SMF 70 Subtype 1
| Name | Description |
|---|---|
| lpar_information | Request necessary fields from SMF70S1 on LPARs |
| processor_information | Request necessary fields from SMF70S1 on processors |
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| date | SMF70DTE | Date of Record | date |
| time | SMF70TME | Time of Record | time |
| timestamp virtual | date time |
Record Timestamp | |
| len | SMF70LEN | SMF RECORD LENGTH. ZERO AFTER GRBSMFR REASSEMBLY | integer |
| seg | SMF70SEG | SEGMENT DESCRIPTOR | integer |
| flg flag | SMF70FLG | SYSTEM INDICATOR FLAGS | string |
| new_record | flg | NEW RECORD FORMAT | |
| subtypes_used | flg | SUBTYPES USED | |
| v4 | flg | MVS/ESA V4 IF ON | |
| esa | flg | MVS/ESA IF ON | |
| vxa | flg | MVS/XA IF ON | |
| os | flg | OPERATING SYSTEM IS OS/VS2 | |
| bfy | flg | SYSTEM RUNNING IN PR/SM MODE | |
| rty | SMF70RTY | RECORD TYPE | integer |
| tme | SMF70TME | TIME RECORD WRITTEN | time |
| dte | SMF70DTE | DATE RECORD WRITTEN | date |
| sid | SMF70SID | SYSTEM ID FROM INSTALLATION | string |
| ssi | SMF70SSI | SUBSYSTEM ID (RMF ) | string |
| sty | SMF70STY | SUBTYPE | integer |
| trn | SMF70TRN | NUMBER OF TRIPLETS IN THIS REC | integer |
| prs | SMF70PRS | OFFSET TO RMF PRODUCT SECTION | integer |
| prl | SMF70PRL | LENGTH OF RMF PRODUCT SECTION | integer |
| prn | SMF70PRN | NUMBER OF RMF PRODUCT SECTIONS | integer |
| ccs | SMF70CCS | OFFSET TO CPU CONTROL SECTION | integer |
| cpu_control_section_length | SMF70CCL | LENGTH OF CPU CONTROL SECTION | integer |
| ccn | SMF70CCN | NUMBER OF CPU CONTROL SECTIONS | integer |
| cps | SMF70CPS | OFFSET TO CPU DATA SECTION | integer |
| cpl | SMF70CPL | LENGTH OF CPU DATA SECTION | integer |
| cpn | SMF70CPN | NUMBER OF CPU DATA SECTIONS | integer |
| ass | SMF70ASS | OFFSET TO ASID DATA SECTION | integer |
| asl | SMF70ASL | LENGTH OF ASID DATA SECTION | integer |
| asn | SMF70ASN | NUMBER OF ASID DATA SECTIONS | integer |
| bcs | SMF70BCS | OFFSET TO PR/SM PARTITION DATA SECTIONS | integer |
| bcl | SMF70BCL | LENGTH OF PR/SM PARTITION DATA SECTIONS | integer |
| bcn | SMF70BCN | NUMBER OF PR/SM PARTITION DATA SECTIONS | integer |
| bvs | SMF70BVS | OFFSET TO PR/SM LOGICAL PROCESSOR DATA SECTIONS | integer |
| bvl | SMF70BVL | LENGTH OF PR/SM LOGICAL PROCESSOR DATA SECTIONS | integer |
| bvn | SMF70BVN | NUMBER OF PR/SM LOGICAL PROCESSOR DATA SECTIONS | integer |
| cns | SMF70CNS | OFFSET TO CPU-IDENTIFICATION NAME SECTIONS | integer |
| cnl | SMF70CNL | LENGTH OF CPU-IDENTIFICATION NAME SECTIONS | integer |
| cnn | SMF70CNN | NUMBER OF CPU-IDENTIFICATION NAME SECTIONS | integer |
| cos | SMF70COS | OFFSET TO LOGICAL CORE DATA SECTIONS | integer |
| col | SMF70COL | LENGTH OF LOGICAL CORE DATA SECTION | integer |
| con | SMF70CON | NUMBER OF LOGICAL CORE DATA SECTIONS | integer |
| tns | SMF70TNS | OFFSET TO TENANT RESOURCE GROUP DATA SECTIONS | integer |
| tnl | SMF70TNL | LENGTH OF TENANT RESOURCE GROUP DATA SECTION | integer |
| tnn | SMF70TNN | NUMBER OF TENANT RESOURCE GROUP DATA SECTIONS | integer |
RMF Product Section
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| mfv | SMF70MFV | RMF version number | integer |
| prd | SMF70PRD | Product name | string |
| ist | SMF70IST | Time monitor interval start | time |
| dat | SMF70DAT | Date monitor interval start | date |
| interval | SMF70INT | Duration of monitor interval | timedelta |
| sam | SMF70SAM | Number of samples | integer |
| fla flag | SMF70FLA | Flags | string |
| cnv | fla | Data converted from version 2 | |
| iss | fla | Invalid samples to be skipped | |
| m3r | fla | Record was written by RMF Monitor III | |
| ism | fla | Interval was under SMF control | |
| rcl | fla | SMF record converted to lower service level. Bit is set by SMF record retrieval service GRBSMFR. | |
| rch | fla | SMF record converted to higher release or service level. Bit is set by SMF record retrieval service GRBSMFR. | |
| altvm | fla | Running under an alternate virtual machine environment | |
| iip | fla | zIIP boost was active during entire interval | |
| eed | fla | Speed boost was active during entire interval | |
| boost_class virtual | fla | Boost class is set at end of interval, valid only when zIIP boost and/or Speed boost is active: 001 IPL, 010 Shutdown, 011 Recovery Process | |
| cyc | SMF70CYC | Sampling cycle length | time |
| mvs | SMF70MVS | MVS software level (consists of an acronym and the version, release, and modification level - ZVvvrrmm) | string |
| iml | SMF70IML | Indicates the type of processor complex on which data measurements were taken. X'03’ = 9672, zSeries | integer |
| prf flag | SMF70PRF | Processor flags | string |
| qes | prf | System has expanded storage | |
| cne | prf | Equipped with ESCON channel | |
| drc | prf | ESCON Director in configuration | |
| eme | prf | System in z/ARCH mode | |
| pri | prf | At least one zAAP is currently installed | |
| prp | prf | At least one zIIP is currently installed | |
| ped | prf | Enhanced DAT facility 1 | |
| pe2 | prf | Enhanced DAT facility 2 | |
| ptn | SMF70PTN | PR/SM partition number | string |
| srl | SMF70SRL | SMF record level | integer |
| iet | SMF70IET | Interval expiration time token | date-time |
| lgo | SMF70LGO | Offset GMT to local time | integer |
| rao | SMF70RAO | Offset to reassembly area relative to start of RMF product section | integer |
| ral | SMF70RAL | Length of reassembly area. Area consists of a fixed header and a variable number of information blocks. Length depends on the record type/subtype, but is fixed for a specific type/subtype | integer |
| ran | SMF70RAN | Number of reassembly area. This field is used to indicate whether SMF record is broken. If 0, record is not broken. If 1, record is broken. Offset and length are only valid if SMFxxRAN is 1. Reassembly area is only present in broken records. | integer |
| oil | SMF70OIL | Original interval length as defined in the session or by SMF (in seconds) | integer |
| syn | SMF70SYN | SYNC value in seconds | integer |
| gie | SMF70GIE | Projected gathering interval end GMT time | date-time |
| xnm | SMF70XNM | Sysplex name as defined in ECVTSPLX | string |
| snm | SMF70SNM | System name for current system as defined in CVTSNAME | string |
| interval_in_milliseconds virtual | interval | Interval duration in milliseconds |
ASID DATA SECTION
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| rmn | SMF70RMN | READY MINIMUM VALUE | integer |
| rmm | SMF70RMM | READY MAXIMUM VALUE | integer |
| rtt | SMF70RTT | READY TOTAL VALUE | integer |
| r00 | SMF70R00 | # TIMES READY VAL WAS 0 | integer |
| r01 | SMF70R01 | # TIMES READY VAL WAS 1 | integer |
| r02 | SMF70R02 | # TIMES READY VAL WAS 2 | integer |
| r03 | SMF70R03 | # TIMES READY VAL WAS 3 | integer |
| r04 | SMF70R04 | # TIMES READY VAL WAS 4 | integer |
| r05 | SMF70R05 | # TIMES READY VAL WAS 5 | integer |
| r06 | SMF70R06 | # TIMES READY VAL WAS 6 | integer |
| r07 | SMF70R07 | # TIMES READY VAL WAS 7 | integer |
| r08 | SMF70R08 | # TIMES READY VAL WAS 8 | integer |
| r09 | SMF70R09 | # TIMES READY VAL WAS 9 | integer |
| r10 | SMF70R10 | # TIMES RDY VAL WAS 10 | integer |
| r11 | SMF70R11 | # TIMES RDY VAL WAS 11 | integer |
| r12 | SMF70R12 | # TIMES RDY VAL WAS 12 | integer |
| r13 | SMF70R13 | # TIMES RDY VAL WAS 13 | integer |
| r14 | SMF70R14 | # TIMES RDY VAL WAS 14 | integer |
| r15 | SMF70R15 | # TIMES RDY VAL WAS 14+ | integer |
| imn | SMF70IMN | IN USERS MINIMUM | integer |
| imm | SMF70IMM | IN USERS MAXIMUM | integer |
| itt | SMF70ITT | IN USERS TOTAL VALUE | integer |
| i00 | SMF70I00 | # TIMES IN USERS WAS 0 | integer |
| i01 | SMF70I01 | # TIMES IN USERS WAS 1 OR 2 | integer |
| i02 | SMF70I02 | # TIMES IN USERS WAS 3 OR 4 | integer |
| i03 | SMF70I03 | # TIMES IN USERS WAS 5 OR 6 | integer |
| i04 | SMF70I04 | # TIMES IN USERS WAS 7 OR 8 | integer |
| i05 | SMF70I05 | # TIMES IN USERS WAS 9 OR 10 | integer |
| i06 | SMF70I06 | # TIMES IN USERS WAS 11 - 15 | integer |
| i07 | SMF70I07 | # TIMES IN USERS WAS 16 - 20 | integer |
| i08 | SMF70I08 | # TIMES IN USERS WAS 21 - 25 | integer |
| i09 | SMF70I09 | # TIMES IN USERS WAS 26 - 30 | integer |
| i10 | SMF70I10 | # TIMES IN USERS WAS 31 - 35 | integer |
| i11 | SMF70I11 | # TIMES IN USERS WAS 35+ | integer |
| omn | SMF70OMN | OUT USERS MINIMUM | integer |
| omm | SMF70OMM | OUT USERS MAXIMUM | integer |
| ott | SMF70OTT | OUT USERS TOTAL VALUE | integer |
| o00 | SMF70O00 | # TIMES OUT USERS WAS 0 | integer |
| o01 | SMF70O01 | # TIMES OUT USERS WAS 1 OR 2 | integer |
| o02 | SMF70O02 | # TIMES OUT USERS WAS 3 OR 4 | integer |
| o03 | SMF70O03 | # TIMES OUT USERS WAS 5 OR 6 | integer |
| o04 | SMF70O04 | # TIMES OUT USERS WAS 7 OR 8 | integer |
| o05 | SMF70O05 | # TIMES OUT USERS WAS 9 OR 10 | integer |
| o06 | SMF70O06 | # TIMES OUT USERS WAS 11 - 15 | integer |
| o07 | SMF70O07 | # TIMES OUT USERS WAS 16 - 20 | integer |
| o08 | SMF70O08 | # TIMES OUT USERS WAS 21 - 25 | integer |
| o09 | SMF70O09 | # TIMES OUT USERS WAS 26 - 30 | integer |
| o10 | SMF70O10 | # TIMES OUT USERS WAS 31 - 35 | integer |
| o11 | SMF70O11 | # TIMES OUT USERS WAS 35+ | integer |
| wmn | SMF70WMN | WAIT USER MINIMUM | integer |
| wmm | SMF70WMM | WAIT USERS MAXIMUM | integer |
| wtt | SMF70WTT | WAIT USERS TOTAL VALUE | integer |
| w00 | SMF70W00 | # TIMES WAIT USER WAS 0 | integer |
| w01 | SMF70W01 | # TIMES WAIT USERS WAS 1 OR 2 | integer |
| w02 | SMF70W02 | # TIMES WAIT USERS WAS 3 OR 4 | integer |
| w03 | SMF70W03 | # TIMES WAIT USERS WAS 5 OR 6 | integer |
| w04 | SMF70W04 | # TIMES WAIT USERS WAS 7 OR 8 | integer |
| w05 | SMF70W05 | # TIMES WAIT USERS WAS 9 OR 10 | integer |
| w06 | SMF70W06 | # TIMES WAIT USERS WAS 11 - 15 | integer |
| w07 | SMF70W07 | # TIMES WAIT USERS WAS 16 - 20 | integer |
| w08 | SMF70W08 | # TIMES WAIT USERS WAS 21 - 25 | integer |
| w09 | SMF70W09 | # TIMES WAIT USERS WAS 26 - 30 | integer |
| w10 | SMF70W10 | # TIMES WAIT USERS WAS 31 - 35 | integer |
| w11 | SMF70W11 | # TIMES WAIT USERS WAS 35+ | integer |
| bmn | SMF70BMN | BATCH USERS MINIMUM | integer |
| bmm | SMF70BMM | BATCH USERS MAXIMUM | integer |
| btt | SMF70BTT | BATCH USERS TOTAL VALUE | integer |
| b00 | SMF70B00 | # TIMES BATCH USERS WAS 0 | integer |
| b01 | SMF70B01 | # TIMES BATCH USERS WAS 1 OR 2 | integer |
| b02 | SMF70B02 | # TIMES BATCH USERS WAS 3 OR 4 | integer |
| b03 | SMF70B03 | # TIMES BATCH USERS WAS 5 OR 6 | integer |
| b04 | SMF70B04 | # TIMES BATCH USERS WAS 7 OR 8 | integer |
| b05 | SMF70B05 | # TIMES BATCH USERS WAS 9 OR 10 | integer |
| b06 | SMF70B06 | # TIMES BATCH USERS WAS 11 - 15 | integer |
| b07 | SMF70B07 | # TIMES BATCH USERS WAS 16 - 20 | integer |
| b08 | SMF70B08 | # TIMES BATCH USERS WAS 21 - 25 | integer |
| b09 | SMF70B09 | # TIMES BATCH USERS WAS 26 - 30 | integer |
| b10 | SMF70B10 | # TIMES BATCH USERS WAS 31 - 35 | integer |
| b11 | SMF70B11 | # TIMES BATCH USERS WAS 35+ | integer |
| smn | SMF70SMN | STARTED USERS MINIMUM | integer |
| smm | SMF70SMM | STARTED USERS MAXIMUM | integer |
| stt | SMF70STT | STARTED USERS TOTAL VALUE | integer |
| s00 | SMF70S00 | # TIMES STC USERS WAS 0 | integer |
| s01 | SMF70S01 | # TIMES STC USERS WAS 1 OR 2 | integer |
| s02 | SMF70S02 | # TIMES STC USERS WAS 3 OR 4 | integer |
| s03 | SMF70S03 | # TIMES STC USERS WAS 5 OR 6 | integer |
| s04 | SMF70S04 | # TIMES STC USERS WAS 7 OR 8 | integer |
| s05 | SMF70S05 | # TIMES STC USERS WAS 9 OR 10 | integer |
| s06 | SMF70S06 | # TIMES STC USERS WAS 11 - 15 | integer |
| s07 | SMF70S07 | # TIMES STC USERS WAS 16 - 20 | integer |
| s08 | SMF70S08 | # TIMES STC USERS WAS 21 - 25 | integer |
| s09 | SMF70S09 | # TIMES STC USERS WAS 26 - 30 | integer |
| s10 | SMF70S10 | # TIMES STC USERS WAS 31 - 35 | integer |
| s11 | SMF70S11 | # TIMES STC USERS WAS 35+ | integer |
| tmn | SMF70TMN | TSO USERS MINIMUM | integer |
| tmm | SMF70TMM | TSO USERS MAXIMUM | integer |
| ttt | SMF70TTT | TSO USERS TOTAL VALUE | integer |
| t00 | SMF70T00 | # TIMES TSO USERS WAS 0 | integer |
| t01 | SMF70T01 | # TIMES TSO USERS WAS 1 OR 2 | integer |
| t02 | SMF70T02 | # TIMES TSO USERS WAS 3 OR 4 | integer |
| t03 | SMF70T03 | # TIMES TSO USERS WAS 5 OR 6 | integer |
| t04 | SMF70T04 | # TIMES TSO USERS WAS 7 OR 8 | integer |
| t05 | SMF70T05 | # TIMES TSO USERS WAS 9 OR 10 | integer |
| t06 | SMF70T06 | # TIMES TSO USERS WAS 11 - 15 | integer |
| t07 | SMF70T07 | # TIMES TSO USERS WAS 16 - 20 | integer |
| t08 | SMF70T08 | # TIMES TSO USERS WAS 21 - 25 | integer |
| t09 | SMF70T09 | # TIMES TSO USERS WAS 26 - 30 | integer |
| t10 | SMF70T10 | # TIMES TSO USERS WAS 31 - 35 | integer |
| t11 | SMF70T11 | # TIMES TSO USERS WAS 35+ | integer |
| lmn | SMF70LMN | LOG RDY USERS MINIMUM | integer |
| lmm | SMF70LMM | LOG RDY USERS MAXIMUM | integer |
| ltt | SMF70LTT | LOG RDY USERS TOTAL VALUE | integer |
| l00 | SMF70L00 | # TIMES LOG RDY USERS WAS 0 | integer |
| l01 | SMF70L01 | # TIMES LOG RDY USERS WAS 1-2 | integer |
| l02 | SMF70L02 | # TIMES LOG RDY USERS WAS 3-4 | integer |
| l03 | SMF70L03 | # TIMES LOG RDY USERS WAS 5-6 | integer |
| l04 | SMF70L04 | # TIMES LOG RDY USERS WAS 7-8 | integer |
| l05 | SMF70L05 | # TIMES LOG RDY USERS WAS 9-10 | integer |
| l06 | SMF70L06 | # TIMES LOG RDY USERS WAS 11-15 | integer |
| l07 | SMF70L07 | # TIMES LOG RDY USERS WAS 16-20 | integer |
| l08 | SMF70L08 | # TIMES LOG RDY USERS WAS 21-25 | integer |
| l09 | SMF70L09 | # TIMES LOG RDY USERS WAS 26-30 | integer |
| l10 | SMF70L10 | # TIMES LOG RDY USERS WAS 31-35 | integer |
| l11 | SMF70L11 | # TIMES LOG RDY USERS WAS 35+ | integer |
| amn | SMF70AMN | LOG WAIT USERS MINIMUM | integer |
| amm | SMF70AMM | LOG WAIT USERS MAXIMUM | integer |
| att | SMF70ATT | LOG WAIT USERS TOTAL VALUE | integer |
| a00 | SMF70A00 | # TIME LOG WAIT USERS WAS 0 | integer |
| a01 | SMF70A01 | # TIME LOG WAIT USERS WAS 1-2 | integer |
| a02 | SMF70A02 | # TIME LOG WAIT USERS WAS 3-4 | integer |
| a03 | SMF70A03 | # TIME LOG WAIT USERS WAS 5-6 | integer |
| a04 | SMF70A04 | # TIME LOG WAIT USERS WAS 7-8 | integer |
| a05 | SMF70A05 | # TIME LOG WAIT USERS WAS 9-10 | integer |
| a06 | SMF70A06 | # TIME LOG WAIT USERS WAS 11-15 | integer |
| a07 | SMF70A07 | # TIME LOG WAIT USERS WAS 16-20 | integer |
| a08 | SMF70A08 | # TIME LOG WAIT USERS WAS 21-25 | integer |
| a09 | SMF70A09 | # TIME LOG WAIT USERS WAS 26-30 | integer |
| a10 | SMF70A10 | # TIME LOG WAIT USERS WAS 31-35 | integer |
| a11 | SMF70A11 | # TIME LOG WAIT USERS WAS 35+ | integer |
| pmn | SMF70PMN | ASCH USERS MINIMUM | integer |
| pmm | SMF70PMM | ASCH USERS MAXIMUM | integer |
| ptt | SMF70PTT | ASCH USERS TOTAL VALUE | integer |
| p00 | SMF70P00 | # TIMES ASCH USERS WAS 0 | integer |
| p01 | SMF70P01 | # TIMES ASCH USERS WAS 1 OR 2 | integer |
| p02 | SMF70P02 | # TIMES ASCH USERS WAS 3 OR 4 | integer |
| p03 | SMF70P03 | # TIMES ASCH USERS WAS 5 OR 6 | integer |
| p04 | SMF70P04 | # TIMES ASCH USERS WAS 7 OR 8 | integer |
| p05 | SMF70P05 | # TIMES ASCH USERS WAS 9 OR 10 | integer |
| p06 | SMF70P06 | # TIMES ASCH USERS WAS 11 - 15 | integer |
| p07 | SMF70P07 | # TIMES ASCH USERS WAS 16 - 20 | integer |
| p08 | SMF70P08 | # TIMES ASCH USERS WAS 21 - 25 | integer |
| p09 | SMF70P09 | # TIMES ASCH USERS WAS 26 - 30 | integer |
| p10 | SMF70P10 | # TIMES ASCH USERS WAS 31 - 35 | integer |
| p11 | SMF70P11 | # TIMES ASCH USERS WAS 35+ | integer |
| xmn | SMF70XMN | OMVS USERS MINIMUM | integer |
| xmm | SMF70XMM | OMVS USERS MAXIMUM | integer |
| xtt | SMF70XTT | OMVS USERS TOTAL VALUE | integer |
| x00 | SMF70X00 | # TIMES OMVS USERS WAS 0 | integer |
| x01 | SMF70X01 | # TIMES OMVS USERS WAS 1 OR 2 | integer |
| x02 | SMF70X02 | # TIMES OMVS USERS WAS 3 OR 4 | integer |
| x03 | SMF70X03 | # TIMES OMVS USERS WAS 5 OR 6 | integer |
| x04 | SMF70X04 | # TIMES OMVS USERS WAS 7 OR 8 | integer |
| x05 | SMF70X05 | # TIMES OMVS USERS WAS 9 OR 10 | integer |
| x06 | SMF70X06 | # TIMES OMVS USERS WAS 11 - 15 | integer |
| x07 | SMF70X07 | # TIMES OMVS USERS WAS 16 - 20 | integer |
| x08 | SMF70X08 | # TIMES OMVS USERS WAS 21 - 25 | integer |
| x09 | SMF70X09 | # TIMES OMVS USERS WAS 26 - 30 | integer |
| x10 | SMF70X10 | # TIMES OMVS USERS WAS 31 - 35 | integer |
| x11 | SMF70X11 | # TIMES OMVS USERS WAS 35+ | integer |
| q00 | SMF70Q00 | Count of times In Ready was <= N | integer |
| q01 | SMF70Q01 | Count of times In Ready was N+1 | integer |
| q02 | SMF70Q02 | Count of times In Ready was N+2 | integer |
| q03 | SMF70Q03 | Count of times In Ready was N+3 | integer |
| q04 | SMF70Q04 | Count of times In Ready was N+4 or N+5 | integer |
| q05 | SMF70Q05 | Count of times In Ready was N+6 to N+10 | integer |
| q06 | SMF70Q06 | Count of times In Ready was N+11 to N+15 | integer |
| q07 | SMF70Q07 | Count of times In Ready was N+16 to N+20 | integer |
| q08 | SMF70Q08 | Count of times In Ready was N+21 to N+30 | integer |
| q09 | SMF70Q09 | Count of times In Ready was N+31 to N+40 | integer |
| q10 | SMF70Q10 | Count of times In Ready was N+41 to N+60 | integer |
| q11 | SMF70Q11 | Count of times In Ready was N+61 to N+80 | integer |
| q12 | SMF70Q12 | Count of times In Ready was greater N+80 | integer |
| srm | SMF70SRM | Number of SRM samples for calculation of WEB values | integer |
| cp_min | SMF70CMN | CP processors minimum | integer |
| cp_max | SMF70CMM | CP processors maximum | integer |
| cp_total | SMF70CTT | CP processors total value | integer |
| zaap_min | SMF70DMN | AAP processors minimum | integer |
| zaap_max | SMF70DMM | AAP processors maximum | integer |
| zaap_total | SMF70DTT | AAP processors total | integer |
| ziip_min | SMF70EMN | IIP processors minimum | integer |
| ziip_max | SMF70EMM | IIP processors maximum | integer |
| ziip_total | SMF70ETT | IIP processors total value | integer |
| u00 | SMF70U00 | Count of times the number of work units was <= N | integer |
| u01 | SMF70U01 | Count of times the number of work units was N+1 | integer |
| u02 | SMF70U02 | Count of times the number of work units was N+2 | integer |
| u03 | SMF70U03 | Count of times the number of work units was N+3 | integer |
| u04 | SMF70U04 | Count of times the number of work units was N+4 or N+5 | integer |
| u05 | SMF70U05 | Count of times the number of work units was N+6 to N+10 | integer |
| u06 | SMF70U06 | Count of times the number of work units was N+11 to N+15 | integer |
| u07 | SMF70U07 | Count of times the number of work units was N+16 to N+20 | integer |
| u08 | SMF70U08 | Count of times the number of work units was N+21 to N+30 | integer |
| u09 | SMF70U09 | Count of times the number of work units was N+31 to N+40 | integer |
| u10 | SMF70U10 | Count of times the number of work units was N+41 to N+60 | integer |
| u11 | SMF70U11 | Count of times the number of work units was N+61 to N+80 | integer |
| u12 | SMF70U12 | Count of times the number of work units was N+81 to N+100 | integer |
| u13 | SMF70U13 | Count of times the number of work units was N+101 to N+120 | integer |
| u14 | SMF70U14 | Count of times the number of work units was N+121 to N+150 | integer |
| u15 | SMF70U15 | Count of times the number of work units was greater N+150 | integer |
CPU CONTROL SECTION
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| mod | SMF70MOD | CPU processor family | string |
| ver | SMF70VER | CPU VERSION NUMBER | integer |
| bnp | SMF70BNP | Number of physical processors assigned for PR/SM use | integer |
| inb flag | SMF70INB | PR/SM indicator bits | string |
| dif | inb | PR/SM - Diagnose X'204’ failure | |
| npc | inb | PR/SM - Number of physical processors has changed | |
| tsc | inb | PR/SM - Dispatch interval value has changed | |
| phy | inb | PR/SM - An additional partition is presented with the name “PHYSICAL”. This partition includes all of the otherwise uncaptured time which was used by LPAR but could not be attributed to a specific logical partition | |
| dge | inb | PR/SM - Diagnose X'204’ extended data is supported | |
| vmg | inb | Simplified Diagnose X'204’ data provided for system running as z/VM guest. CPU consumption by z/VM itself provided with partition data section named “PHYSICAL” | |
| stf flag | SMF70STF | Control section flags | string |
| sts | stf | Store-system-information facility installed | |
| adc | stf | Physical CPU adjustment factor changed | |
| wuc | stf | Service units available to MVS image changed | |
| rcu | stf | SMF70LAC is provided for systems running in LPAR mode, as a z/VM guest, or under an alternate virtual machine. The value does no longer include CPU wait times. | |
| hwv | stf | SMF70MDL is the model-capacity identifier and SMF70HWM is the physical model. If OFF, SMF70MDL represents both model-capacity identifier and physical model | |
| ptc | stf | CP promote slices (OPT parameter BLWLTRPCT) changed | |
| plc | stf | Swapped-in starvation threshold (OPT parameter BLWLINTHD) changed | |
| gav | stf | SMF70GAU is valid | |
| dispatch_interval | SMF70GTS | PR/SM - Dispatch accumulated interval time in milliseconds. A zero value indicates that the dispatch interval was dynamically determined | integer |
| mdl | SMF70MDL | EBCDIC CPC model identifier. See Bit 4 of SMF70STF (SMF70HWV) | string |
| sample_diagnose | SMF70DSA | Number of Diagnose samples | integer |
| ifa_online | SMF70IFA | zAAPs (IFAs) online at the end of the interval | integer |
| wla | SMF70WLA | Millions of service units available to MVS image when not running as VM guest. If running as VM guest, capactity available to VM | integer |
| lac | SMF70LAC | Long-term average CPU service in millions of service units. For details, see RCTLACS of IRARCT. Scope of value depends on Bit 3 of SMF70STF (SMF70RCU). | integer |
| hof | SMF70HOF | Hypervisor date/time offset (aka Sysplex timer offset) | integer |
| hwm | SMF70HWM | EBCDIC CPC physical model identifier. Valid if Bit 4 of SMF70STF (SMF70HWV) is set. | string |
| ziip_online | SMF70SUP | zIIPs online at the end of the interval | integer |
| gjt | SMF70GJT | Time when the partition that wrote this record has joined or left its capacity group (last change of group name). Also set at IPL time when no member of a capacity group. | time |
| pom | SMF70POM | EBCDIC plant code that identifies the plant of manufacture for the configuration. The plant code is left-justified with trailing blank characters if necessary | string |
| csc | SMF70CSC | EBCDIC sequence code of the configuration. The sequence code is right-justified with leading EBCDIC zeroes if necessary | string |
| hhf flag | SMF70HHF | Additional flags | string |
| hhs | hhf | HiperDispatch supported | |
| hha | hhf | HiperDispatch is active | |
| hhc | hhf | HiperDispatch status changed during interval | |
| hif | hhf | Failure returned by HisMT service. Values in logical core data section, multithreading capacity factors and average thread density values are invalid. | |
| ham | hhf | Absolute MSU capping is active | |
| hop | hhf | SMF70OS_PRTCT is valid | |
| cr | SMF70CR | ZEP field 0 | string |
| pmi | SMF70PMI | Accumulated number of blocked dispatachable units per second that may get promoted in their dispatch priority. To get the average promote event rate, divide SMF70PMI by SMF70SAM | integer |
| pmu | SMF70PMU | Number of blocked dispatchable units being promoted during the interval | integer |
| pmw | SMF70PMW | 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. | integer |
| pmp | SMF70PMP | Maximum number of address spaces and enclaves found being blocked during the interval | integer |
| pmt | SMF70PMT | 1/1000s of the CPU capacity for promote slices (OPT parameter BLWLTRPCT) | integer |
| pml | SMF70PML | Swapped-in starvation threshold. When an address space or enclave not received CPU service within this time interval although it has ready-to-tun work, it is considered being blocked (OPT parameter BLWLINTHD) | integer |
| mpc | SMF70MPC | When non-zero, EBCDIC model permanent capacity identifier of the configuration. The identifier is left justified with trailing blanks if necessary. | string |
| mtc | SMF70MTC | When non-zero, EBCDIC model temporary capacity identifier of the configuration. The identifier is left justified with trailing blanks if necessary. | string |
| mcr | SMF70MCR | Model capacity rating. When non-zero, this value is associated with the model capacity as identified in field SMF70MDL. | integer |
| mpr | SMF70MPR | Model permanent capacity rating. When non-zero, this value is associated with the model capacity as identified in field SMF70MPC. | integer |
| mtr | SMF70MTR | Model temporary capacity rating. When non-zero, this value is associated with the model capacity as identified in field SMF70MTC. | integer |
| zep | SMF70ZEP | ZEP field 1 | integer |
| zer | SMF70ZER | ZEP field 2 | string |
| zee | SMF70ZEE | ZEP field 3 | string |
| zec | SMF70ZEC | ZEP field 4 | string |
| nrm | SMF70NRM | Normalization factor for zIIP Multiply zIIP time by this value and divide by 256 to get the equivalent time on a CP | integer |
| gau | SMF70GAU | 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. | integer |
| zei | SMF70ZEI | ZEP field 5 | string |
| ncr | SMF70NCR | 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. | integer |
| npr | SMF70NPR | 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. | integer |
| ntr | SMF70NTR | 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. | integer |
| cai | SMF70CAI | 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 | integer |
| ccr | SMF70CCR | 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 | integer |
| mcp | SMF70MCP | Maximum CPU address available at this IPL | integer |
| icp | SMF70ICP | Highest CPU Id installed at IPL time | integer |
| ccp | SMF70CCP | Highest CPU Id currently installed This number can increase upon dynamic CPU addition | integer |
| cpu_adjustment_factor_actual | SMF70CPA_ACTUAL | 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. | integer |
| cpa_scaling_factor | SMF70CPA_SCALING_FACTOR | Scaling factor for SMF70CPA_actual | integer |
| multithreading_cap_cp_max processed | SMF70MCF | 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. | integer |
| multithreading_cap_ziip_max processed | SMF70MCFS | Multithreading maximum capacity numerator for zIIP processors. 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 currently installed | integer |
| multithreading_cap_zaap_max processed | SMF70MCFI | Multithreading maximum capacity numerator for zAAP processors. 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 currently installed | integer |
| multithreading_cap_cp processed | SMF70CF | 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. | integer |
| multithreading_cap_ziip processed | SMF70CFS | Multithreading capacity numerator for zIIP processors. Divide this value by 1024 to get 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 currently installed | integer |
| multithreading_cap_zaap processed | SMF70CFI | Multithreading capacity numerator for zAAP processors. Divide this value by 1024 to get 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 currently installed | integer |
| atd | SMF70ATD | 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. | integer |
| atds | SMF70ATDS | 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 currently installed | integer |
| atdi | SMF70ATDI | 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 currently installed | integer |
| lacm | SMF70LACM | Long-term average CPU service (millions of service units) consumed by transactions classified with reporting attribute MOBILE. If an address space or enclave is part of a tenant resource group, it will not contribute to SMF70LACM. | integer |
| laca | SMF70LACA | Long-term average CPU service (millions of service units) consumed by transactions classified with reporting attribute CATEGORYA. If an address space or enclave is part of a tenant resource group, it will not contribute to SMF70LACA. | integer |
| lacb | SMF70LACB | Long-term average CPU service (millions of service units) consumed by transactions classified with reporting attribute CATEGORYB. If an address space or enclave is part of a tenant resource group, it will not contribute to SMF70LACB. | integer |
| adj | SMF70ADJ | Logical adjustment factor for CPU rate | integer |
| laccr | SMF70LACCR | Long-term average CPU service (millions of service units) consumed by DFSMS data set encryption. Valid only for IBM z14 and later CPCs | integer |
| maxpu | SMF70MAXPU | When non-zero, this field indicates how many processor cores are physically available in this particular machine. When the value is 0, it is not defined for this model. | integer |
| os_prtct | SMF70OS_PRTCT | When non-zero, OSPROTECT system parameter with value other than SYSTEM is in effect. X'01’ indicates OSPROTECT=1. May be 0 for IBM z15 and later machines when OSPROTECT=1 | integer |
| ipl_time | SMF70_IPL_TIME | IPL time of partition (TOD format) | date-time |
| trg_m_cnt | SMF70_TRG_M_CNT | Number of times sampling of tenant resource group memory consumption happened | integer |
| cpc_type | SMF70CPC_TYPE | CPC Type | string |
| cpu_adjustment_factor virtual | cpu_adjustment_factor_actual cpa_scaling_factor |
Physical CPU adjustment factor based on alternate CPU capability | integer |
| cpu_adjustment_factor_effective virtual | cpu_adjustment_factor cpu_adjustment_factor_actual cpu_control_section_length |
Effective CPU adjustment factor | |
| cpa_scaling_factor_effective virtual | cpa_scaling_factor cpu_adjustment_factor_actual cpu_control_section_length |
Scaling factor for SMF70CPA_actual and SMF70CPA_actual_CBP wherever they are used, else 1. |
CPU DATA SECTION
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| cpu_wait_time | SMF70WAT | CPU wait time | timedelta |
| cpu_id | SMF70CID | CPU identifier | integer |
| cnf flag | SMF70CNF | Configuration activity flags | string |
| mti | cnf | CPU is offline while core is online | |
| dci | cnf | Data available for a complete interval | |
| par | cnf | CPU was varied during Postprocessor duration interval | |
| vac | cnf | Data invalid, CPU reconfigured in measurement interval | |
| cpu_is_online | cnf | CPU online at end of interval | |
| cpu_serial | SMF70SER | CPU serial number, 6 hex digits | string |
| cpu_type processed | SMF70TYP | CPU type: 0 = General purpose CP 1 = zAAP (IFA) 2 = zIIP | integer |
| count_slh | SMF70SLH | Num of entries to the I/O SLIH | integer |
| count_tpi | SMF70TPI | Number of TPI with CC=1 | integer |
| vfs | SMF70VFS | Number of samples where the vector bit in the PSA image was ON | integer |
| v flag | SMF70V | Vector configuration | string |
| von | v | Vector was online | |
| cpu_parked_time | SMF70PAT | CPU parked time | timedelta |
| count_tcb | SMF70TCB | Number of TCB dispatches | integer |
| count_srb | SMF70SRB | Number of SRB dispatches | integer |
| count_io | SMF70NIO | Number of I/Os for this CPU | integer |
| sig | SMF70SIG | Total number of SIGPs done by this CPU | integer |
| wtd | SMF70WTD | Wait dispatch count for this CPU | integer |
| wts | SMF70WTS | The number of times PR/SM issued a warning-track interruption to a logical processor and z/OS was able to return the logical processor to PR/SM within the grace period | integer |
| wtu | SMF70WTU | The number of times PR/SM issued a warning-track interruption to a logical processor and z/OS was unable to return the logical processor to PR/SM within the grace period | integer |
| wti | SMF70WTI | Amount of time in milliseconds that a logical processor was yielded to PR/SM due to warning- track processing | integer |
| rate_io_interrupt virtual | interval count_slh count_tpi |
I/O interrupt rate | |
| rate_io_interrupt_by_tpi virtual | interval_in_milliseconds count_slh count_tpi |
I/O interrupt rate by TPI | |
| cpu_unparked_time virtual | cpu_parked_time interval cpu_is_online cpu_busy_time |
CPU unparked time | |
| cpu_parked_percentage virtual | cpu_parked_time interval |
CPU parked percentage | |
| cpu_unparked_percentage virtual | cpu_unparked_time interval_in_milliseconds |
CPU unparked percentage | |
| cpu_busy_time virtual | cpu_is_online cpu_wait_time cpu_parked_time interval |
CPU busy time | |
| cpu_busy_percentage virtual | cpu_busy_time cpu_unparked_time cpu_unparked_percentage |
CPU busy percentage | |
| unparked_percentage virtual | cpu_unparked_percentage timestamp cpu_type |
Total MVS unparked percentage, per CPU type | |
| mvs_busy_percentage virtual | cpu_busy_percentage unparked_percentage |
Total MVS busy percentage, per CPU type | |
| rate_tcb virtual | count_tcb interval_in_milliseconds |
TCB rate for the CPU | |
| rate_srb virtual | count_srb interval_in_milliseconds |
I/O rate for the CPU | |
| rate_io virtual | count_io interval_in_milliseconds |
I/O rate for the CPU |
PR/SM PARTITION DATA SECTION There is one section per configured parti…
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| lpar_name | SMF70LPM | Logical partition name | string |
| lpar_number | SMF70LPN | Logical partition number | integer |
| pfg flag | SMF70PFG | Partition flags | string |
| pdv | pfg | Partition has changed from activated to deactivated, or vice versa, during interval | |
| nvc | pfg | Partition’s number of logical processors has changed | |
| ndc | pfg | Partition’s number of dedicated processors has changed | |
| nsc | pfg | Partition’s number of shared processors has changed | |
| wlm | pfg | WLM LPAR Management is active for this partition | |
| wtf | pfg | Wait time field (SMF70WST) is is defined | |
| msc | pfg | Defined capacity limit has been changed | |
| msf | pfg | No longer used | |
| lpar_cpu_count | SMF70BDN | Number of logical CPUs assigned to this partition. This count matches the number of subsequent PR/SM data sections | integer |
| bds | SMF70BDS | Number of logical processor data blocks to skip before reaching the block(s) belonging to this partition. | integer |
| bda | SMF70BDA | Accumulated number of logical CPUs active for this partition | integer |
| sysplex_name | SMF70SPN | 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. | string |
| system_name | SMF70STN | Name of the operating-system instance. Zeros if no name declared for this partition | string |
| csf | SMF70CSF | Number of megabytes of central storage currently online to this partition | integer |
| esf | SMF70ESF | Number of megabytes of expanded storage currently online to this partition | integer |
| msu | SMF70MSU | Defined capacity limit (in millions of service units) that a logical partition may consume per unit time on average (extended mode only) | integer |
| pfl flag | SMF70PFL | Additional flags | string |
| uvf | pfl | Content of SMF70UPI is valid | |
| grp | pfl | Group flag. This partition is member of a capacity group. | |
| pwf | pfl | Polarization flag. This partition is vertically polarized. That is, HiperDispatch mode is active. The SMF70POW fields in the logical processor data section are valid for CPUs of this partition. | |
| uiw | pfl | Initial weight instead of current weight should be used to project usage of the members in the capacity group. | |
| upi | SMF70UPI | User partition ID. Valid if bit 0 (SMF70UVF) of SMF70PFL is set. | integer |
| mtid | SMF70MTID | Maximum Thread Identification. A non-zero value indicates that PROCVIEW CORE is effective for this partition and the hardware supports multithreading. | integer |
| capactiy_group_name | SMF70GNM | Name of the capacity group this parition belongs to. Valid if bit 1 (SMF70GRP) of SMF70PFL is ON. | string |
| gmu | SMF70GMU | 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. | integer |
| hwgr_name | SMF70HWGR_NAME | Name of the hardware group this parition belongs to. | string |
| boostinfo flag | SMF70_BOOSTINFO | Boost information | string |
| boostinfo_ziip | boostinfo | zIIP boost was active at some point within the interval. | |
| boostinfo_speed | boostinfo | Speed boost was active at some point within the interval. | |
| lpar_system_name virtual | lpar_name system_name |
LPAR-System name |
PR/SM Logical Processor Data Section. There is one data section per lo…
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| dispatch_time_total | SMF70PDT | 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. | integer |
| vpa | SMF70VPA | Logical processor address | integer |
| processor_weight | SMF70BPS | Processor relative share | integer |
| vpf flag | SMF70VPF | Logical processor flags | string |
| wsa | vpf | Wait Completion state enabled | |
| wsc | vpf | Wait Completion status has changed during interval | |
| rsc | vpf | Relative share value has changed during interval | |
| cap | vpf | ‘Initial Capping’ was set to ‘ON’ on the Hardware Management Console | |
| cpc | vpf | ‘Initial Capping’ status has changed during the interval | |
| lpo | vpf | Logical processor varied online during measurment interval | |
| hcc | vpf | SMF70HW_Cap_Limit has changed during the interval | |
| hgc | vpf | SMF70HWGr_Name or SMF70HWGr_Cap_Limit has changed during the interval | |
| flags_polarization | SMF70POF | Polarization flags | string |
| poi flag | SMF70POI | Polarization indicator: 00 = Horizontally polarized or polarization not indicated, 01 = Vertically polarized with low entitlement, 10 = Vertically polarized with medium entitlement, 11 = Vertically polarized with high entitlement | string |
| poc | poi | Polarization indication changed during the interval | |
| cpu_id_index | SMF70CIX | Index to the CPU-identification name section that contains the EBCDIC name corresponding to the CPU type of the logical processor | integer |
| dispatch_time_effective | SMF70EDT | 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. | integer |
| share_actual | SMF70ACS | Accumulated processor actual share | integer |
| share_minimum | SMF70MIS | Processor minimum share | integer |
| share_maximum | SMF70MAS | Processor maximum share | integer |
| nsi | SMF70NSI | Number of Diagnose samples within the specified minimum (+10%) | integer |
| nsa | SMF70NSA | Number of Diagnose samples within the specified maximum (-10%) | integer |
| logical_processor_online_time | SMF70ONT | Logical processor online time | integer |
| wst | SMF70WST | Logical processor wait state time | integer |
| pma | SMF70PMA | Average adjustment weight for pricing management | integer |
| cap_wlm_percentage | 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). | integer |
| pow | 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. | integer |
| cap_actual_percentage | 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 | integer |
| cap_absolute | SMF70HW_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. | integer |
| cap_absolute_group | SMF70HWGR_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. | integer |
| mtit | SMF70MTIT | 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. | integer |
| lpf flag | SMF70LPF | Additional processor flags | string |
| topoc | lpf | CPU topology has changed during the interval | |
| max_nesting_level | SMF70MAXNL | Maximum number of topology nesting level. The value is model dependent with a maximum of 6. If zero, the model does not provide information about the topological nesting levels. If one, there is no actual topological nesting structure. If 2-6, topological nesting levels are available in field SMF70CordL1 up to SMF70CordLx. Where x is the value that defines the maximum number of topology nesting level. | integer |
| cord_l1 | SMF70CORDL1 | Coordinate of the preferred dispatch location of the logical core at topological nesting level 1. Valid if SMF70MaxNL > 0 | integer |
| cord_l2 | SMF70CORDL2 | Coordinate of the preferred dispatch location of the logical core at topological nesting level 2. Valid if SMF70MaxNL > 1 | integer |
| cord_l3 | SMF70CORDL3 | Coordinate of the preferred dispatch location of the logical core at topological nesting level 3. Valid if SMF70MaxNL > 2 | integer |
| cord_l4 | SMF70CORDL4 | Coordinate of the preferred dispatch location of the logical core at topological nesting level 4. Valid if SMF70MaxNL > 3 | integer |
| cord_l5 | SMF70CORDL5 | Coordinate of the preferred dispatch location of the logical core at topological nesting level 5. Valid if SMF70MaxNL > 4 | integer |
| cord_l6 | SMF70CORDL6 | Coordinate of the preferred dispatch location of the logical core at topological nesting level 6. Valid if SMF70MaxNL > 5 | integer |
| msu_physical virtual | dispatch_time_total cpa_scaling_factor_effective cpu_adjustment_factor_effective interval_in_milliseconds |
Physical MSU | |
| processor_weight_online virtual | processor_weight logical_processor_online_time |
Valid processor weight values | |
| cpu_polarization virtual | flags_polarization | Polarization indicator: 00 = Horizontally polarized or polarization no… | |
| msu_effective virtual | dispatch_time_effective cpa_scaling_factor_effective cpu_adjustment_factor_effective interval_in_milliseconds |
Effective MSU | |
| share_current virtual | share_actual sample_diagnose processor_weight |
Accumulated processor current share | |
| logical_processor_is_online virtual | logical_processor_online_time | Logical processor is online for the given partition | |
| utilization_per_cpu_physical virtual | dispatch_time_total logical_processor_online_time cpu_count |
Physical per CPU Utilization | |
| lpar_management_per_cpu virtual | dispatch_time_total dispatch_time_effective logical_processor_online_time cpu_count |
Physical per CPU Utilization |
CPU-identification name Section. There is one section per EBCDIC name …
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| cpu_name processed | SMF70CIN | CPU-identification name | string |
| cpu_count | SMF70CTN | Number of physical CPUs of this type at interval end | integer |
| cpu_count_accumulated | SMF70CAN | Accumulated number of physical CPUs. Divide by SMF70DSA to get the average number of physical CPUs of this type applicable during the interval. | integer |
Logical Core Data Section. This section contains usage information for…
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| core_id | SMF70_CORE_ID | Core identification | integer |
| core_flg flag | SMF70_CORE_FLG | Logical Core Information | string |
| lpb_valid | core_flg | Core LPAR Busy time is valid | |
| cpu_skip | SMF70_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. | integer |
| cpu_num | SMF70_CPU_NUM | Number of CPU data sections for this core. This value represents the number of threads that are active on this core. | integer |
| prod | SMF70_PROD | 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. | integer |
| lpar_busy | SMF70_LPAR_BUSY | Multithreading Core LPAR Busy time in milliseconds. This field is valid if bit 0 of SMF70_CORE_FLG is set. | integer |
Tenant Resource Group (TRG) Data Section.
| Name | Based on | Description | Type/Format |
|---|---|---|---|
| trg_name | SMF70_TRG_NAME | TRG name | string |
| trg_desc | SMF70_TRG_DESC | TRG description | string |
| trg_tntid | SMF70_TRG_TNTID | Tenant identifier | string |
| trg_tntname | SMF70_TRG_TNTNAME | Tenant name | string |
| trg_sbid | SMF70_TRG_SBID | Solution identifier | string |
| trg_sucp | SMF70_TRG_SUCP | Unweighted service units on CPs consumed by TRG | integer |
| trg_suifa | SMF70_TRG_SUIFA | Unweighted service units on zAAPs consumed by TRG. Valid if bit 8 of SMF70FLA is not set | integer |
| trg_susup | SMF70_TRG_SUSUP | Unweighted service units on zIIPs consumed by TRG | integer |
| trg_lag | SMF70_TRG_LAC | Long-term average service on general purpose processors in millions of service units per hour consumed by TRG | integer |
| trg_flags | SMF70_TRG_FLAGS | Flags | string |
| trg_mem | SMF70_TRG_MEM | Memory consumption of tenant resource group in units of 4K frames | integer |