5. FILES › 5.2 HAR Information Area Files › 5.2.27 Physical Hardware File (HARPHY) › 5.2.27.3 Usage Considerations
5.2.27.3 Usage Considerations
Special considerations or techniques related to using the
HARPHY file are provided below.
1. The HARPHY file is created from the DETAIL HARIPU and
HARDVA files and contains one observation for each
physical CPC or device for the day. Therefore, each
observation contains an ENDTS value with the date set to
the observed date, and the time set to 23:59:59.
After ENDTS is set, the CMNFLDS macro is invoked so
associated date and time fields are reset based on the
end of day value.
2. Care must be exercised in using the special date and time
data elements contained in each CA MICS file. As the
file's granularity increases in higher timespans, certain
fields lose significance; they should not be used in
those cases.
o HOUR should not be used in MONTHS.
o DAY should not be used in WEEKS, MONTHS.
o WEEK should not be used in MONTHS.
5. The HARPHY file contains an inventory of physical
hardware. Additional HARPHY data elements can be added
to RMFGENIN and values can be assigned via RMFPHYDE
parameters. Calculations for HARPHY data element can be
performed in the USRSPHY user exit.
5.2.28 CPU Measurement Facility Engine (HARCME) File
The CPU Measurement Facility Engine file provides IPU level
statistics for each active logical processor (engine)
assigned to a z/OS LPAR. The statistics are derived from
counter information collected by the IBM Hardware
Instrumentation Services (HIS) and the IBM CPU Measurement
Facility (CPU MF).
Measurements include counts of instructions executed, cycles
expended, level 1 cache miss sourcing information,
cryptographic processor usage, and translation lookaside
buffer and page table activity. Capacity related statistics
such as the Relative Nest Intensity (RNI) are derived from
the counter statistics.
The information in the HARCME file is obtained from the
Counters section of the SMF type 113 subtype 2 Hardware
capacity, reporting, and statistics record.
The following sections describe the file's organization, list
the data elements maintained, and provide usage hints.
1 - File Organization
2 - Data Elements List
3 - Usage Considerations
5.2.28.1 File Organization
The table below identifies data elements by which the file is
sequenced and summarized in each timespan. N/A indicates
that the file is not supported in a timespan. At the DETAIL
level, data is sequenced but not summarized.
NOTE: The timespans in which a file is supported are
defined by each installation when CA MICS is installed.
Therefore, this table has been generated as part of the
installation process to accurately reflect the CA MICS system
at your installation.
+---------+-------------------------------------------------+
|Timespan | Level of Data Granularity |
+---------+-------------------------------------------------+
| | |
| DETAIL |SYSID YEAR MONTH DAY HOUR |
| |ENDTS HISCVER1 HISCVER2 CPUTYPE IPUADDR |
| | |
| DAYS |SYSID YEAR MONTH DAY HOUR |
| |HISCVER1 HISCVER2 CPUTYPE IPUADDR |
| | |
| WEEKS |SYSID YEAR WEEK ZONE HOUR |
| |HISCVER1 HISCVER2 CPUTYPE IPUADDR |
| | |
| MONTHS |SYSID YEAR MONTH ZONE HISCVER1 |
| |HISCVER2 CPUTYPE IPUADDR |
| | |
| YEARS |SYSID YEAR ZONE HISCVER1 HISCVER2 |
| |CPUTYPE IPUADDR |
| | |
+---------+-------------------------------------------------+
| TABLES | N/A |
+---------+-------------------------------------------------+
Generation Date: Fri, Dec 30, 2011
NOTE: This file was generated with ESSENTIAL=ALL
option in effect. All data elements defined in
the file are generated.
NOTE: This file was generated with DERIVED=DEFault
option in effect. Whether data elements are
kept on the file on auxiliary storage or not
is controlled by the complex definition of the
DERIVED option.
5.2.28.2 Data Elements List
The table below identifies data elements contained in this
file. The entries for each data element are:
TIMESPAN: Defines the timespans in which the data element
is supported. The timespans are indicated by
the letters "XDWMYT" as follows:
X - DETAIL
D - DAYS
W - WEEKS
M - MONTHS
Y - YEARS
T - TABLES AREA
. - File is not supported
The timespan field also indicates Essential Elements with
the letter E, if applicable.
DATA ELEMENT: The data element name.
DATA ELEMENT DESCRIPTION: The data element's long name.
The timespans in which a data element is supported are
defined by each installation when CA MICS is installed.
Therefore, this table has been generated as part of the
installation process to accurately reflect the CA MICS
system at your installation.
GENERATION DATE: Fri, Dec 30, 2011
Note: Essential data elements are identified by an "E"
under the Timespan asterisk (*) column.
Time- Data Data Element
Span * Element Description (LABEL)
------- -------- ----------------------------------------
Sequence/Summary Data Elements
XDWMY.E CPUTYPE - Physical Processor Type
XD....E DAY - Day of Month
XDWMY.E HISCVER1 - CPU MF HIS Basic/Problem Counter Ver
XDWMY.E HISCVER2 - CPU MF HIS Extended/Crypto Counter Ver
XDW...E HOUR - Hour of Day
XDWMY.E IPUADDR - Processor Address
XD.M..E MONTH - Month of Year
XDWMY.E SYSID - System Identifier
XDW...E WEEK - Week of Year
XDWMY.E YEAR - Year of Century
XDWMY.E ZONE - Time Zone
Common Data Elements
XDWMY.E CPCCHGRS - Capacity Change Reason
XDWMY.E CPCHWMID - CPC Physical Model Identifier
XDWMY.E CPCMODID - CPC Model Identifier
XDWMY.E CPCMODNR - Nominal Model Capacity Rating
XDWMY.E CPCMODRT - Effec. Model Capacity Rating
XDWMY.E CPCMPCID - CPC Permanent Model Capacity Identifier
XDWMY.E CPCMPCNR - Nominal Permanent Model Capacity Rating
XDWMY.E CPCMPCRT - Effec. Permanent Model Capacity Rating
XDWMY.E CPCMTCID - CPC Temporary Model Capacity Identifier
XDWMY.E CPCMTCNR - Nominal Temporary Model Capacity Rating
XDWMY.E CPCMTCRT - Effec. Temporary Model Capacity Rating
XDWMY.E CPCPLANT - CPC Manufacturer Plant
XDWMY.E CPCSEQNB - CPC Sequence Number
XDWMY.E CPCUID - CPC Unique Identifier
XDWMY.E CPUMODEL - CPU Model
XD....E DAYNAME - Name of Day of Week
XDWMY.E DURATION - Recording Interval Time
XDWMY.E ENDTS - End Time Stamp
X.....E HISCSTTS - CPU MF HIS Collection Start Timestamp
X.....E HISINTYP - CPU MF HIS Interval Record Type
X.....E HISRVER - CPU MF HIS Record Version Number
XDWMY.E INTERVLS - Number of Recording Intervals
X.....E JOB - Job Identification
X.....E MVSLEVEL - MVS Software Level
X.....E ORGSYSID - Originating System Identification
X.....E RDRTS - Reader Time Stamp
XDWMY.E STARTTS - Start Time Stamp
X.....E STEPNAME - Program Step Name
Retained Data Elements
X.....E CMEIPUD - IPU File Match Description
Accumulated Data Elements
XDWMY.E CMEB0 - B0-Total Cycles
XDWMY.E CMEB1 - B1-Total Instructions
XDWMY.E CMEB2 - B2-Total L1 I-Cache Writes
XDWMY.E CMEB3 - B3-Total L1 I-Cache Penalty Cycles
XDWMY.E CMEB4 - B4-Total L1 D-Cache Writes
XDWMY.E CMEB5 - B5-Total L1 D-Cache Penalty Cycles
XDWMY.E CMEC64 - C64-Crypto PRNG Functions
XDWMY.E CMEC65 - C65-Crypto PRNG Cycles
XDWMY.E CMEC66 - C66-Crypto PRNG Blocked Functions
XDWMY.E CMEC67 - C67-Crypto PRNG Blocked Cycles
XDWMY.E CMEC68 - C68-Crypto SHA Functions
XDWMY.E CMEC69 - C69-Crypto SHA Cycles
XDWMY.E CMEC70 - C70-Crypto SHA Blocked Functions
XDWMY.E CMEC71 - C71-Crypto SHA Blocked Cycles
XDWMY.E CMEC72 - C72-Crypto DEA Functions
XDWMY.E CMEC73 - C73-Crypto DEA Cycles
XDWMY.E CMEC74 - C74-Crypto DEA Blocked Functions
XDWMY.E CMEC75 - C75-Crypto DEA Blocked Cycles
XDWMY.E CMEC76 - C76-Crypto AES Functions
XDWMY.E CMEC77 - C77-Crypto AES Cycles
XDWMY.E CMEC78 - C78-Crypto AES Blocked Functions
XDWMY.E CMEC79 - C79-Crypto AES Blocked Cycles
XDWMY.E CMEIPUCT - Processor Engine Count
XDWMY.E CMEIPUR - IPU File Match Result
XDWMY.E CMEP32 - P32-ProbSt Cycles
XDWMY.E CMEP33 - P33-ProbSt Instructions
XDWMY.E CMEP34 - P34-ProbSt L1 I-Cache Writes
XDWMY.E CMEP35 - P35-ProbSt L1 I-Cache Penalty Cycles
XDWMY.E CMEP36 - P36-ProbSt L1 D-Cache Writes
XDWMY.E CMEP37 - P37-ProbSt L1 D-Cache Penalty Cycles
XDWMY.E CMESPEED - Processor Speed (GigaHertz)
XDWMY.E CMES32 - SuperV-State Cycles
XDWMY.E CMES33 - SuperV-State Instructions
XDWMY.E CMES34 - SuperV-State L1 I-Cache Writes
XDWMY.E CMES35 - SuperV-State L1 I-Cache Penalty Cycles
XDWMY.E CMES36 - SuperV-State L1 D-Cache Writes
XDWMY.E CMES37 - SuperV-State L1 D-Cache Penalty Cycles
XDWMY.E CMETL1P - Total L1 Penalty Cycles
XDWMY.E CMETL1W - Total L1 Cache Writes
XDWMY.E CME1DL15 - V1 L1-D from L1.5 (E129)
XDWMY.E CME1DL2A - V1 L1-D from L2 On-Bk (E131)
XDWMY.E CME1DL2B - V1 L1-D from L2 Off-Bk (E133)
XDWMY.E CME1DL3A - V1 L1-D from Local Memory (E134)
XDWMY.E CME1DL3B - V1 L1-D from Remote Memory (calc)
XDWMY.E CME1DUE - V1 L1 D-Cache Updt to Exclusive (E136)
XDWMY.E CME1ICI - V1 L1 I-Cache Line Invalidated (E137)
XDWMY.E CME1IL15 - V1 L1-I from L1.5 (E128)
XDWMY.E CME1IL2A - V1 L1-I from L2 On-Bk (E130)
XDWMY.E CME1IL2B - V1 L1-I from L2 Off-Bk (E132)
XDWMY.E CME1IL3A - V1 L1-I from Local Memory (E135)
XDWMY.E CME1IL3B - V1 L1-I from Remote Memory (calc)
XDWMY.E CME1L15T - V1 L1.5 Cache Total Stores (E147)
XDWMY.E CME1TL15 - V1 Total L1 from L1.5
XDWMY.E CME1TL2A - V1 Total L1 from L2 On-Bk
XDWMY.E CME1TL2B - V1 Total L1 from L2 Off-Bk
XDWMY.E CME1TL3A - V1 Total L1 from Local Memory
XDWMY.E CME1TL3B - V1 Total L1 from Remote Memory
XDWMY.E CME11DBE - V1 L1 D-TLB Translation Entry (E139)
XDWMY.E CME11DBP - V1 L1 D-TLB Miss Penalty Cycles (E146)
XDWMY.E CME11IBE - V1 L1 I-TLB Translation Entry (E138)
XDWMY.E CME11IBP - V1 L1 I-TLB Miss Penalty Cycles (E145)
XDWMY.E CME11TBE - V1 L1 Total TLB Translation Entries
XDWMY.E CME11TBP - V1 L1 Total TLB Miss Penalty Cycles
XDWMY.E CME12BCE - V1 L2 TLB CRSTE Array Entry (E141)
XDWMY.E CME12BCL - V1 L2 TLB CRSTE Array Entry 1MB (E142)
XDWMY.E CME12BPE - V1 L2 TLB PTE Array Entry (E140)
XDWMY.E CME2DL2 - V2 L1-D from L2 (E128)
XDWMY.E CME2DL3A - V2 L1-D from L3 On-Bk On-Chp (E150)
XDWMY.E CME2DL3B - V2 L1-D from L3 On-Bk Off-Chp (E152)
XDWMY.E CME2DL3C - V2 L1-D from L3 Off-Bk (E134)
XDWMY.E CME2DL4A - V2 L1-D from L4 On-Bk (E135)
XDWMY.E CME2DL4B - V2 L1-D from L4 Off-Bk (E138)
XDWMY.E CME2DL5A - V2 L1-D from Local Memory (E141)
XDWMY.E CME2DL5B - V2 L1-D from Remote Memory (calc)
XDWMY.E CME2DUE - V2 L1 D-Cache Updt to Exclusive (E137)
XDWMY.E CME2IL2 - V2 L1-I from L2 (E129)
XDWMY.E CME2IL3A - V2 L1-I from L3 On-Bk On-Chp (E153)
XDWMY.E CME2IL3B - V2 L1-I from L3 On-Bk Off-Chp (E155)
XDWMY.E CME2IL3C - V2 L1-I from L3 Off-Bk (E143)
XDWMY.E CME2IL4A - V2 L1-I from L4 On-Bk (E136)
XDWMY.E CME2IL4B - V2 L1-I from L4 Off-Bk (E139)
XDWMY.E CME2IL5A - V2 L1-I from Local Memory (E142)
XDWMY.E CME2IL5B - V2 L1-I from Remote Memory (calc)
XDWMY.E CME2L2T - V2 L2 Cache Total Stores (E133)
XDWMY.E CME2TL2 - V2 Total L1 from L2
XDWMY.E CME2TL3A - V2 Total L1 from L3 On-Bk On-Chp
XDWMY.E CME2TL3B - V2 Total L1 from L3 On-Bk Off-Chp
XDWMY.E CME2TL3C - V2 Total L1 from L3 Off-Bk
XDWMY.E CME2TL4A - V2 Total L1 from L4 On-Bk
XDWMY.E CME2TL4B - V2 Total L1 from L4 Off-Bk
XDWMY.E CME2TL5A - V2 Total L1 from Local Memory
XDWMY.E CME2TL5B - V2 Total L1 from Remote Memory
XDWMY.E CME21DBE - V2 L1 D-TLB Translation Entry (E144)
XDWMY.E CME21DBL - V2 L1 D-TLB Translation Entry 1MB (E140)
XDWMY.E CME21DBP - V2 L1 D-TLB Miss Penalty Cycles (E130)
XDWMY.E CME21IBE - V2 L1 I-TLB Translation Entry (E145)
XDWMY.E CME21IBP - V2 L1 I-TLB Miss Penalty Cycles (E131)
XDWMY.E CME21TBE - V2 L1 Total TLB Translation Entries
XDWMY.E CME21TBP - V2 L1 Total TLB Miss Penalty Cycles
XDWMY.E CME22BCE - V2 L2 TLB CRSTE Array Entry (E148)
XDWMY.E CME22BCL - V2 L2 TLB CRSTE Array Entry 1MB (E147)
XDWMY.E CME22BPE - V2 L2 TLB PTE Array Entry (E146)
Derived Data Elements
XDWMY.E CMEAVCBA - Avg P-Cycles Blocked Crypto AES
XDWMY.E CMEAVCBD - Avg P-Cycles Blocked Crypto DEA
XDWMY.E CMEAVCBP - Avg P-Cycles Blocked Crypto PRNG
XDWMY.E CMEAVCBS - Avg P-Cycles Blocked Crypto SHA
XDWMY.E CMEAVIPU - Average Processor Count
XDWMY.E CMEAVSPD - Average Processor Speed (GigaHertz)
XDWMY.E CMECPI - Cycles Per Instruction
XDWMY.E CMEMIPS - Actual MIPS Usage Rate
XDWMY.E CMEPCBSY - Percent Busy
XDWMY.E CMEPCCBA - Pct Blocked AES Crypto Functions
XDWMY.E CMEPCCBD - Pct Blocked DEA Crypto Functions
XDWMY.E CMEPCCBP - Pct Blocked PRNG Crypto Functions
XDWMY.E CMEPCCBS - Pct Blocked SHA Crypto Functions
XDWMY.E CMEPCL1M - Pct Level 1 Cache Miss
XDWMY.E CMEPCPST - Pct Problem State
XDWMY.E CMEPCSST - Pct Supervisor State
XDWMY.E CME1AVPD - V1 Avg Penalty Cycles per L1 D-Miss
XDWMY.E CME1AVPI - V1 Avg Penalty Cycles per L1 I-Miss
XDWMY.E CME1AVPM - V1 Avg Penalty Cycles per L1 Miss
XDWMY.E CME1AVPT - V1 Avg Penalty Cycles per TLB Miss
XDWMY.E CME1ECPI - V1 Estimated Finite CPI
XDWMY.E CME1EICC - V1 Est Instruction Complexity CPI
XDWMY.E CME1ESCM - V1 Est Sourcing Cycles per L1 Miss
XDWMY.E CME1PCMT - V1 TLB CPU Pct Miss of Total CPU
XDWMY.E CME1PCPT - V1 Pct PTE Misses of TLB1 Misses
XDWMY.E CME1PC15 - V1 Pct L1 from L1.5
XDWMY.E CME1PC2A - V1 Pct L1 from L2 On-Bk
XDWMY.E CME1PC2B - V1 Pct L1 from L2 Off-Bk
XDWMY.E CME1PC3A - V1 Pct L1 from Local Memory
XDWMY.E CME1PC3B - V1 Pct L1 from Remote Memory
XDWMY.E CME1PD15 - V1 Pct L1-D from L1.5
XDWMY.E CME1PD2A - V1 Pct L1-D from L2 On-Bk
XDWMY.E CME1PD2B - V1 Pct L1-D from L2 Off-Bk
XDWMY.E CME1PD3A - V1 Pct L1-D from Local Memory
XDWMY.E CME1PD3B - V1 Pct L1-D from Remote Memory
XDWMY.E CME1PI15 - V1 Pct L1-I from L1.5
XDWMY.E CME1PI2A - V1 Pct L1-I from L2 On-Bk
XDWMY.E CME1PI2B - V1 Pct L1-I from L2 Off-Bk
XDWMY.E CME1PI3A - V1 Pct L1-I from Local Memory
XDWMY.E CME1PI3B - V1 Pct L1-I from Remote Memory
XDWMY.E CME1RNI - V1 Relative Nest Intensity
XDWMY.E CME2AVPD - V2 Avg Penalty Cycles per L1 D-Miss
XDWMY.E CME2AVPI - V2 Avg Penalty Cycles per L1 I-Miss
XDWMY.E CME2AVPM - V2 Avg Penalty Cycles per L1 Miss
XDWMY.E CME2AVPT - V2 Avg Penalty Cycles per TLB Miss
XDWMY.E CME2ECPI - V2 Estimated Finite CPI
XDWMY.E CME2EICC - V2 Est Instruction Complexity CPI
XDWMY.E CME2ESCM - V2 Est Sourcing Cycles per L1 Miss
XDWMY.E CME2PCMT - V2 TLB CPU Pct Miss of Total CPU
XDWMY.E CME2PCPT - V2 Pct PTE Misses of TLB1 Misses
XDWMY.E CME2PC2 - V2 Pct L1 from L2
XDWMY.E CME2PC3A - V2 Pct L1 from L3 On-Bk On-Chp
XDWMY.E CME2PC3B - V2 Pct L1 from L3 On-Bk Off-Chp
XDWMY.E CME2PC3C - V2 Pct L1 from L3 Off-Bk
XDWMY.E CME2PC4A - V2 Pct L1 from L4 On-Bk
XDWMY.E CME2PC4B - V2 Pct L1 from L4 Off-Bk
XDWMY.E CME2PC5A - V2 Pct L1 from Local Memory
XDWMY.E CME2PC5B - V2 Pct L1 from Remote Memory
XDWMY.E CME2PD2 - V2 PCT L1-D from L2
XDWMY.E CME2PD3A - V2 PCT L1-D from L3 On-Bk On-Chp
XDWMY.E CME2PD3B - V2 PCT L1-D from L3 On-Bk Off-Chp
XDWMY.E CME2PD3C - V2 PCT L1-D from L3 Off-Bk
XDWMY.E CME2PD4A - V2 PCT L1-D from L4 On-Bk
XDWMY.E CME2PD4B - V2 PCT L1-D from L4 Off-Bk
XDWMY.E CME2PD5A - V2 PCT L1-D from Local Memory
XDWMY.E CME2PD5B - V2 PCT L1-D from Remote Memory
XDWMY.E CME2PI2 - V2 PCT L1-I from L2
XDWMY.E CME2PI3A - V2 PCT L1-I from L3 On-Bk On-Chp
XDWMY.E CME2PI3B - V2 PCT L1-I from L3 On-Bk Off-Chp
XDWMY.E CME2PI3C - V2 PCT L1-I from L3 Off-Bk
XDWMY.E CME2PI4A - V2 PCT L1-I from L4 On-Bk
XDWMY.E CME2PI4B - V2 PCT L1-I from L4 Off-Bk
XDWMY.E CME2PI5A - V2 PCT L1-I from Local Memory
XDWMY.E CME2PI5B - V2 PCT L1-I from Remote Memory
XDWMY.E CME2RNI - V2 Relative Nest Intensity
5.2.28.3 Usage Considerations
Special considerations or techniques related to using the
HARCME file are provided below.
1. The SMF type 113 record, used to create the HARCME file,
is not created by the IBM Resource Measurement Facility
(RMF). As a result, the STARTTS and ENDTS values for
DETAIL level records will not exactly match the other RMF
component database files.
The Hardware Instrumentation Services (HIS) control
statements used to activate SMF type 113 record
collection include a SMFINTVAL=SYNC parameter that
synchronizes SMF type 113 records interval duration and
interval boundaries with those used by RMF, but the
timestamps do not match exactly.
As a result, at the DETAIL timespan, HARCME file
observations cannot be exactly merged with CA MICS files
created from RMF data, such as the HARIPU or HARCPU
files. If SMFINTVAL=SYNC is used in the HIS control
statements, however, merging this file with other RMF
component files at the DAYS and higher timespans will
provide accurate measurement associations.
2. Care must be exercised in using the special date and time
data elements contained in each CA MICS file. As the
file's granularity increases in higher timespans, certain
fields lose significance; they should not be used in
those cases.
o HOUR should not be used in MONTHS.
o DAY and DAYNAME should not be used in WEEKS, MONTHS.
o WEEK should not be used in MONTHS.
3. ENDTS and STARTTS, when appearing in the DAYS, WEEKS, or
MONTHS timespans, bound the span of time over which the
data has been summarized. STARTTS is the lowest date and
time and ENDTS is the highest date and time for the data
summarized. These data elements have different meanings
when used in the DETAIL timespan versus the DAYS, WEEKS,
and MONTHS timespans. Their purpose in DETAIL is
described below:
o STARTTS represents either the start time of an HIS
collection run, or the start time boundary of an
interval record.
o ENDTS represents the HIS interval record end time.
5.2.29 CPU Measurement Facility EngType (HARCMT) File
The CPU Measurement Facility EngType file provides statistics
for each type (e.g., CP, zIIP, zAAP) of active logical
processors (engines) assigned to a z/OS LPAR. The statistics
are derived from counter information collected by the IBM
Hardware Instrumentation Services (HIS) and the IBM CPU
Measurement Facility (CPU MF).
Measurements include counts of instructions executed, cycles
expended, level 1 cache miss sourcing information,
cryptographic processor usage, and translation lookaside
buffer and page table activity. Capacity related statistics
such as the Relative Nest Intensity (RNI) are derived from
the counter statistics.
The information in the HARCMT file is obtained from the
Counters section of the SMF type 113 subtype 2 Hardware
capacity, reporting, and statistics record.
The following sections describe the file's organization, list
the data elements maintained, and provide usage hints.
1 - File Organization
2 - Data Elements List
3 - Usage Considerations
5.2.29.1 File Organization
The table below identifies data elements by which the file is
sequenced and summarized in each timespan. N/A indicates
that the file is not supported in a timespan. At the DETAIL
level, data is sequenced but not summarized.
NOTE: The timespans in which a file is supported are
defined by each installation when CA MICS is installed.
Therefore, this table has been generated as part of the
installation process to accurately reflect the CA MICS system
at your installation.
+---------+-------------------------------------------------+
|Timespan | Level of Data Granularity |
+---------+-------------------------------------------------+
| | |
| DETAIL |SYSID YEAR MONTH DAY HOUR |
| |ENDTS HISCVER1 HISCVER2 CPUTYPE |
| | |
| DAYS |SYSID YEAR MONTH DAY HOUR |
| |HISCVER1 HISCVER2 CPUTYPE |
| | |
| WEEKS |SYSID YEAR WEEK ZONE HOUR |
| |HISCVER1 HISCVER2 CPUTYPE |
| | |
| MONTHS |SYSID YEAR MONTH ZONE HISCVER1 |
| |HISCVER2 CPUTYPE |
| | |
| YEARS |SYSID YEAR ZONE HISCVER1 HISCVER2 |
| |CPUTYPE |
| | |
+---------+-------------------------------------------------+
| TABLES | N/A |
+---------+-------------------------------------------------+
Generation Date: Fri, Dec 30, 2011
NOTE: This file was generated with ESSENTIAL=ALL
option in effect. All data elements defined in
the file are generated.
NOTE: This file was generated with DERIVED=DEFault
option in effect. Whether data elements are
kept on the file on auxiliary storage or not
is controlled by the complex definition of the
DERIVED option.
5.2.29.2 Data Elements List
The table below identifies data elements contained in this
file. The entries for each data element are:
TIMESPAN: Defines the timespans in which the data element
is supported. The timespans are indicated by
the letters "XDWMYT" as follows:
X - DETAIL
D - DAYS
W - WEEKS
M - MONTHS
Y - YEARS
T - TABLES AREA
. - File is not supported
The timespan field also indicates Essential Elements with
the letter E, if applicable.
DATA ELEMENT: The data element name.
DATA ELEMENT DESCRIPTION: The data element's long name.
The timespans in which a data element is supported are
defined by each installation when CA MICS is installed.
Therefore, this table has been generated as part of the
installation process to accurately reflect the CA MICS
system at your installation.
GENERATION DATE: Fri, Dec 30, 2011
Note: Essential data elements are identified by an "E"
under the Timespan asterisk (*) column.
Time- Data Data Element
Span * Element Description (LABEL)
------- -------- ----------------------------------------
Sequence/Summary Data Elements
XDWMY.E CPUTYPE - Physical Processor Type
XD....E DAY - Day of Month
XDWMY.E HISCVER1 - CPU MF HIS Basic/Problem Counter Ver
XDWMY.E HISCVER2 - CPU MF HIS Extended/Crypto Counter Ver
XDW...E HOUR - Hour of Day
XD.M..E MONTH - Month of Year
XDWMY.E SYSID - System Identifier
XDW...E WEEK - Week of Year
XDWMY.E YEAR - Year of Century
XDWMY.E ZONE - Time Zone
Common Data Elements
XDWMY.E CPCCHGRS - Capacity Change Reason
XDWMY.E CPCHWMID - CPC Physical Model Identifier
XDWMY.E CPCMODID - CPC Model Identifier
XDWMY.E CPCMODNR - Nominal Model Capacity Rating
XDWMY.E CPCMODRT - Effec. Model Capacity Rating
XDWMY.E CPCMPCID - CPC Permanent Model Capacity Identifier
XDWMY.E CPCMPCNR - Nominal Permanent Model Capacity Rating
XDWMY.E CPCMPCRT - Effec. Permanent Model Capacity Rating
XDWMY.E CPCMTCID - CPC Temporary Model Capacity Identifier
XDWMY.E CPCMTCNR - Nominal Temporary Model Capacity Rating
XDWMY.E CPCMTCRT - Effec. Temporary Model Capacity Rating
XDWMY.E CPCPLANT - CPC Manufacturer Plant
XDWMY.E CPCSEQNB - CPC Sequence Number
XDWMY.E CPCUID - CPC Unique Identifier
XDWMY.E CPUMODEL - CPU Model
XD....E DAYNAME - Name of Day of Week
XDWMY.E DURATION - Recording Interval Time
XDWMY.E ENDTS - End Time Stamp
X.....E HISCSTTS - CPU MF HIS Collection Start Timestamp
X.....E HISINTYP - CPU MF HIS Interval Record Type
X.....E HISRVER - CPU MF HIS Record Version Number
XDWMY.E INTERVLS - Number of Recording Intervals
X.....E JOB - Job Identification
X.....E MVSLEVEL - MVS Software Level
X.....E ORGSYSID - Originating System Identification
X.....E RDRTS - Reader Time Stamp
XDWMY.E STARTTS - Start Time Stamp
X.....E STEPNAME - Program Step Name
Accumulated Data Elements
XDWMY.E CMTB0 - B0-Total Cycles
XDWMY.E CMTB1 - B1-Total Instructions
XDWMY.E CMTB2 - B2-Total L1 I-Cache Writes
XDWMY.E CMTB3 - B3-Total L1 I-Cache Penalty Cycles
XDWMY.E CMTB4 - B4-Total L1 D-Cache Writes
XDWMY.E CMTB5 - B5-Total L1 D-Cache Penalty Cycles
XDWMY.E CMTC64 - C64-Crypto PRNG Functions
XDWMY.E CMTC65 - C65-Crypto PRNG Cycles
XDWMY.E CMTC66 - C66-Crypto PRNG Blocked Functions
XDWMY.E CMTC67 - C67-Crypto PRNG Blocked Cycles
XDWMY.E CMTC68 - C68-Crypto SHA Functions
XDWMY.E CMTC69 - C69-Crypto SHA Cycles
XDWMY.E CMTC70 - C70-Crypto SHA Blocked Functions
XDWMY.E CMTC71 - C71-Crypto SHA Blocked Cycles
XDWMY.E CMTC72 - C72-Crypto DEA Functions
XDWMY.E CMTC73 - C73-Crypto DEA Cycles
XDWMY.E CMTC74 - C74-Crypto DEA Blocked Functions
XDWMY.E CMTC75 - C75-Crypto DEA Blocked Cycles
XDWMY.E CMTC76 - C76-Crypto AES Functions
XDWMY.E CMTC77 - C77-Crypto AES Cycles
XDWMY.E CMTC78 - C78-Crypto AES Blocked Functions
XDWMY.E CMTC79 - C79-Crypto AES Blocked Cycles
XDWMY.E CMTIPUCT - Processor Engine Count
XDWMY.E CMTIPUR - IPU File Match Result
XDWMY.E CMTP32 - P32-ProbSt Cycles
XDWMY.E CMTP33 - P33-ProbSt Instructions
XDWMY.E CMTP34 - P34-ProbSt L1 I-Cache Writes
XDWMY.E CMTP35 - P35-ProbSt L1 I-Cache Penalty Cycles
XDWMY.E CMTP36 - P36-ProbSt L1 D-Cache Writes
XDWMY.E CMTP37 - P37-ProbSt L1 D-Cache Penalty Cycles
XDWMY.E CMTSPEED - Processor Speed (GigaHertz)
XDWMY.E CMTS32 - SuperV-State Cycles
XDWMY.E CMTS33 - SuperV-State Instructions
XDWMY.E CMTS34 - SuperV-State L1 I-Cache Writes
XDWMY.E CMTS35 - SuperV-State L1 I-Cache Penalty Cycles
XDWMY.E CMTS36 - SuperV-State L1 D-Cache Writes
XDWMY.E CMTS37 - SuperV-State L1 D-Cache Penalty Cycles
XDWMY.E CMTTL1P - Total L1 Penalty Cycles
XDWMY.E CMTTL1W - Total L1 Cache Writes
XDWMY.E CMT1DL15 - V1 L1-D from L1.5 (E129)
XDWMY.E CMT1DL2A - V1 L1-D from L2 On-Bk (E131)
XDWMY.E CMT1DL2B - V1 L1-D from L2 Off-Bk (E133)
XDWMY.E CMT1DL3A - V1 L1-D from Local Memory (E134)
XDWMY.E CMT1DL3B - V1 L1-D from Remote Memory (calc)
XDWMY.E CMT1DUE - V1 L1 D-Cache Updt to Exclusive (E136)
XDWMY.E CMT1ICI - V1 L1 I-Cache Line Invalidated (E137)
XDWMY.E CMT1IL15 - V1 L1-I from L1.5 (E128)
XDWMY.E CMT1IL2A - V1 L1-I from L2 On-Bk (E130)
XDWMY.E CMT1IL2B - V1 L1-I from L2 Off-Bk (E132)
XDWMY.E CMT1IL3A - V1 L1-I from Local Memory (E135)
XDWMY.E CMT1IL3B - V1 L1-I from Remote Memory (calc)
XDWMY.E CMT1L15T - V1 L1.5 Cache Total Stores (E147)
XDWMY.E CMT1TL15 - V1 Total L1 from L1.5
XDWMY.E CMT1TL2A - V1 Total L1 from L2 On-Bk
XDWMY.E CMT1TL2B - V1 Total L1 from L2 Off-Bk
XDWMY.E CMT1TL3A - V1 Total L1 from Local Memory
XDWMY.E CMT1TL3B - V1 Total L1 from Remote Memory
XDWMY.E CMT11DBE - V1 L1 D-TLB Translation Entry (E139)
XDWMY.E CMT11DBP - V1 L1 D-TLB Miss Penalty Cycles (E146)
XDWMY.E CMT11IBE - V1 L1 I-TLB Translation Entry (E138)
XDWMY.E CMT11IBP - V1 L1 I-TLB Miss Penalty Cycles (E145)
XDWMY.E CMT11TBE - V1 L1 Total TLB Translation Entries
XDWMY.E CMT11TBP - V1 L1 Total TLB Miss Penalty Cycles
XDWMY.E CMT12BCE - V1 L2 TLB CRSTE Array Entry (E141)
XDWMY.E CMT12BCL - V1 L2 TLB CRSTE Array Entry 1MB (E142)
XDWMY.E CMT12BPE - V1 L2 TLB PTE Array Entry (E140)
XDWMY.E CMT2DL2 - V2 L1-D from L2 (E128)
XDWMY.E CMT2DL3A - V2 L1-D from L3 On-Bk On-Chp (E150)
XDWMY.E CMT2DL3B - V2 L1-D from L3 On-Bk Off-Chp (E152)
XDWMY.E CMT2DL3C - V2 L1-D from L3 Off-Bk (E134)
XDWMY.E CMT2DL4A - V2 L1-D from L4 On-Bk (E135)
XDWMY.E CMT2DL4B - V2 L1-D from L4 Off-Bk (E138)
XDWMY.E CMT2DL5A - V2 L1-D from Local Memory (E141)
XDWMY.E CMT2DL5B - V2 L1-D from Remote Memory (calc)
XDWMY.E CMT2DUE - V2 L1 D-Cache Updt to Exclusive (E137)
XDWMY.E CMT2IL2 - V2 L1-I from L2 (E129)
XDWMY.E CMT2IL3A - V2 L1-I from L3 On-Bk On-Chp (E153)
XDWMY.E CMT2IL3B - V2 L1-I from L3 On-Bk Off-Chp (E155)
XDWMY.E CMT2IL3C - V2 L1-I from L3 Off-Bk (E143)
XDWMY.E CMT2IL4A - V2 L1-I from L4 On-Bk (E136)
XDWMY.E CMT2IL4B - V2 L1-I from L4 Off-Bk (E139)
XDWMY.E CMT2IL5A - V2 L1-I from Local Memory (E142)
XDWMY.E CMT2IL5B - V2 L1-I from Remote Memory (calc)
XDWMY.E CMT2L2T - V2 L2 Cache Total Stores (E133)
XDWMY.E CMT2TL2 - V2 Total L1 from L2
XDWMY.E CMT2TL3A - V2 Total L1 from L3 On-Bk On-Chp
XDWMY.E CMT2TL3B - V2 Total L1 from L3 On-Bk Off-Chp
XDWMY.E CMT2TL3C - V2 Total L1 from L3 Off-Bk
XDWMY.E CMT2TL4A - V2 Total L1 from L4 On-Bk
XDWMY.E CMT2TL4B - V2 Total L1 from L4 Off-Bk
XDWMY.E CMT2TL5A - V2 Total L1 from Local Memory
XDWMY.E CMT2TL5B - V2 Total L1 from Remote Memory
XDWMY.E CMT21DBE - V2 L1 D-TLB Translation Entry (E144)
XDWMY.E CMT21DBL - V2 L1 D-TLB Translation Entry 1MB (E140)
XDWMY.E CMT21DBP - V2 L1 D-TLB Miss Penalty Cycles (E130)
XDWMY.E CMT21IBE - V2 L1 I-TLB Translation Entry (E145)
XDWMY.E CMT21IBP - V2 L1 I-TLB Miss Penalty Cycles (E131)
XDWMY.E CMT21TBE - V2 L1 Total TLB Translation Entries
XDWMY.E CMT21TBP - V2 L1 Total TLB Miss Penalty Cycles
XDWMY.E CMT22BCE - V2 L2 TLB CRSTE Array Entry (E148)
XDWMY.E CMT22BCL - V2 L2 TLB CRSTE Array Entry 1MB (E147)
XDWMY.E CMT22BPE - V2 L2 TLB PTE Array Entry (E146)
Derived Data Elements
XDWMY.E CMTAVCBA - Avg P-Cycles Blocked Crypto AES
XDWMY.E CMTAVCBD - Avg P-Cycles Blocked Crypto DEA
XDWMY.E CMTAVCBP - Avg P-Cycles Blocked Crypto PRNG
XDWMY.E CMTAVCBS - Avg P-Cycles Blocked Crypto SHA
XDWMY.E CMTAVIPU - Average Processor Count
XDWMY.E CMTAVSPD - Average Processor Speed (GigaHertz)
XDWMY.E CMTCPI - Cycles Per Instruction
XDWMY.E CMTMIPS - Actual MIPS Usage Rate
XDWMY.E CMTPCBSY - Percent Busy
XDWMY.E CMTPCCBA - Pct Blocked AES Crypto Functions
XDWMY.E CMTPCCBD - Pct Blocked DEA Crypto Functions
XDWMY.E CMTPCCBP - Pct Blocked PRNG Crypto Functions
XDWMY.E CMTPCCBS - Pct Blocked SHA Crypto Functions
XDWMY.E CMTPCL1M - Pct Level 1 Cache Miss
XDWMY.E CMTPCPST - Pct Problem State
XDWMY.E CMTPCSST - Pct Supervisor State
XDWMY.E CMT1AVPD - V1 Avg Penalty Cycles per L1 D-Miss
XDWMY.E CMT1AVPI - V1 Avg Penalty Cycles per L1 I-Miss
XDWMY.E CMT1AVPM - V1 Avg Penalty Cycles per L1 Miss
XDWMY.E CMT1AVPT - V1 Avg Penalty Cycles per TLB Miss
XDWMY.E CMT1ECPI - V1 Estimated Finite CPI
XDWMY.E CMT1EICC - V1 Est Instruction Complexity CPI
XDWMY.E CMT1ESCM - V1 Est Sourcing Cycles per L1 Miss
XDWMY.E CMT1PCMT - V1 TLB CPU Pct Miss of Total CPU
XDWMY.E CMT1PCPT - V1 Pct PTE Misses of TLB1 Misses
XDWMY.E CMT1PC15 - V1 Pct L1 from L1.5
XDWMY.E CMT1PC2A - V1 Pct L1 from L2 On-Bk
XDWMY.E CMT1PC2B - V1 Pct L1 from L2 Off-Bk
XDWMY.E CMT1PC3A - V1 Pct L1 from Local Memory
XDWMY.E CMT1PC3B - V1 Pct L1 from Remote Memory
XDWMY.E CMT1PD15 - V1 Pct L1-D from L1.5
XDWMY.E CMT1PD2A - V1 Pct L1-D from L2 On-Bk
XDWMY.E CMT1PD2B - V1 Pct L1-D from L2 Off-Bk
XDWMY.E CMT1PD3A - V1 Pct L1-D from Local Memory
XDWMY.E CMT1PD3B - V1 Pct L1-D from Remote Memory
XDWMY.E CMT1PI15 - V1 Pct L1-I from L1.5
XDWMY.E CMT1PI2A - V1 Pct L1-I from L2 On-Bk
XDWMY.E CMT1PI2B - V1 Pct L1-I from L2 Off-Bk
XDWMY.E CMT1PI3A - V1 Pct L1-I from Local Memory
XDWMY.E CMT1PI3B - V1 Pct L1-I from Remote Memory
XDWMY.E CMT1RNI - V1 Relative Nest Intensity
XDWMY.E CMT2AVPD - V2 Avg Penalty Cycles per L1 D-Miss
XDWMY.E CMT2AVPI - V2 Avg Penalty Cycles per L1 I-Miss
XDWMY.E CMT2AVPM - V2 Avg Penalty Cycles per L1 Miss
XDWMY.E CMT2AVPT - V2 Avg Penalty Cycles per TLB Miss
XDWMY.E CMT2ECPI - V2 Estimated Finite CPI
XDWMY.E CMT2EICC - V2 Est Instruction Complexity CPI
XDWMY.E CMT2ESCM - V2 Est Sourcing Cycles per L1 Miss
XDWMY.E CMT2PCMT - V2 TLB CPU Pct Miss of Total CPU
XDWMY.E CMT2PCPT - V2 Pct PTE Misses of TLB1 Misses
XDWMY.E CMT2PC2 - V2 Pct L1 from L2
XDWMY.E CMT2PC3A - V2 Pct L1 from L3 On-Bk On-Chp
XDWMY.E CMT2PC3B - V2 Pct L1 from L3 On-Bk Off-Chp
XDWMY.E CMT2PC3C - V2 Pct L1 from L3 Off-Bk
XDWMY.E CMT2PC4A - V2 Pct L1 from L4 On-Bk
XDWMY.E CMT2PC4B - V2 Pct L1 from L4 Off-Bk
XDWMY.E CMT2PC5A - V2 Pct L1 from Local Memory
XDWMY.E CMT2PC5B - V2 Pct L1 from Remote Memory
XDWMY.E CMT2PD2 - V2 PCT L1-D from L2
XDWMY.E CMT2PD3A - V2 PCT L1-D from L3 On-Bk On-Chp
XDWMY.E CMT2PD3B - V2 PCT L1-D from L3 On-Bk Off-Chp
XDWMY.E CMT2PD3C - V2 PCT L1-D from L3 Off-Bk
XDWMY.E CMT2PD4A - V2 PCT L1-D from L4 On-Bk
XDWMY.E CMT2PD4B - V2 PCT L1-D from L4 Off-Bk
XDWMY.E CMT2PD5A - V2 PCT L1-D from Local Memory
XDWMY.E CMT2PD5B - V2 PCT L1-D from Remote Memory
XDWMY.E CMT2PI2 - V2 PCT L1-I from L2
XDWMY.E CMT2PI3A - V2 PCT L1-I from L3 On-Bk On-Chp
XDWMY.E CMT2PI3B - V2 PCT L1-I from L3 On-Bk Off-Chp
XDWMY.E CMT2PI3C - V2 PCT L1-I from L3 Off-Bk
XDWMY.E CMT2PI4A - V2 PCT L1-I from L4 On-Bk
XDWMY.E CMT2PI4B - V2 PCT L1-I from L4 Off-Bk
XDWMY.E CMT2PI5A - V2 PCT L1-I from Local Memory
XDWMY.E CMT2PI5B - V2 PCT L1-I from Remote Memory
XDWMY.E CMT2RNI - V2 Relative Nest Intensity
5.2.29.3 Usage Considerations
Special considerations or techniques related to using the
HARCMT file are provided below.
1. The SMF type 113 record, used to create the HARCMT file,
is not created by the IBM Resource Measurement Facility
(RMF). As a result, the STARTTS and ENDTS values for
DETAIL level records will not exactly match the other RMF
component database files.
The Hardware Instrumentation Services (HIS) control
statements used to activate SMF type 113 record
collection include a SMFINTVAL=SYNC parameter that
synchronizes SMF type 113 records interval duration and
interval boundaries with those used by RMF, but the
timestamps do not match exactly.
As a result, at the DETAIL timespan, HARCME file
observations cannot be exactly merged with CA MICS files
created from RMF data, such as the HARIPU or HARCPU
files. If SMFINTVAL=SYNC is used in the HIS control
statements, however, merging this file with other RMF
component files at the DAYS and higher timespans will
provide accurate measurement associations.
2. Care must be exercised in using the special date and time
data elements contained in each CA MICS file. As the
file's granularity increases in higher timespans, certain
fields lose significance; they should not be used in
those cases.
o HOUR should not be used in MONTHS.
o DAY and DAYNAME should not be used in WEEKS, MONTHS.
o WEEK should not be used in MONTHS.
3. ENDTS and STARTTS, when appearing in the DAYS, WEEKS, or
MONTHS timespans, bound the span of time over which the
data has been summarized. STARTTS is the lowest date and
time and ENDTS is the highest date and time for the data
summarized. These data elements have different meanings
when used in the DETAIL timespan versus the DAYS, WEEKS,
and MONTHS timespans. Their purpose in DETAIL is
described below:
o STARTTS represents either the start time of an HIS
collection run, or the start time boundary of an
interval record.
o ENDTS represents the HIS interval record end time.
5.2.30 CPU Measurement Facility LPAR (HARCML) File
The CPU Measurement Facility LPAR file provides LPAR level
statistics for all active logical processors (engines)
assigned to a z/OS LPAR. The statistics are derived from
counter information collected by the IBM Hardware
Instrumentation Services (HIS) and the IBM CPU Measurement
Facility (CPU MF).
Measurements include counts of instructions executed, cycles
expended, level 1 cache miss sourcing information,
cryptographic processor usage, and translation lookaside
buffer and page table activity. Capacity related statistics
such as the Relative Nest Intensity (RNI) are derived from
the counter statistics.
The information in the HARCML file is obtained from the
Counters section of the SMF type 113 subtype 2 Hardware
capacity, reporting, and statistics record.
The following sections describe the file's organization, list
the data elements maintained, and provide usage hints.
1 - File Organization
2 - Data Elements List
3 - Usage Considerations
5.2.30.1 File Organization
The table below identifies data elements by which the file is
sequenced and summarized in each timespan. N/A indicates
that the file is not supported in a timespan. At the DETAIL
level, data is sequenced but not summarized.
NOTE: The timespans in which a file is supported are
defined by each installation when CA MICS is installed.
Therefore, this table has been generated as part of the
installation process to accurately reflect the CA MICS system
at your installation.
+---------+-------------------------------------------------+
|Timespan | Level of Data Granularity |
+---------+-------------------------------------------------+
| | |
| DETAIL |SYSID YEAR MONTH DAY HOUR |
| |ENDTS HISCVER1 HISCVER2 |
| | |
| DAYS |SYSID YEAR MONTH DAY HOUR |
| |HISCVER1 HISCVER2 |
| | |
| WEEKS |SYSID YEAR WEEK ZONE HOUR |
| |HISCVER1 HISCVER2 |
| | |
| MONTHS |SYSID YEAR MONTH ZONE HISCVER1 |
| |HISCVER2 |
| | |
| YEARS |SYSID YEAR ZONE HISCVER1 HISCVER2 |
| | |
+---------+-------------------------------------------------+
| TABLES | N/A |
+---------+-------------------------------------------------+
Generation Date: Fri, Dec 30, 2011
NOTE: This file was generated with ESSENTIAL=ALL
option in effect. All data elements defined in
the file are generated.
NOTE: This file was generated with DERIVED=DEFault
option in effect. Whether data elements are
kept on the file on auxiliary storage or not
is controlled by the complex definition of the
DERIVED option.
5.2.30.2 Data Elements List
The table below identifies data elements contained in this
file. The entries for each data element are:
TIMESPAN: Defines the timespans in which the data element
is supported. The timespans are indicated by
the letters "XDWMYT" as follows:
X - DETAIL
D - DAYS
W - WEEKS
M - MONTHS
Y - YEARS
T - TABLES AREA
. - File is not supported
The timespan field also indicates Essential Elements with
the letter E, if applicable.
DATA ELEMENT: The data element name.
DATA ELEMENT DESCRIPTION: The data element's long name.
The timespans in which a data element is supported are
defined by each installation when CA MICS is installed.
Therefore, this table has been generated as part of the
installation process to accurately reflect the CA MICS
system at your installation.
GENERATION DATE: Fri, Dec 30, 2011
Note: Essential data elements are identified by an "E"
under the Timespan asterisk (*) column.
Time- Data Data Element
Span * Element Description (LABEL)
------- -------- ----------------------------------------
Sequence/Summary Data Elements
XD....E DAY - Day of Month
XDWMY.E HISCVER1 - CPU MF HIS Basic/Problem Counter Ver
XDWMY.E HISCVER2 - CPU MF HIS Extended/Crypto Counter Ver
XDW...E HOUR - Hour of Day
XD.M..E MONTH - Month of Year
XDWMY.E SYSID - System Identifier
XDW...E WEEK - Week of Year
XDWMY.E YEAR - Year of Century
XDWMY.E ZONE - Time Zone
Common Data Elements
XDWMY.E CPCCHGRS - Capacity Change Reason
XDWMY.E CPCHWMID - CPC Physical Model Identifier
XDWMY.E CPCMODID - CPC Model Identifier
XDWMY.E CPCMODNR - Nominal Model Capacity Rating
XDWMY.E CPCMODRT - Effec. Model Capacity Rating
XDWMY.E CPCMPCID - CPC Permanent Model Capacity Identifier
XDWMY.E CPCMPCNR - Nominal Permanent Model Capacity Rating
XDWMY.E CPCMPCRT - Effec. Permanent Model Capacity Rating
XDWMY.E CPCMTCID - CPC Temporary Model Capacity Identifier
XDWMY.E CPCMTCNR - Nominal Temporary Model Capacity Rating
XDWMY.E CPCMTCRT - Effec. Temporary Model Capacity Rating
XDWMY.E CPCPLANT - CPC Manufacturer Plant
XDWMY.E CPCSEQNB - CPC Sequence Number
XDWMY.E CPCUID - CPC Unique Identifier
XDWMY.E CPUMODEL - CPU Model
XD....E DAYNAME - Name of Day of Week
XDWMY.E DURATION - Recording Interval Time
XDWMY.E ENDTS - End Time Stamp
X.....E HISCSTTS - CPU MF HIS Collection Start Timestamp
X.....E HISINTYP - CPU MF HIS Interval Record Type
X.....E HISRVER - CPU MF HIS Record Version Number
XDWMY.E INTERVLS - Number of Recording Intervals
X.....E JOB - Job Identification
X.....E MVSLEVEL - MVS Software Level
X.....E ORGSYSID - Originating System Identification
X.....E RDRTS - Reader Time Stamp
XDWMY.E STARTTS - Start Time Stamp
X.....E STEPNAME - Program Step Name
Accumulated Data Elements
XDWMY.E CMLB0 - B0-Total Cycles
XDWMY.E CMLB1 - B1-Total Instructions
XDWMY.E CMLB2 - B2-Total L1 I-Cache Writes
XDWMY.E CMLB3 - B3-Total L1 I-Cache Penalty Cycles
XDWMY.E CMLB4 - B4-Total L1 D-Cache Writes
XDWMY.E CMLB5 - B5-Total L1 D-Cache Penalty Cycles
XDWMY.E CMLC64 - C64-Crypto PRNG Functions
XDWMY.E CMLC65 - C65-Crypto PRNG Cycles
XDWMY.E CMLC66 - C66-Crypto PRNG Blocked Functions
XDWMY.E CMLC67 - C67-Crypto PRNG Blocked Cycles
XDWMY.E CMLC68 - C68-Crypto SHA Functions
XDWMY.E CMLC69 - C69-Crypto SHA Cycles
XDWMY.E CMLC70 - C70-Crypto SHA Blocked Functions
XDWMY.E CMLC71 - C71-Crypto SHA Blocked Cycles
XDWMY.E CMLC72 - C72-Crypto DEA Functions
XDWMY.E CMLC73 - C73-Crypto DEA Cycles
XDWMY.E CMLC74 - C74-Crypto DEA Blocked Functions
XDWMY.E CMLC75 - C75-Crypto DEA Blocked Cycles
XDWMY.E CMLC76 - C76-Crypto AES Functions
XDWMY.E CMLC77 - C77-Crypto AES Cycles
XDWMY.E CMLC78 - C78-Crypto AES Blocked Functions
XDWMY.E CMLC79 - C79-Crypto AES Blocked Cycles
XDWMY.E CMLIPUCT - Processor Engine Count
XDWMY.E CMLIPUR - IPU File Match Result
XDWMY.E CMLP32 - P32-ProbSt Cycles
XDWMY.E CMLP33 - P33-ProbSt Instructions
XDWMY.E CMLP34 - P34-ProbSt L1 I-Cache Writes
XDWMY.E CMLP35 - P35-ProbSt L1 I-Cache Penalty Cycles
XDWMY.E CMLP36 - P36-ProbSt L1 D-Cache Writes
XDWMY.E CMLP37 - P37-ProbSt L1 D-Cache Penalty Cycles
XDWMY.E CMLSPEED - Processor Speed (GigaHertz)
XDWMY.E CMLS32 - SuperV-State Cycles
XDWMY.E CMLS33 - SuperV-State Instructions
XDWMY.E CMLS34 - SuperV-State L1 I-Cache Writes
XDWMY.E CMLS35 - SuperV-State L1 I-Cache Penalty Cycles
XDWMY.E CMLS36 - SuperV-State L1 D-Cache Writes
XDWMY.E CMLS37 - SuperV-State L1 D-Cache Penalty Cycles
XDWMY.E CMLTL1P - Total L1 Penalty Cycles
XDWMY.E CMLTL1W - Total L1 Cache Writes
XDWMY.E CML1DL15 - V1 L1-D from L1.5 (E129)
XDWMY.E CML1DL2A - V1 L1-D from L2 On-Bk (E131)
XDWMY.E CML1DL2B - V1 L1-D from L2 Off-Bk (E133)
XDWMY.E CML1DL3A - V1 L1-D from Local Memory (E134)
XDWMY.E CML1DL3B - V1 L1-D from Remote Memory (calc)
XDWMY.E CML1DUE - V1 L1 D-Cache Updt to Exclusive (E136)
XDWMY.E CML1ICI - V1 L1 I-Cache Line Invalidated (E137)
XDWMY.E CML1IL15 - V1 L1-I from L1.5 (E128)
XDWMY.E CML1IL2A - V1 L1-I from L2 On-Bk (E130)
XDWMY.E CML1IL2B - V1 L1-I from L2 Off-Bk (E132)
XDWMY.E CML1IL3A - V1 L1-I from Local Memory (E135)
XDWMY.E CML1IL3B - V1 L1-I from Remote Memory (calc)
XDWMY.E CML1L15T - V1 L1.5 Cache Total Stores (E147)
XDWMY.E CML1TL15 - V1 Total L1 from L1.5
XDWMY.E CML1TL2A - V1 Total L1 from L2 On-Bk
XDWMY.E CML1TL2B - V1 Total L1 from L2 Off-Bk
XDWMY.E CML1TL3A - V1 Total L1 from Local Memory
XDWMY.E CML1TL3B - V1 Total L1 from Remote Memory
XDWMY.E CML11DBE - V1 L1 D-TLB Translation Entry (E139)
XDWMY.E CML11DBP - V1 L1 D-TLB Miss Penalty Cycles (E146)
XDWMY.E CML11IBE - V1 L1 I-TLB Translation Entry (E138)
XDWMY.E CML11IBP - V1 L1 I-TLB Miss Penalty Cycles (E145)
XDWMY.E CML11TBE - V1 L1 Total TLB Translation Entries
XDWMY.E CML11TBP - V1 L1 Total TLB Miss Penalty Cycles
XDWMY.E CML12BCE - V1 L2 TLB CRSTE Array Entry (E141)
XDWMY.E CML12BCL - V1 L2 TLB CRSTE Array Entry 1MB (E142)
XDWMY.E CML12BPE - V1 L2 TLB PTE Array Entry (E140)
XDWMY.E CML2DL2 - V2 L1-D from L2 (E128)
XDWMY.E CML2DL3A - V2 L1-D from L3 On-Bk On-Chp (E150)
XDWMY.E CML2DL3B - V2 L1-D from L3 On-Bk Off-Chp (E152)
XDWMY.E CML2DL3C - V2 L1-D from L3 Off-Bk (E134)
XDWMY.E CML2DL4A - V2 L1-D from L4 On-Bk (E135)
XDWMY.E CML2DL4B - V2 L1-D from L4 Off-Bk (E138)
XDWMY.E CML2DL5A - V2 L1-D from Local Memory (E141)
XDWMY.E CML2DL5B - V2 L1-D from Remote Memory (calc)
XDWMY.E CML2DUE - V2 L1 D-Cache Updt to Exclusive (E137)
XDWMY.E CML2IL2 - V2 L1-I from L2 (E129)
XDWMY.E CML2IL3A - V2 L1-I from L3 On-Bk On-Chp (E153)
XDWMY.E CML2IL3B - V2 L1-I from L3 On-Bk Off-Chp (E155)
XDWMY.E CML2IL3C - V2 L1-I from L3 Off-Bk (E143)
XDWMY.E CML2IL4A - V2 L1-I from L4 On-Bk (E136)
XDWMY.E CML2IL4B - V2 L1-I from L4 Off-Bk (E139)
XDWMY.E CML2IL5A - V2 L1-I from Local Memory (E142)
XDWMY.E CML2IL5B - V2 L1-I from Remote Memory (calc)
XDWMY.E CML2L2T - V2 L2 Cache Total Stores (E133)
XDWMY.E CML2TL2 - V2 Total L1 from L2
XDWMY.E CML2TL3A - V2 Total L1 from L3 On-Bk On-Chp
XDWMY.E CML2TL3B - V2 Total L1 from L3 On-Bk Off-Chp
XDWMY.E CML2TL3C - V2 Total L1 from L3 Off-Bk
XDWMY.E CML2TL4A - V2 Total L1 from L4 On-Bk
XDWMY.E CML2TL4B - V2 Total L1 from L4 Off-Bk
XDWMY.E CML2TL5A - V2 Total L1 from Local Memory
XDWMY.E CML2TL5B - V2 Total L1 from Remote Memory
XDWMY.E CML21DBE - V2 L1 D-TLB Translation Entry (E144)
XDWMY.E CML21DBL - V2 L1 D-TLB Translation Entry 1MB (E140)
XDWMY.E CML21DBP - V2 L1 D-TLB Miss Penalty Cycles (E130)
XDWMY.E CML21IBE - V2 L1 I-TLB Translation Entry (E145)
XDWMY.E CML21IBP - V2 L1 I-TLB Miss Penalty Cycles (E131)
XDWMY.E CML21TBE - V2 L1 Total TLB Translation Entries
XDWMY.E CML21TBP - V2 L1 Total TLB Miss Penalty Cycles
XDWMY.E CML22BCE - V2 L2 TLB CRSTE Array Entry (E148)
XDWMY.E CML22BCL - V2 L2 TLB CRSTE Array Entry 1MB (E147)
XDWMY.E CML22BPE - V2 L2 TLB PTE Array Entry (E146)
Derived Data Elements
XDWMY.E CMLAVCBA - Avg P-Cycles Blocked Crypto AES
XDWMY.E CMLAVCBD - Avg P-Cycles Blocked Crypto DEA
XDWMY.E CMLAVCBP - Avg P-Cycles Blocked Crypto PRNG
XDWMY.E CMLAVCBS - Avg P-Cycles Blocked Crypto SHA
XDWMY.E CMLAVIPU - Average Processor Count
XDWMY.E CMLAVSPD - Average Processor Speed (GigaHertz)
XDWMY.E CMLCPI - Cycles Per Instruction
XDWMY.E CMLMIPS - Actual MIPS Usage Rate
XDWMY.E CMLPCBSY - Percent Busy
XDWMY.E CMLPCCBA - Pct Blocked AES Crypto Functions
XDWMY.E CMLPCCBD - Pct Blocked DEA Crypto Functions
XDWMY.E CMLPCCBP - Pct Blocked PRNG Crypto Functions
XDWMY.E CMLPCCBS - Pct Blocked SHA Crypto Functions
XDWMY.E CMLPCL1M - Pct Level 1 Cache Miss
XDWMY.E CMLPCPST - Pct Problem State
XDWMY.E CMLPCSST - Pct Supervisor State
XDWMY.E CML1AVPD - V1 Avg Penalty Cycles per L1 D-Miss
XDWMY.E CML1AVPI - V1 Avg Penalty Cycles per L1 I-Miss
XDWMY.E CML1AVPM - V1 Avg Penalty Cycles per L1 Miss
XDWMY.E CML1AVPT - V1 Avg Penalty Cycles per TLB Miss
XDWMY.E CML1ECPI - V1 Estimated Finite CPI
XDWMY.E CML1EICC - V1 Est Instruction Complexity CPI
XDWMY.E CML1ESCM - V1 Est Sourcing Cycles per L1 Miss
XDWMY.E CML1PCMT - V1 TLB CPU Pct Miss of Total CPU
XDWMY.E CML1PCPT - V1 Pct PTE Misses of TLB1 Misses
XDWMY.E CML1PC15 - V1 Pct L1 from L1.5
XDWMY.E CML1PC2A - V1 Pct L1 from L2 On-Bk
XDWMY.E CML1PC2B - V1 Pct L1 from L2 Off-Bk
XDWMY.E CML1PC3A - V1 Pct L1 from Local Memory
XDWMY.E CML1PC3B - V1 Pct L1 from Remote Memory
XDWMY.E CML1PD15 - V1 Pct L1-D from L1.5
XDWMY.E CML1PD2A - V1 Pct L1-D from L2 On-Bk
XDWMY.E CML1PD2B - V1 Pct L1-D from L2 Off-Bk
XDWMY.E CML1PD3A - V1 Pct L1-D from Local Memory
XDWMY.E CML1PD3B - V1 Pct L1-D from Remote Memory
XDWMY.E CML1PI15 - V1 Pct L1-I from L1.5
XDWMY.E CML1PI2A - V1 Pct L1-I from L2 On-Bk
XDWMY.E CML1PI2B - V1 Pct L1-I from L2 Off-Bk
XDWMY.E CML1PI3A - V1 Pct L1-I from Local Memory
XDWMY.E CML1PI3B - V1 Pct L1-I from Remote Memory
XDWMY.E CML1RNI - V1 Relative Nest Intensity
XDWMY.E CML2AVPD - V2 Avg Penalty Cycles per L1 D-Miss
XDWMY.E CML2AVPI - V2 Avg Penalty Cycles per L1 I-Miss
XDWMY.E CML2AVPM - V2 Avg Penalty Cycles per L1 Miss
XDWMY.E CML2AVPT - V2 Avg Penalty Cycles per TLB Miss
XDWMY.E CML2ECPI - V2 Estimated Finite CPI
XDWMY.E CML2EICC - V2 Est Instruction Complexity CPI
XDWMY.E CML2ESCM - V2 Est Sourcing Cycles per L1 Miss
XDWMY.E CML2PCMT - V2 TLB CPU Pct Miss of Total CPU
XDWMY.E CML2PCPT - V2 Pct PTE Misses of TLB1 Misses
XDWMY.E CML2PC2 - V2 Pct L1 from L2
XDWMY.E CML2PC3A - V2 Pct L1 from L3 On-Bk On-Chp
XDWMY.E CML2PC3B - V2 Pct L1 from L3 On-Bk Off-Chp
XDWMY.E CML2PC3C - V2 Pct L1 from L3 Off-Bk
XDWMY.E CML2PC4A - V2 Pct L1 from L4 On-Bk
XDWMY.E CML2PC4B - V2 Pct L1 from L4 Off-Bk
XDWMY.E CML2PC5A - V2 Pct L1 from Local Memory
XDWMY.E CML2PC5B - V2 Pct L1 from Remote Memory
XDWMY.E CML2PD2 - V2 PCT L1-D from L2
XDWMY.E CML2PD3A - V2 PCT L1-D from L3 On-Bk On-Chp
XDWMY.E CML2PD3B - V2 PCT L1-D from L3 On-Bk Off-Chp
XDWMY.E CML2PD3C - V2 PCT L1-D from L3 Off-Bk
XDWMY.E CML2PD4A - V2 PCT L1-D from L4 On-Bk
XDWMY.E CML2PD4B - V2 PCT L1-D from L4 Off-Bk
XDWMY.E CML2PD5A - V2 PCT L1-D from Local Memory
XDWMY.E CML2PD5B - V2 PCT L1-D from Remote Memory
XDWMY.E CML2PI2 - V2 PCT L1-I from L2
XDWMY.E CML2PI3A - V2 PCT L1-I from L3 On-Bk On-Chp
XDWMY.E CML2PI3B - V2 PCT L1-I from L3 On-Bk Off-Chp
XDWMY.E CML2PI3C - V2 PCT L1-I from L3 Off-Bk
XDWMY.E CML2PI4A - V2 PCT L1-I from L4 On-Bk
XDWMY.E CML2PI4B - V2 PCT L1-I from L4 Off-Bk
XDWMY.E CML2PI5A - V2 PCT L1-I from Local Memory
XDWMY.E CML2PI5B - V2 PCT L1-I from Remote Memory
XDWMY.E CML2RNI - V2 Relative Nest Intensity
