if PFL(Bit 3) is set for all partitions in capacity group, otherwise MIN(MSU,GMU*ACS/Sum(ACS))
Maximum entitlement MAXENT lpar

SMF70GMU
SMF70MSU

MIN(GMU,MSU)
Number of TCB dispatches on general purpose processors per second CPTCB cpuid

SMF70TCB
SMF70INT

Sum(TCB) / INT
Number of TCB dispatches on zAAPs per second AAPTCB cpuid

SMF70TCB
SMF70INT

Same as CPTCB but applied to zAAPs
Number of TCB dispatches on zIIPs per second IIPTCB cpuid

SMF70TCB
SMF70INT

Same as CPTCB but applied to zIIPs
Number of SRB dispatches on general purpose processors per second CPSRB cpuid

SMF70SRB
SMF70INT

Sum(SRB) / INT
Number of SRB dispatches on zAAPs per second AAPSRB cpuid

SMF70SRB
SMF70INT

Same as CPSRB but applied to zAAPs
Number of SRB dispatches on zIIPs per second IIPSRB cpuid

SMF70SRB
SMF70INT

Same as CPSRB but applied to zIIPs
Number of I/Os requested by general purpose processors per second CPNIO cpuid

SMF70NIO
SMF70INT

Sum(NIO) / INT
Number of I/Os requested by zAAPs per second AAPNIO cpuid

SMF70NIO
SMF70INT

Same as CPNIO but applied to zAAPs
Number of I/Os requested by zIIPs per second IIPNIO cpuid

SMF70NIO
SMF70INT

Same as CPNIO but applied to zIIPs
Number of CPs with high HiperDispatch share for partition HDCPHIGH lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=3 and CIX=1
Number of logical zAAP processors or cores with high HiperDispatch share for partition HDAPHIGH lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=3 and CIX=3
Number of logical zIIP processors or cores with high HiperDispatch share for partition HDIPHIGH lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=3 and CIX=6
Number of CPs with medium HiperDispatch share for partition HDCPMED lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=2 and CIX=1
Number of logical zAAP processors or cores with medium HiperDispatch share for partition HDAPMED lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=2 and CIX=3
Number of logical zIIP processors or cores with medium HiperDispatch share for partition HDIPMED lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=2 and CIX=6
Number of CPs with low HiperDispatch share for partition HDCPLOW lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=1 and CIX=1
Number of logical zAAP processors or cores with low HiperDispatch share for partition HDAPLOW lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=1 and CIX=3
Number of logical zIIP processors or cores with low HiperDispatch share for partition HDIPLOW lpar

SMF70POI
SMF70CIX

Number of logical processors with POI=1 and CIX=6
The percentage of time that the general purpose processor was parked. CPARKPER cpuid

SMF70PAT
SMF70INT

(PAT/INT) * 100
Maximum number of in-ready work units for general purpose processors MXWUCP none SMF70CMM Value or comparison
Maximum number of in-ready work units for zAAPs MXWUAAP none SMF70DMM Value or comparison
Maximum number of in-ready work units for zIIPs MXWUIIP none SMF70EMM Value or comparison
Average number of in-ready work units for general purpose processors AVGWUCP none

SMF70CTT
SMF70SRM

CTT / SRM
Average number of in-ready work units for zAAPs AVGWUAAP none

SMF70DTT
SMF70SRM

DTT / SRM
Average number of in-ready work units for zIIPs AVGWUIIP none

SMF70ETT
SMF70SRM

ETT / SRM
Mean time to wait for general purpose processors in microseconds MTTWCP cpuid

SMF70EDT
SMF70WTD

EDT / WTD
or
EDT (if WTD=0)

Mean time to wait for zAAPs in microseconds MTTWAAP cpuid

SMF70EDT
SMF70WTD

same as MTTWCP, but applied to zAAPs
Mean time to wait for zIIPs in microseconds MTTWIIP cpuid

SMF70EDT
SMF70WTD

same as MTTWCP, but applied to zIIPs
Percentage of the reporting interval during which at least one work unit could not be dispatched WCPU1 none

SMF70U01

SMF70U15
SMF70SRM

(U01+…+U15) / SRM x 100
Percentage of the reporting interval during which at least two work units could not be dispatched WCPU2 none

SMF70U02

SMF70U15
SMF70SRM

(U02+…+U15) / SRM x 100
Percentage of the reporting interval during which at least three work units could not be dispatched WCPU3 none

SMF70U03

SMF70U15
SMF70SRM

(U03+…+U15) / SRM x 100
Percentage of the reporting interval during which at least four work units could not be dispatched WCPU4 none

SMF70U04

SMF70U15
SMF70SRM

(U04+…+U15) / SRM x 100
Percentage of the reporting interval during which at least five work units could not be dispatched WCPU5 none

SMF70U05  

SMF70U15
SMF70SRM

(U05+…+U15) / SRM x 100
Percentage of the reporting interval during which at least ten work units could not be dispatched WCPU10 none

SMF70U06  

SMF70U15
SMF70SRM

(U06+…+U15) / SRM x 100
Percentage of the reporting interval during which at least 15 work units could not be dispatched WCPU15 none

SMF70U07

SMF70U15
SMF70SRM

(U07+…+U15) / SRM x 100
Percentage of the reporting interval during which at least 20 work units could not be dispatched WCPU20 none

SMF70U08  

SMF70U15
SMF70SRM

(U08+…+U15) / SRM x 100
Percentage of the reporting interval during which at least 30 work units could not be dispatched WCPU30 none

SMF70U09  

SMF70U15
SMF70SRM

(U09+…+U15) / SRM x 100
Percentage of the reporting interval during which at least 40 work units could not be dispatched WCPU40 none

SMF70U10  

SMF70U15
SMF70SRM

(U10+…+U15) / SRM x 100
Percentage of the reporting interval during which at least 60 work units could not be dispatched WCPU60 none

SMF70U11  

SMF70U15
SMF70SRM

(U11+…+U15) / SRM x 100
Percentage of the reporting interval during which at least 80 work units could not be dispatched WCPU80 none

SMF70U13  
SMF70U12

SMF70U15
SMF70SRM

(U12+…+U15) / SRM x 100
Percentage of the reporting interval during which at least 100 work units could not be dispatched WCPU100 none

SMF70U13  

SMF70U15
SMF70SRM

(U13+…+U15) / SRM x 100
Percentage of the reporting interval during which at least 120 work units could not be dispatched WCPU120 none

SMF70U14
SMF70U15
SMF70SRM

(U14+U15) / SRM x 100
Percentage of the reporting interval during which at least 150 work units could not be dispatched WCPU150 none

SMF70U15
SMF70SRM

U15 / SRM x 100
Nominal processor capacity available to the CPC NOMCAPAC none SMF70NCR Value or comparison
Effective capacity percentage EFFCAPAC none

SMF70MCR
SMF70NCR

(MCR / NCR) *100
Long-term average of CPU service (millions of service units) at the end of the reporting interval LACS none SMF70LAC Value or comparison
Start of changeAvailable long-term average of CPU service (millions of service units) that would be allowed by the limit of the capacity group, but is not used by its members. End of change Start of changeGCMSUAVEnd of change Start of changenoneEnd of change Start of changeSMF70GAUEnd of change Start of changeValue or comparisonEnd of change
The percentage of times PR/SM™ issued a warning-track interruption to a general purpose processor and z/OS was able to return it to PR/SM within the grace period WTRKCP cpuid

SMF70WTS
SMF70WTU

WTS / (WTS + WTU)
The percentage of times PR/SM issued a warning-track interruption to a zAAP and z/OS was able to return it to PR/SM within the grace period WTRKAAP cpuid

SMF70WTS
SMF70WTU

Same as WTRKCP but applied to zAAP
The percentage of times PR/SM issued a warning-track interruption to a zIIP and z/OS was able to return it to PR/SM within the grace period WTRKIIP cpuid

SMF70WTS
SMF70WTU

Same as WTRKCP but applied to zIIP
Time in milliseconds that a general purpose processor was yielded to PR/SM due to warning-track processing WTRKTCP cpuid SMF70WTI Value or comparison
Time in milliseconds that a zAAP was yielded to PR/SM due to warning-track processing WTRKTAAP cpuid SMF70WTI Value or comparison
Time in milliseconds that a zIIP was yielded to PR/SM due to warning-track processing WTRKTIIP cpuid SMF70WTI Value or comparison
Initial Capping for general purpose processors INICAP lpar SMF70VPF 1 if VPF(Bit 3) is set, otherwise 0
Absolute physical hardware capacity limit in numbers of CPUs for general purpose processors LIMCPU lpar SMF70HW_ Cap_Limit HW_Cap_Limit/100
Percent multithreading core productivity for zIIPs IIPPROD coreid SMF70_PROD PROD / 1024
Percent multithreading core utilization for zIIPs IIPUTIL coreid

SMF70_PROD
SMF70PDT
SMF70ONT
SMF70_LPAR_BUSY

PROD / 1024 multiplied by value of Overview Condition IIPBSY
Start of changeAbsolute physical hardware group capping limit in numbers of CPUs for general purpose processors End of change Start of changeHGCCPEnd of change Start of changegroupEnd of change Start of changeSMF70HWGr_Cap_LimitEnd of change Start of changeHWGr_Cap_Limit/100End of change
Start of changeAbsolute physical hardware group capping limit in numbers of CPUs for zIIP processors End of change Start of changeHGCIIPEnd of change Start of changegroupEnd of change Start of changeSMF70HWGr_Cap_LimitEnd of change Start of changeSame as HGCCP, but applied to zIIPsEnd of change
Start of changeAbsolute physical hardware group capping limit in numbers of CPUs for ICF processors End of change Start of changeHGCICFEnd of change Start of changegroupEnd of change Start of changeSMF70HWGr_Cap_LimitEnd of change Start of changeSame as HGCCP, but applied to ICFsEnd of change
Start of changeAbsolute physical hardware group capping limit in numbers of CPUs for IFL processors End of change Start of changeHGCIFLEnd of change Start of changegroupEnd of change Start of changeSMF70HWGr_Cap_LimitEnd of change Start of changeSame as HGCCP, but applied to IFLsEnd of change
Start of changeLong-term average of CPU service (millions of service units) consumed by transactions classified with reporting attribute MOBILEEnd of change Start of changeLACSMEnd of change Start of changeNoneEnd of change Start of changeSMF70LACMEnd of change Start of changeValue or comparisonEnd of change
Start of changeLong-term average of CPU service (millions of service units) consumed by transactions classified with reporting attribute CATEGORYAEnd of change Start of changeLACSAEnd of change Start of changeNoneEnd of change Start of changeSMF70LACAEnd of change Start of changeValue or comparisonEnd of change
Start of changeLong-term average of CPU service (millions of service units) consumed by transactions classified with reporting attribute CATEGORYBEnd of change Start of changeLACSBEnd of change Start of changeNoneEnd of change Start of changeSMF70LACBEnd of change Start of changeValue or comparisonEnd of change