SMF 70-1 LPR Processor Activity

Introduction

Fields

Stored in lparData

SMF Field	DB Column name	Description	Unit
	recType	Value is always 0
SMF70DAT	startTime
SMF70DAT SMF70INT	endTime	startTime + seconds
SMF70GJT	joinTime	Time in STCK format when the partition that wrote this record has joined or left a capacity group
SMF70INT	seconds	Interval time	second
SMF70SID	sid
SMF70XMN	sysplex	Minimum number of OMVS address spaces
SMF70SNM	systemName	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter
SMF70MOD SMF70MDL SMF70POM SMF70CSC	cecName	typeNum.modelNum.plant.seqNum
SMF70MOD	typeNum	CPU processor family
SMF70MDL	modelNum	CPC model identifier. Keep the first 3 characters and trim the end.
SMF70POM	plant	EBCDIC plant code that identifies the plant of manufacture for the configuration
SMF70CSC	seqNum	EBCDIC sequence code of the configuration. Trim and keep only the 12 last characters.
SMF70LPM	lparName	Logical partition name
SMF70SPN	clusterName	LPAR cluster name. An LPAR cluster is the subset of the systems in a sysplex that are running as LPARs on the same CEC
SMF70GNM	groupName	Name of the capacity group to which this partition belongs
SMF70LPN	lparNumber	Logical partition number
SMF70UPI	userLparId	User partition ID
SMF70VPA	lcpuAddr	Logical processor address
SMF70CIN	cpuType	IFA : CP IIP : ZAAP Others are written in raw
SMF70INB SMF70STF	flags
SMF70HHF	hypFlags	HiperDispatch information
SMF70PFL	lparFlags	Additional partition flags
SMF70PFG	lpar2Flags	Partition flags
SMF70VPF	lcpuFlags	Logical processor flags
SMF70POF	polFlags	Polarization flags
SMF70SAM	sampleCount	Number of RMF samples
SMF70DSA	diagSamples	Number of Diagnose samples
SMF70NSW	lcpuDiagSamp	Number of samples when WLM capped partition
SMF70NCA	lcpuActSamp	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
SMF70GMU	maxLicenses	Maximum licensing units of a group
SMF70CTN	numPhyCpus	Number of physical CPUs of this type at interval end
SMF70CAN	accPhyCpus	Accumulated number of physical CPUs
SMF70CPA	cpuFactor	Physical CPU adjustment factor
SMF70NRM	ziipFactor	Normalization factor for zIIP
SMF70CPA	lcpuFactor	Physical CPU adjustment factor
SMF70PMA	adjFactor	Average adjustment weight for pricing management
SMF70POW	polFactor	Polarization weight for the logical CPU when HiperDispatch mode is active
SMF70WLA	cecCapMsu	Processor capacity available to MVS image measured in MSUs per hour
SMF70PDT	dispatchTime	Logical processor dispatch time If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70EDT	effDispTime	Logical processor effective dispatch time. If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70ONT	onlineTime	Logical processor online time. If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70WST	waitTime	Logical processor wait state time. If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70BDA or SMF70BDN since ZSA L2310201	accCpuActive	Accumulated number of active logical processors at a WLM partition
SMF70CSF	mainMemoryMb	Number of megabytes of central storage currently online to this partition
SMF70ESF	expMemoryMb	Number of megabytes of expanded storage currently online to this partition
SMF70MSU	lparDefMsu	Defined capacity limit
SMF70ACS	accActualShr	Accumulated processor actual share
SMF70MIS	minShare	Processor minimum share
SMF70MAS	maxShare	Processor maximum share
SMF70NSI	min10ShrSamp	Number of samples within 10% of the specified minimum
SMF70NSA	max10ShrSamp	Number of samples within 10% of the specified maximum
	actionId
SMF70_CPUPower	cpu_Power	Since 5.2.0 Accumulated microwatts for all CPU resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_StoragePower	storage_Power	Since 5.2.0 Accumulated microwatts for all storage resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_IOPower	io_Power	Since 5.2.0 Accumulated microwatts for all I/O resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_CPCTotalPower	cpc_Total_Power	Since 5.2.0 Accumulated microwatts for all electrical and mechanical components in the CPC. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_CPCUnassResPower	cpc_Unassign_Resource_Power	Since 5.2.0 Accumulated microwatts for all types of resources in the standby or reserved state. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_CPCInfraPower	cpc_Infra_Power	Since 5.2.0 Accumulated microwatts for all subsystems in the CPC which do not provide CPU, storage, or IO resources to logical partitions. These include service elements, colling systems, power distribution, and network switches, among others. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_NumPowerSamples	num_Power_Samples	Since 5.2.0 Number of power samples for the interval.
SMF70_PowerPartitionName	power_Partition_Name	Since 5.2.0 The name of the LPAR to which the Lpar-specific power fields apply.

Stored in msuData

SMF Field	DB Column name	Description	Unit
	recordType	If systemName == oriSysName the value is LPR The value is OTH in other cases
SMF70DAT	startTime
SMF70DAT SMF70INT	endTime	startTime + seconds
SMF70INT	seconds	Interval time	second
SMF70SID	sid
SMF70MOD SMF70MDL	cecName	typeNum-seqNum
SMF70SNM	systemName	System name for current system as defined in parmlib member IEASYSxx SYSNAME parameter
SMF70CIN	cpuType	IFA : CP IIP : ZAAP Others are written in raw
SMF70VPA	cpuid	Logical processor address
SMF70XMN	sysplex	Minimum number of OMVS address spaces
SMF70STN	oriSysName	System name
SMF70SPN	clusterName	LPAR cluster name
SMF70GNM	gcName	Name of the capacity group to which this partition belongs
SMF70LPM	lparName	Logical partition name
SMF70LPN	lparNumber	Logical partition number
SMF70UPI	userLparId	User partition ID
SMF70POF	vType	'VL' if vlCpus 'VM' if cmCpus 'CH' if vhCpus
	cpuSerial	Empty
	cpuVersion	Empty
SMF70MOD	typeNum	CPU processor family
SMF70MDL	modelNum	CPC model identifier. Keep the first 3 characters and trim the end.
SMF70POM	plant	EBCDIC plant code that identifies the plant of manufacture for the configuration
SMF70CSC	seqNum	EBCDIC sequence code of the configuration. Trim and keep only the 12 last characters.
SMF70INB+STF	flags	PR/SM indicator bits / flags
SMF70HHF	hypFlags	HiperDispatch information
	capFlags	Empty
	cpuFlags	Empty
	vfFlags	Empty
SMF70PFG	lparFlags	Partition flags
SMF70PFL	lpar2Flags	Additional partition flags
SMF70VPF	lcpuFlags	Logical processor flags
SMF70POF	polFlags	Polarization flags
SMF70GJT	joinTime	Time in STCK format when the partition that wrote this record has joined or left a capacity group
	instMsu	If cpuType == 'CP'
	r4hMsu	Empty
	mobR4hMsu	Empty
	caR4hMsu	Empty
	cbR4hMsu	Empty
	crptR4hMsu	Empty
	gcR4hMsu	Empty
	dcMsu	Empty
	grpCapMsu
	cecCapMsu	Empty
SMF70PDT	totCpuTime	Logical processor dispatch time. If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70PDT	totCpTime	Same as totCpuTime if cpCpus is equal to 1
SMF70PDT	totSeTime	Same as totCpuTime if seCpus is equal to 1
	totalCpus	Empty
	totCpCpus	Same as numPhyCpus if cpCpus is equal to 1
	totSeCpus	Same as numPhyCpus if seCpus is equal to 1
	totIcfCpus	Same as numPhyCpus if icfCpus is equal to 1
	totIflCpus	Same as numPhyCpus if iflCpus is equal to 1
	cpCpus	Value is 1 if cpuType == 'CP'
	seCpus	Value is 1 if cpuType == 'ZIIP' or 'ZAAP'
	icfCpus	Value is 1 if cpuType == 'ICF'
	iflCpus	Value is 1 if cpuType == 'IFL'
SMF70POF	vhCpus	Bit 0 and 1
SMF70POF	vlCpus	Bit 1
SMF70POF	vmCpus	Bit 0
SMF70EDT	cpBusyTime	Logical processor effective dispatch time. If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70PDT SMF70EDT	cpOverTime	totCpuTime - cpBusyTime	second
SMF70ONT	cpOnlineTime	Logical processor online time	second
SMF70WST	cpWaitTime	Logical processor wait state time	second
SMF70EDT	seBusyTime	Logical processor effective dispatch time. If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70PDT SMF70EDT	seOverTime	totCpuTime - seBusyTime	second
SMF70ONT	seOnlTime	in seconds If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70WST	seWaitTime	in seconds If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70EDT	icfBusyTime	in seconds If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70PDT SMF70EDT	icfOverTime	totCpuTime - icfBusyTime	second
SMF70ONT	icfOnlTime	in seconds If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70WST	icfWaitTime	in seconds If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70EDT	iflBusyTime	in seconds If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70PDT SMF70EDT	iflOverTime	totCpuTime - iflBusyTime	second
SMF70ONT	iflOnlTime	in seconds If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
SMF70WST	iflWaitTime	in seconds If modelNum is equals to EMU (Hercules emulator), SMF field is convert from hexa then divide by 4096e6 In other cases it's divide by 1e6.	second
	busyTime	Empty
	waitTime	Empty
	parkedTime	Empty
	wtiTime	Empty
	wtiUnsCnt	Empty
	wtiSucCnt	Empty
SMF70EDT	swSuCount	If cpuType == 'CP'
	ioCount	Empty
	sigpCount	Empty
	waitCount	Empty
	slihCount	Empty
	tpiCount	Empty
	blkDispCount	Empty
	tcbDispCount	Empty
	srbDispCount	Empty
SMF70BPS	lparWeight	Partition processor resource weight factor
SMF70CPA	cpaFactor	If SMF70CPA_actual is not empty Else
SMF70NRM	seFactor	Normalization factor for zIIP
	capFactor	Empty
SMF70PMA	adjFactor	Average adjustment weight for pricing management
SMF70POW	polFactor	Polarization weight for the logical CPU when HiperDispatch mode is active
SMF70POF	topChanges	Bit 2
SMF70OIL	intvalSecs	Original interval length as defined in the session or by SMF	second
SMF70CSF	mainMemoryMb	Number of megabytes of central storage currently online to this partition
SMF70ESF	expMemoryMb	Number of megabytes of expanded storage currently online to this partition
SMF70SAM	sampleCount	Number of RMF samples
SMF70SYN)	syncVal	SYNC value	second
SMF70BDA or SMF70BDN since ZSA L2310201	accCpuActive	Accumulated number of active logical processors at a WLM partition
SMF70NSW	cappSamples	Number of samples when WLM capped partition
SMF70NCA	capActSamples	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
SMF70DSA	diagSamples	Number of Diagnose samples
	vfSamples	Empty
	msSlice	Empty
	asStarv	Empty
	accBlkDisp	Empty
	accAsBlock	Empty
	maxAsBlock	Empty
SMF70ACS	accActualShr	Accumulated processor actual share
SMF70MIS	minShare	Processor minimum share
SMF70MAS	maxShare	Processor maximum share
SMF70NSI	min10ShrSamp
SMF70NSA	max10ShrSamp
	isPhysical	lparName == 'PHYSICAL'
	actionId
SMF70_CPUPower	cpu_Power	Since 5.2.0 Accumulated microwatts for all CPU resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_StoragePower	storage_Power	Since 5.2.0 Accumulated microwatts for all storage resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_IOPower	io_Power	Since 5.2.0 Accumulated microwatts for all I/O resources allocated to the LPAR during the interval. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_CPCTotalPower	cpc_Total_Power	Since 5.2.0 Accumulated microwatts for all electrical and mechanical components in the CPC. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_CPCUnassResPower	cpc_Unassign_Resource_Power	Since 5.2.0 Accumulated microwatts for all types of resources in the standby or reserved state. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_CPCInfraPower	cpc_Infra_Power	Since 5.2.0 Accumulated microwatts for all subsystems in the CPC which do not provide CPU, storage, or IO resources to logical partitions. These include service elements, colling systems, power distribution, and network switches, among others. Divide by SMF70_NumPowerSamples to retrieve the average power consumption of the interval.
SMF70_NumPowerSamples	num_Power_Samples	Since 5.2.0 Number of power samples for the interval.
SMF70_PowerPartitionName	power_Partition_Name	Since 5.2.0 The name of the LPAR to which the Lpar-specific power fields apply.