Values for EXCEPTS, GRAPH, and WLMGRAPH statements

APPC-MAX

maximum number of APPC address spaces

SMF70

APPC-MIN

minimum number of APPC address spaces

SMF70

APQ

average amount of available page frames in K-bytes

SMF70

AVTSK

average number of address spaces in storage and ready to execute

SMF70

APPC-AVG

average number of APPC address spaces

SMF70

BTCH-AVG

average number of batch jobs

SMF70

BTCH-CPU

percentage of time during the measurement interval that the CPU was executing on behalf of a batch job

CMF-01

BTCH-MAX

maximum number of batch jobs

SMF70

BTCH-MIN

minimum number of batch jobs

SMF70

CENTSTOR

size of central storage in frames

SMF71

CENTUSED

average frames of central storage used by all service classes during the interval

SMF72

CHA-nn

average rate of SSCH per second for the specified LCU; nn is the two-character logical control unit number in hexadecimal

SMF78

CHC-nnnn

percentage of requests that were satisfied from cache for control unit nnnn (number of hits/number of requests)

CMF-27

CHD-nnnnn

percentage of requests that were satisfied from cache for device nnnnn (number of hits/number of requests)

CMF-27

CHN-nn

percentage of time during the measurement interval that the specified channel path was observed to be busy; nn is the two-character channel path in hexadecimal

SMF73

CHS-nn

service time in milliseconds for the specified LCU; nn is the two-character logical control unit number in hexadecimal

SMF74

CMC-nnnn

percentage of requests that were not satisfied from cache for control unit nnnn (number of misses/number of requests)

CMF-27

CMD-nnnnn

percentage of requests that were not satisfied from cache for device nnnnn (number of misses/number of requests)

CMF-27

CNN-nnnnn

average number of milliseconds that the device was processing an SSCH instruction and transferring data; nnnnn is the device address

SMF74

COEFCPU

IPS CPU service definition coefficient

SMF72

COEFIO

IPS I/O service definition coefficient

SMF72

COEFMEM

IPS memory service definition coefficient

SMF72

COEFSRB

IPS SRB service definition coefficient

SMF72

COMRECL

common system area page reclaim rate per minute

SMF71

CPK-n

percentage of time during the measurement interval that the processor was observed to be executing in the specified key; n is a one-character hexadecimal number from 0 to F

CMF-01

CPUBUSY

PR/SM environment: the LPAR CPU busy percentage of standard CPs during the specified interval

This figure is the percentage of processor dispatch capacity used by the home partition (the partition on which the records were extracted). The processor dispatch capacity is equal to the interval length multiplied by the number of logical processors assigned to the partition. The formula is

• Wait completion on:

  (dispatch time - wait time) / interval

• Wait completion off:

  dispatch time / interval

• Under VM:

  average CPU busy percentage during the specified interval

The formula is (interval - wait time) / interval. In this environment, this measure has the same meaning as CPUBZMVS.

SMF70

CPUBZMVS

MVS CPU busy percentage of standard CPs

The formula is

• LPAR mode: (online time - wait time - parked time) / (online time - parked time)
• Under VM: (interval - wait time) / interval

SMF70

CPUCAP

percentage of the partition used by the home partition

This figure is equal to the CPU busy for a PR/SM environment multiplied by the portion of the environment allotted to the home partition.

SMF78

CRC-nnnn

percentage of read requests that were satisfied from cache for control unit nnnn (read hits/read requests)

CMF-27

CRD-nnnnn

percentage of read requests that were satisfied from cache for device nnnnn (read hits/read requests)

CMF-27

CSA-AVG

average CSA allocated area size as a percentage of total CSA available above and below the 16-megabyte line; this area contains both used and free CSA storage

SMF78

CSA-MAX

maximum CSA allocated area size as a percentage of total CSA available above and below the 16-megabyte line; this area contains both used and free CSA storage

SMF78

CSA-MIN

minimum CSA allocated area size as a percentage of total CSA available above and below the 16-megabyte line; this area contains used and free CSA storage

SMF78

CSAUSE-x

average amount of CSA used:

• above 16 MB, when x = A
• below 16 MB, when x = B

The CSA in use includes fragmentation caused by allocation of 4-K storage blocks.

SMF78

CSC-nnnn

percentage of read requests that were not satisfied from cache for control unit nnnn (read misses/read requests)

CMF-27

CSD-nnnnn

percentage of read requests that were not satisfied from cache for device nnnnn (read misses/read requests)

CMF-27

CSF-AVG

average free CSA (within the size of CSA allocated area) as a percentage of total CSA available above and below the 16-megabyte line

SMF78

CSF-MAX

maximum free CSA (within the size of CSA allocated area) as a percentage of total CSA available above and below the 16-megabyte line

SMF78

CSF-MIN

minimum free CSA (within the size of CSA allocated area) as a percentage of total CSA available above and below the 16-megabyte line

SMF78

CSU-AVG

average CSA used (within the size of CSA allocated area) as a percentage of the total CSA available above and below the 16-megabyte line

SMF78

CSU-MAX

maximum CSA used (within the size of CSA allocated area) as a percentage of total CSA available above and below the 16-megabyte line

SMF78

CSU-MIN

minimum CSA used (within the size of CSA allocated area) as a percentage of total CSA available above and below the 16-megabyte line

SMF78

CUB-nnnnn

average control unit busy delay time: the average number of milliseconds of delay for an I/O request because the control unit was busy

If the device is shared at the control unit level, the contention can be caused by the sharing system. If the device is not shared at the control unit level, the contention is because of other device activity using the same or an alternate path serviced by the control unit. nnnnn is the device address.

SMF74

CWC-nnnn

percentage of write requests that were satisfied from cache for control unit nnnn (write hits/write requests)

CMF-27

CWD-nnnnn

percentage of write requests that were satisfied from cache for device nnnnn (write hits/write requests)

CMF-27

CXC-nnnn

percentage of write requests that were not satisfied from cache for control unit nnnn (write misses/write requests)

CMF-27

CXD-nnnnn

percentage of write requests that were not satisfied from cache for device nnnnn (write misses/write requests)

CMF-27

DEV-nnnnn

percentage of time during the measurement interval that the specified device was busy; nnnnn is the device address

SMF74

DIS-nnnnn

average number of milliseconds during which the device was processing an SSCH instruction, but was not transferring data; nnnnn is the device address

SMF74

DSL-GSRB

percentage of CPU busy time that the processor was executing as a global SRB in the disabled state

CMF-01

DSL-LSRB

percentage of CPU busy time that the processor was executing as a local SRB in the disabled state

CMF-01

DSL-TCB

percentage of CPU busy time that the processor was executing in TCB mode in the disabled state

CMF-01

DSL-TOT

percentage of CPU busy time that the processor was executing in the disabled state

CMF-01

DVA-nnnnn

average rate of SSCH per second for the specified device

SMF74

DVB-nnnnn

average device busy delay time

This figure is the average number of milliseconds of delay for an I/O request because the device was busy; nnnnn is the device address.

SMF74

DVS-nnnnn

service time in milliseconds for the specified device; nnnnn is the device address

SMF74

ENL-GSRB

percentage of CPU busy time that the processor was executing as a global SRB in the enabled state

CMF-01

ENL-LSRB

percentage of CPU busy time that the processor was executing as a local SRB in the enabled state

CMF-01

ENL-TCB

percentage of CPU busy time that the processor was executing in TCB mode in the enabled state

CMF-01

ENL-TOT

percentage of CPU busy time that the processor was executing in the enabled state

CMF-01

ERR-nnnnn

percentage of time during the measurement interval that the specified device was in error recovery; nnnnn is the device address

CMF-05

EXP-AAV

average number of available expanded storage 4-K page frames

SMF71

IOIRATE

rate per second at which the processor handled I/O interruptions

SMF70

IOTPI

percentage of total I/O interrupts for the processor that were handled by the TPI instruction

SMF70

LCAP-##

percentage of the logical processor utilization for a logical partition relative to its weight factor, where the partition is specified by ##

Valid values are hexadecimal digits between 0 and FF. The partition number is displayed under the column No. of the CMF MONITOR Online view LPARSTAZ.

SMF70

LPU-##

average percentage of logical processor utilization for a logical partition relative to the weight factor of the partition specified by ##

Valid values are hexadecimal digits between 0 and FF. The partition number is displayed under the column No. of the CMF MONITOR Online view LPARSTAZ.

SMF70

MAX3420

maximum number of 3420 type tape drives that were concurrently allocated

CMF05TDA

MAX3480

maximum number of 3480 type tape drives that were concurrently allocated

CMF05TD8

MAX3490

maximum number of 3490 type tape drives that were concurrently allocated

CMF05TD9

MAX3590

maximum number of 3590 type tape drives that were concurrently allocated

CMF05MDV

NUCPAGES

average number of page frames in the nucleus, in K-bytes

SMF71

NTU-AVG

average number of TSO users

SMF70

NTU-MAX

maximum number of TSO users

SMF70

NTU-MIN

minimum number of TSO users

SMF70

OMVS-AVG

average number of OMVS address spaces

SMF70

OMVS-MAX

maximum number of OMVS address spaces

SMF70

OMVS-MIN

minimum number of OMVS address spaces

SMF70

OUS-nnn

average number of users on the SRM queue ready to execute for the specified domain

Ready-user average is stored by the SRM in the DMDT; nnn is the domain number.

CMF-04

PAGEDPR

demand paging rate from DASD

SMF71

PAGEDPRT

demand paging rate to and from DASD

SMF71

PAGEINS

total number of pages transferred from auxiliary storage to central storage, including VIO, swap, hiperspace, and block paging

SMF71

PAGEIO

total number of pages transferred between auxiliary storage and central storage, including VIO, swap, hiperspace, and block paging

SMF71

PAGEOUTS

total number of pages transferred from central storage to auxiliary storage, including VIO, swap, and hiperspace paging

SMF71

PAGERECL

total number of page reclaims, including VIO

SMF71

PAGESEC

total paging rate in pages per second between auxiliary storage and central storage, including VIO, swap, hiperspace, and block paging

SMF71

PAGESMIG

average rate of page migration from expanded storage to auxiliary storage

SMF71

PAGESTRN

average paging transfer rate to expanded storage

SMF71

PAGETIME

average number of milliseconds needed to complete an I/O request to a local page data set

SMF75

PCAP-##

percentage of the physical processor utilization for a logical partition relative to its weight factor, where the partition is specified by ##

Valid values are hexadecimal digits between 0 and FF. The partition number is displayed under the column No. of the CMF MONITOR Online view LPARSTAZ.

SMF70

PEN-nnnnn

average number of milliseconds an I/O request must wait for hardware (such as a channel path or control unit), and time between the SSCH pending at the channel and the device active on the subchannel

The time also includes delays caused by another processor reserving this device in a shared DASD environment; nnnnn is the device address.

SMF74

PGINPROC

average ASM queue length as seen by the SRM; average value does not consider samples when there was no queue

CMF-09

PPB

percentage of CPU busy time that the processor was executing in problem state

CMF-01

PPPAGES

average number of page frames in the private area, in K-bytes; includes fixed non-LSQA frames

SMF71

PPU-##

average percent of physical processor utilization for a logical

Valid values are hexadecimal digits between 0 and FF. The partition number is displayed under the column No. of the CMF MONITOR Online view LPARSTAZ.

SMF70

PRIPAGI

private area page-in rate per second, excluding VIO and SWAP

SMF71

PRIPAGO

private area page-out rate per second, excluding VIO and SWAP

SMF71

SMF71 PRIRECL

private area page reclaim rate per minute

SMF71

QDP-nnnnn

maximum queue depth of the device; nnnnn is the device address

CMF-05

QL/xx-nn

queue length measure, where xx is one of the following valid address space types:

SMF70

BA

batch users

IR

in and ready to execute

IN

in storage

OR

out of storage and ready to execute

OW

out of storage and waiting to execute

LR

logically out of storage and ready to execute

LW

logically out of storage and waiting to execute

ST

started users

TS

TSO users

nn

percentage of time or range that an address space type had a specified queue length; valid queue lengths are 0 through 99

You can also specify one of the following values:

AV

requests the average queue length

MN

requests the minimum queue length

MX

requests the maximum queue length

QTM-nnnnn

average number of milliseconds that an I/O request for device nnnnn must wait on an IOS queue before an SSCH instruction is issued

SMF74

RMCTADJC

time to process 1/16 of a service unit in microseconds

SMF72

RWC-nnnn

ratio of read requests to write requests from cache for control unit nnnn (read requests/write requests)

CMF-27

RWD-nnnnn

ratio of read requests to write requests from cache for device nnnnn (read requests/write requests)

CMF-27

SKA-n

average CSA usage by storage key ID (n) as a percentage of total CSA available above and below the 16-megabyte line

Valid storage keys are (0,1,2,3,4,5,6,7,8), where 8 is 8-F storage keys.

SMF78

SKM-n

minimum CSA usage by storage key ID (n) as a percentage of total CSA available above and below the 16-megabyte line

Valid storage keys are (0,1,2,3,4,5,6,7,8), where 8 is 8-F storage keys.

SMF78

SKX-n

maximum CSA usage by storage key ID (n) as a percentage of total CSA available above and below the 16-megabyte line

Valid storage keys are (0,1,2,3,4,5,6,7,8), where 8 is 8-F storage keys.

SMF78

SPA-nnn

average CSA/SQA usage by subpool ID (nnn) as a percentage of total CSA/SQA available below the 16-megabyte line

Valid CSA subpool IDs are 227, 228, 231, 241.

Valid SQA subpool IDs are 226, 239, 245.

SMF78

SPM-nnn

percentage of total CSA/SQA that are available below the 16-megabyte line; nnn is the subpool ID

Valid CSA subpool IDs are 227, 228, 231, 241.

Valid SQA subpool IDs are 226, 239, 245.

SMF78

SPX-nnn

maximum CSA/SQA usage by subpool ID (nnn) as a percentage of total CSA/SQA available below the 16-megabyte line

Valid CSA subpool IDs are 227, 228, 231, 241.

Valid SQA subpool IDs are 226, 239, 245.

SMF78

SQA-AVG

average SQA allocated area as a percentage of total SQA available above and below the 16-megabyte line; area contains used and free SQA storage

SMF78

SQA-MAX

maximum SQA allocated area as a percentage of total SQA available above and below the 16-megabyte line; area contains used and free SQA storage

SMF78

SQA-MIN

minimum SQA allocated area as a percentage of total SQA available above and below the 16-megabyte line; area contains used and free SQA storage

SMF78

SQF-AVG

average free SQA that is available within SQA allocated area as a percentage of total SQA available above and below the 16-megabyte line

SMF78

SQF-MAX

maximum free SQA that is available within SQA allocated area as a percentage of total SQA available above and below the 16-megabyte line

SMF78

SQF-MIN

minimum free SQA that is available within SQA allocated area as a percentage of total SQA available above and below the 16-megabyte line

SMF78

SQU-AVG

average SQA that is used within SQA allocated area as a percentage of total SQA available above and below the 16-megabyte line

SMF78

SQU-MAX

maximum SQA that is used within SQA allocated area as percentage of total SQA available above and below the 16-megabyte line

SMF78

SQU-MIN

minimum SQA that is used within SQA allocated area as a percentage of total SQA available above and below the 16-megabyte line

SMF78

SRV-ABS

rate per second at which service is consumed while transactions are resident in central storage

SMF72

SRV-CPU

average rate per second at which transactions that were active but not necessarily in storage used TCB and SRB service units

SMF72

SRV-I/O

average rate per second at which transactions that were active but not necessarily in storage used IOC service units

SMF72

SRV-MEM

average rate per second at which transactions that were active but not necessarily in storage used MSO service units

SMF72

SRV-SRB

average rate per second at which transactions that were active but not necessarily in storage used SRB service units

SMF72

SRV-TCB

average rate per second at which transactions that were active but not necessarily in storage used TCB service units

SMF72

SRV-TOT

average rate per second at which transactions that were active but not necessarily in storage used ALL service units

SMF72

SSC-nnnnn

start subchannel count, where nnnnn is the device address

SMF74

STC-AVG

average number of Started Tasks

SMF70

STC-CPU

percentage of time during the measurement interval that the CPU was executing on behalf of a Started Task

SMF70

STC-MAX

maximum number of started users

SMF70

STC-MIN

minimum number of started users

SMF70

SUP

percentage of CPU busy time that the processor was in the supervisor state

CMF-01

SUPPAGES

average number of CSA pageable frames, in K-bytes

SMF71

SUSEC

rate at which service units are processed (service units per second)

SMF72

SWAPAGI

page swap-in rate per second

SMF71

SWAPAGO

page swap-out rate per second

SMF71

SWAPMIN

swaps per minute

SMF71

SWP-APS

number of swap-outs due to APPC WAIT

SMF71

SWP-ASD

number of swap-outs to auxiliary storage directly

SMF71

SWP-AST

number of swap-outs to auxiliary storage total

SMF71

SWP-ATR

number of swap-outs to auxiliary storage by transition

This figure includes logical swaps that became physical swaps to auxiliary storage and swaps to expanded storage that were migrated to auxiliary storage.

SMF71

SWP-AXS

number of swap-outs due to an auxiliary storage shortage

Such a shortage occurs when a percentage of all local page data set slots is allocated. This percentage value is an SRM-modifiable constant in the MCT (field MCCASMT1); the default is 70.

SMF71

SWP-DW

number of swaps due to a detected wait

SRM detects a wait when an address space in storage is not dispatched for a processor-dependent period of time.

SMF71

SWP-ENQ

number of swaps due to an enqueue exchange

Such an exchange occurs when one address space tries to enqueue on a resource held by another address space. The address space holding the resource is treated as nonswappable for the SRM-defined interval in the RMPT (field name RMPTERV). This value is user-defined in member IEAOPT of SYS1.PARMLIB.

SMF71

SWP-ESD

number of swap-outs to expanded storage directly

SMF71

SWP-ESE

number of swap-outs to expanded storage effectively

This figure includes only those swaps to expanded storage that were not migrated to auxiliary storage.

SMF71

SWP-EXC

number of exchange swaps based on the SRM recommendation value

A user was swapped out so another user with a higher workload level in the same domain could be swapped in. This SRM action keeps the MPL within the target MPL for that domain.

SMF71

SWP-ICS

number of swap-outs due to the need to improve central storage usage

SMF71

SWP-IPS

number of swap-outs due to the need to improve the system paging rate

SMF71

SWP-ITR

number of candidates for logical swap due to a wait for input buffers at a terminal

One of the following actions will occur:

• logical swap-out followed by a logical swap-in
• logical swap-out followed by a physical swap-out due to a detected long think time
• physical swap-out due to input terminal wait

SMF71

SWP-LSE

number of effective logical swap-outs; includes only those logical swaps that did not result in a physical swap to any medium

SMF71

SWP-LSI

number of logical swap-ins

When a logical swap-out does not result in a detected long think-time swap, it is logically swapped back in.

SMF71

SWP-LSO

number of logical swap-outs; the number of candidates for logical swap that are not physically swapped out

SMF71

SWP-LST

number of logical swap-outs total

SMF71

SWP-LTT

number of detected long think-time swaps

A logical swap-out fails to be logically swapped in.

SMF71

SWP-LW

number of swaps due to long waits

A long wait occurs when a program issues a WAIT,LONG=YES macro.

SMF71

SWP-MIG

number of swap-outs to expanded storage that were migrated to auxiliary storage

SMF71

SWP-MRS

number of swap-outs made to make room to swap-in a user who has been swapped out too long

SMF71

SWP-OTR

number of candidates for logical swap due to a wait for output buffers at a terminal

One of the following actions will occur:

• logical swap-out followed by a logical swap-in
• logical swap-out followed by a physical swap-out due to a detected long think time
• physical swap-out due to input terminal wait

SMF71

SWP-REQ

number of swaps caused by the REQSWAP SYSEVENT

REQSWAP is issued when the CONFIG storage command is issued and the address space that occupies the storage to be taken offline must be swapped out. REQSWAP is also issued when the PPT marks an EOB as nonswappable so that the address space can be swapped out and its LSQA swapped back in to preferred storage.

SMF71

SWP-RSS

number of swaps due to shortage of pageable storage

Either the SRM or the RSM can detect a shortage of available real page frames. Users with the most fixed frames are swapped out.

SMF71

SWP-TOT

total number of swap sequences

A swap sequence is a swap-out and a swap-in of an address space.

SMF71

SWP-TWI

number of terminal I/O wait swap-ins

SMF71

SWP-TWO

number of terminal I/O wait swap-outs

SMF71

SWP-TWT

number of swap-outs due to input terminal wait; number of candidates for logical swap that resulted in a physical swap-out

SMF71

SWP-TXS

number of swaps due to transition to nonswappable

A transition swap occurs when the TRANSWAP SYSEVENT is issued. An address space is swapped out so its LSQA can be swapped back in to preferred storage.

SMF71

SWP-UNI

number of unilateral swaps

The SRM swaps out an address space without swapping in another address space. This occurs when the MPL of a domain exceeds the target MPL specified for the domain.

SMF71

SYSPAGI

system area page-in rate per second, excluding VIO

SMF71

SYSPAGO

system area page-out rate per second, excluding VIO

SMF71

SYST

percentage of CPU busy time that the processor was executing in key zero

CMF-01

TAPES

the highest of MAX3420, MAX3480, MAX3490, or MAX3590

CMF-05

TPL-nnn

average target multiprogramming level for the specified domain; the TMPL stored by the SRM in the domain table (DMDT); nnn is the domain number

CMF-04

TSO-ABS

rate at which TSO users who logged off during the measurement interval consumed service units per second while transactions were resident in central storage

CMF-21

TSO-COMM

total number of TSO commands

CMF-20

TSO-COMR

rate per minute at which TSO commands are issued when there are commands to measure in a record interval; TSO commands are monitored using SYSEVENT 0 (TSEVENT)

CMF-20

TSO-CPU

percentage of time during the measurement interval that the CPU was executing on behalf of a TSO user

CMF-01

TSO-PAGR

page rate per second for TSO users who logged off during the measurement interval

CMF-21

TSO-PAGS

average number of pages stolen per TSO session

CMF-21

TSO-RESP

average response time in seconds for all TSO commands timed during the measurement interval

Response time is the difference between SYSEVENTs 0 (TSEVENT) and 34 (TPUT).

CMF-20

TSO-SERV

rate at which TSO users who logged off during the measurement interval consumed service units per second while transactions were active

CMF-21

TSO-SWAP

average number of swap sequences per TSO session

CMF-21

TSO-SWPR

swap rate per minute for TSO users who logged off during the measurement interval

CMF-21

TSO-TRNS

average number of transactions per TSO session

CMF-21

VIOPAGI

VIO page-in rate per second

SMF71

VIOPAGO

VIO page-out rate per second

SMF71

VIORECL

VIO page reclaim rate per minute

SMF71