SAS IT Resource Management is the new name for IT Service Vision. While we are in the process of switching over, you may see references to both names within this documentation.
The hotfixes issued during the 2.5 release cycle were cumulative. That is, hotfix 2 contained all the changes that were contained within hotfix 1 and hotfix 3 contained all the changes that were contained within hotfix 2. Release 2.6 contains all the hotfix contents as well as other new features.
Contents:
New Dynamic Webstyle for Web Galleries
Support for the SAS IT Management Adapter for SAP
Support for HP OpenView Reporter
Available with 2.5 Hotfix 3 (82IS03):
Available with 2.5 Hotfix 2 (82IS02):
Available with 2.5 Hotfix 1 (82IS01):
Updates to HP OpenView Performance Agent data support (formerly HP MeasureWare)
IT Service Vision 2.2.1 Updates
Parts of the original IT Service Vision Server Setup Guide can now be found in the Online Help available from within the SAS IT Resource Management application window. These include:
The following link takes you to the original IT Service Vision Server Setup Guide.
There is a new QuickStart Wizard for sar data. This enables you to quickly generate batch jobs that will load and report on sar performance data metrics collected on the AIX, SCO, SUN, HP-UX and Linux platforms. The sar QuickStart Wizard runs on the Windows, UNIX and OS/390 platforms and provides Overview Reports, Exception Reports, Daily Reports, Tabular Reports and Trend Reports. It also provides the structure and templates for adding Weekly and Monthly Reports.
The process job creates three tables; SAR, SARDEV and USARAVL. SAR is the common table where Processor, Memory, Buffer and System metrics are stored. SARDEV is the device table where disk or device metrics are stored. USARAVL is the user defined table where availability data is stored.
Because sar metrics vary across UNIX platforms, the report batch job includes reports designed to report on metrics for one or a subset of the supported platforms. Comments in the batch job indicate which platform(s) the report is intended to report on. The report batch job uses the %CPMANRPT macro to manage, or age out, old reports in some of the report folders by default. It uses a permanent library called RPTMETA to store the report metadata required to manage the reports. Comments at the top of the report job instruct you on how to switch off %CPMANRPT and revert to clearing and refreshing all the reports in one execution. Details on the %CPMANRPT macro can be found in the SAS IT Resource Management Macro Reference.
The sar QuickStart gallery includes graphs and tabular reports for Processor, Memory, Disk, Buffer and System metrics and has the following structure:
Overview
Exceptions
Exception Summary
Exception Results
Exception Reports
Daily Reports
Processor
CPU Busy Utilization
CPU Busy - All Servers
CPU Busy - Critical Servers
Run Queue - Critical Servers
Memory
Page Faults
Page In vs. Page Out
Page In and Out Activity
Pages Freed and Scanned
Non-Page I-O
Unused Available Memory
Disk Blocks Available for Swap
Memory Pool Utilization
Dynamic Oversize Allocation
Swapped Threads
Disk
Device Overview
High Device Busy Utilization
Device Busy Profiles(1)
High Avg Service Time
Service Time Profiles(1)
Device Busy vs. Service Time
High Avg Wait Time
Data Transfers
Data Transfer Profiles
Block Transfers
Block Transfer Profiles
Data vs. Block Transfers
Buffer
Buffer Read/Write
Buffer/Disk Transfer
Cache Hit Ratios
Read Cache Hit Ratio
Read Cache Hit Profiles
Write Cache Hit Ratio
Write Cache Hit Profiles
System
Context Switching
Context Switching Profile
Directory Block Reads
File Path Lookups
System Calls
Exec/Fork Calls
Weekly Reports
Processor
Memory
Disk
Buffer
System
Monthly Reports
Processor
Memory
Disk
Buffer
System
Tabular
Processor
Tabular CPU/Que Averages
Tabular CPU/Que Peaks
Memory
Tabular Memory Averages1
Tabular Memory Minimums1
Tabular Memory Averages2
Tabular Memory Mimimums2
Disk
Tabular Disk Averages
Tabular Disk Peaks
Buffer
Tabular Buffer Averages
Tabular Buffer Peaks
System
Tabular System Averages
Tabular System Peaks
Trends
Processor
CPU Busy
Queue Threads
Cpu Busy by Shift
Memory
Memory
Page Faults
Disk
Block Transfers
Device Busy
Service Time
The gallery is created using a new gallery webstyle added in release 2.6 called DYNAMIC. See New Dynamic Webstyle for Web Galleries for more details.
For web galleries, there is a new webstyle called DYNAMIC. It uses dynamic HTML to filter reports so that you can easily find the specific reports you need to see. You expand and collapse folders in the report tree by clicking on them, and open a group of reports by clicking on a line with the report icon. Appropriate filters appear to let you subset that collection of reports. Within a date filter (shown as a calendar), dates for which there are reports are shown in bold type.
The default webstyle for all galleries remains GALLERY2, except for the new sar QuickStart. Any gallery can be switched from GALLERY2 to DYNAMIC and vice versa by following instructions provided in the SAS IT Resource Management User's Guide in a chapter entitled "Work with Galleries".
The SAPR3 collector has been updated to support data produced by the SAS IT Management Adapter for SAP. All the SAPR3 tables in the collector can now be processed directly from the SAS data library that the SAP Adapter creates if the SAP adapter is installed and available to your SAS IT Resource Management server.
You must consult the documentation for the SAP Adapter to understand how data is extracted from SAP R/3 and stored in the SAS data library. That data must also be aged or deleted on a regular basis, after it has been successfully processed with the %CPPROCES macro.
To process data produced by the IT Management Adapter for SAP, modify the TOOLNM= parameter on the %CPPROCES macro to specify SASADAPT and point the RAWDATA= parameter to the SAS data library, as follows:
%cpproces(collectr=SAPR3,
toolnm=SASADAPT,
rawdata=location_of_folder_containing_sas_adapter_data,
dupmode=DISCARD);
Instead of using the RAWDATA= parameter, you can precede the %CPPROCES macro with a libname statement that points RAWDATA to the SAS data library that the SAP Adapter creates.
The HP-PCS collector has been updated to support data produced by HP OpenView Reporter that is stored in a relational database. Three of the HP-PCS tables, PCSAPP, PCSGLB and PCSTRN, can now be read directly from an Oracle database if the SAS/ACCESS to Oracle product is installed and available to your SAS IT Resource Management server.
The %CPPROCES macro must be used to process this data. You must precede that macro with a libname statement that allocates RAWDATA as the Oracle database using the appropriate SAS/ACCESS to Oracle options, as in the following example:
libname rawdata oracle
SAS/ACCESS_engine_connection_options
SAS/ACCESS_engine_LIBNAME_options;
%cpproces(pcsapp pcsglb pcstrn,
collectr=HP-PCS,
toolnm=SASACCESS,
dupmode=DISCARD);
Because this new feature utilizes the %CPPROCES macro and not the %CSPROCES macro, there is a different set of parameters available to you. You can no longer use the AGELIMIT, OPTIMIZE= and SUBSET= parameters, but you can use the DUPMODE= parameter to activate the data duplication check routines. Also, because you're not executing scripts to extract data, the COLDUMP=, RSHHOST=, PASSWD= and GROUP= parameters are no longer required. However, the MINDATE= and MAXDATE= parameters are available.
Please refer to the appropriate SAS/ACCESS documentation for details on specifying the options in the libname statement. These would include, for example, userid and password options.
The NTSMF data dictionary has been updated to add support for "Analysis Server", "Module" and "Oracle9" objects. The following tables list the new NTSMF tables and variables.
| Table Name | Description |
|---|---|
| NTANSQR | Windows NT Analysis Server:Query |
| NTASCTN | Windows NT Analysis Server:Connection |
| NTASLKS | Windows NT Analysis Server:Locks |
| NTASLQR | Windows NT Analysis Server:Last Query |
| NTASPRC | Windows NT Analysis Server:Proc |
| NTBWRS1 | Windows NT Oracle9 DBWR stats 1 |
| NTBWRS2 | Windows NT Oracle9 DBWR stats 2 |
| NTDDCCH | Windows NT Oracle9 Data Dictionary Cache |
| NTINDXS | Windows NT Analysis Server:Proc Indexes |
| NTMDL | Windows NT Module |
| NTMNGMN | Windows NT Oracle9 Dynamic Space Management |
| NTOBCCH | Windows NT Oracle9 Buffer Cache |
| NTODFLS | Windows NT Oracle9 Data Files | NTOFLST | Windows NT Oracle9 Free List |
| NTOLCCH | Windows NT Oracle9 Library Cache |
| NTOSRTS | Windows NT Oracle9 Sorts |
| NTRLBFR | Windows NT Oracle9 Redo Log Buffer |
| NTSACCH | Windows NT Analysis Server:Agg Cache |
| NTSPAGS | Windows NT Analysis Server:Proc Aggs |
| NTSQDMS | Windows NT Analysis Server:Query Dims |
| NTSTRTP | Windows NT Analysis Server:Startup |
| Variable Name | Description |
|---|---|
| Table: NTANSQR | |
| AVGTMQR | Analysis Server:Query: Avg time/query |
| AVGTQBS | Analysis Server:Query: Avg time/query Base |
| BTSSNSC | Analysis Server:Query: Bytes sent/sec |
| CPTACTV | Analysis Server:Query: Current process threads active |
| CRNTQRS | Analysis Server:Query: Current queries |
| CRPRTPL | Analysis Server:Query: Current process thread pool |
| CRTHRDS | Analysis Server:Query: Current threads |
| CRWRTPL | Analysis Server:Query: Current worker thread pool |
| CWTACTV | Analysis Server:Query: Current worker threads active |
| DTBTSSC | Analysis Server:Query: Data bytes/sec |
| DTRDSSC | Analysis Server:Query: Data reads/sec |
| FCFLTRD | Analysis Server:Query: Total queries from cache filtered |
| FLTRRSC | Analysis Server:Query: Filtered rows/sec |
| FREXCSC | Analysis Server:Query: Filter rows excluded/sec |
| FRINCSC | Analysis Server:Query: Filter rows included/sec |
| INDBTSC | Analysis Server:Query: Index bytes/sec |
| INDRDSC | Analysis Server:Query: Index reads/sec |
| MPBTSSC | Analysis Server:Query: Map bytes/sec |
| MPRDSSC | Analysis Server:Query: Map reads/sec |
| NTWRTSC | Analysis Server:Query: Network round trips/sec |
| POPRTN0 | Analysis Server:Query: Total pyramid operations |
| POPRTNS | Analysis Server:Query: Current pyramid operations |
| PROPRSC | Analysis Server:Query: Pyramid operations/sec |
| QANSWRD | Analysis Server:Query: Total queries answered |
| QANSWSC | Analysis Server:Query: Queries answered/sec |
| QFCDRCT | Analysis Server:Query: Total queries from cache direct |
| QFCDRSC | Analysis Server:Query: Queries from cache direct/sec |
| QFCFLSC | Analysis Server:Query: Queries from cache filtered/sec |
| QRFRFSC | Analysis Server:Query: Queries from file/sec |
| QRRQSSC | Analysis Server:Query: Queries requested/sec |
| RWSRDSC | Analysis Server:Query: Rows read/sec |
| RWSSNSC | Analysis Server:Query: Rows sent/sec |
| TNRTRPS | Analysis Server:Query: Total network round trips |
| TQLNGTH | Analysis Server:Query: Current process thread queue length |
| TQRQSTD | Analysis Server:Query: Total queries requested |
| TTBTSNT | Analysis Server:Query: Total bytes sent |
| TTQRFFL | Analysis Server:Query: Total queries from file |
| TTRWSNT | Analysis Server:Query: Total rows sent |
| Table: NTASCTN | |
| ATHNTC0 | Analysis Server:Connection: Total authentications |
| ATHNTCT | Analysis Server:Connection: Current authentications |
| ATHNTSC | Analysis Server:Connection: Authentications/sec |
| CCNCTNS | Analysis Server:Connection: Current connections |
| CIPRGRS | Analysis Server:Connection: Current connections in progress |
| CMPLTNS | Analysis Server:Connection: Total completions |
| CMPLTSC | Analysis Server:Connection: Completions/sec |
| CRAGNTS | Analysis Server:Connection: Current agents |
| FLRSSEC | Analysis Server:Connection: Failures/sec |
| HCNCTNS | Analysis Server:Connection: Current http connections |
| RQSTSSC | Analysis Server:Connection: Requests/sec |
| SCSSSEC | Analysis Server:Connection: Successes/sec |
| TTLFLRS | Analysis Server:Connection: Total failures |
| TTLSCSS | Analysis Server:Connection: Total successes |
| TTRQSTS | Analysis Server:Connection: Total requests |
| Table: NTASLKS | |
| CRLTWTS | Analysis Server:Locks: Current latch waits |
| CRNLCKS | Analysis Server:Locks: Current locks |
| CRNLWTS | Analysis Server:Locks: Current lock waits |
| LCDNLSC | Analysis Server:Locks: Lock denials/sec |
| LCGRNSC | Analysis Server:Locks: Lock grants/sec |
| LCKWTSC | Analysis Server:Locks: Lock waits/sec |
| LCRQSSC | Analysis Server:Locks: Lock requests/sec |
| LTCWTSC | Analysis Server:Locks: Latch waits/sec |
| UNLRQSC | Analysis Server:Locks: Unlock requests/sec |
| Table: NTASLQR | |
| AFCDRCT | Analysis Server:Last Query: Answer from cache direct |
| ANSWFFL | Analysis Server:Last Query: Answer from file |
| DAVBTRD | Analysis Server:Last Query: Data avg bytes/read |
| DAVBTRW | Analysis Server:Last Query: Data avg bytes/row |
| DAVRWRD | Analysis Server:Last Query: Data avg rows/read |
| DSNUSED | Analysis Server:Last Query: DSN used |
| DTBYTES | Analysis Server:Last Query: Data bytes |
| DTREADS | Analysis Server:Last Query: Data reads |
| FCFLTRD | Analysis Server:Last Query: Answer from cache filtered |
| FEXCLDD | Analysis Server:Last Query: Rows filter excluded |
| FINCLDD | Analysis Server:Last Query: Rows filter included |
| INDXBTS | Analysis Server:Last Query: Index bytes |
| INDXRDS | Analysis Server:Last Query: Index reads |
| MPBYTES | Analysis Server:Last Query: Map bytes |
| MPREADS | Analysis Server:Last Query: Map reads |
| QRNUM | Analysis Server:Last Query: Query num |
| RWFLTRD | Analysis Server:Last Query: Rows filtered |
| RWSCRTD | Analysis Server:Last Query: Rows created |
| RWSREAD | Analysis Server:Last Query: Rows read |
| SNRQSTD | Analysis Server:Last Query: DSN requested |
| TIMEMS | Analysis Server:Last Query: Time (ms) |
| TTLBTS | Analysis Server:Last Query: Total bytes |
| TTLRDS | Analysis Server:Last Query: Total reads |
| Table: NTASPRC | |
| CPRTTNS | Analysis Server:Proc: Current partitions |
| CRTHRDS | Analysis Server:Proc: Current threads |
| CTHRDNG | Analysis Server:Proc: Current threads reading |
| CTMRGNG | Analysis Server:Proc: Current threads merging |
| CTWRTNG | Analysis Server:Proc: Current threads writing |
| FBTWRSC | Analysis Server:Proc: File bytes written/sec |
| FRWWRSC | Analysis Server:Proc: File rows written/sec |
| MMRSBTS | Analysis Server:Proc: Memory size bytes |
| MMRSRWS | Analysis Server:Proc: Memory size rows |
| RWCRTSC | Analysis Server:Proc: Rows created/sec |
| RWMRGSC | Analysis Server:Proc: Rows merged/sec |
| RWSRDSC | Analysis Server:Proc: Rows read/sec |
| TPRTTNS | Analysis Server:Proc: Total partitions |
| TTLROWS | Analysis Server:Proc: Total rows |
| Table: NTBWRS1 | |
| BFRSCSC | Oracle9 DBWR stats 1: buffers scanned/sec |
| LRUSCSC | Oracle9 DBWR stats 1: LRU scans/sec |
| Table: NTBWRS2 | |
| CHCKPSC | Oracle9 DBWR stats 2: checkpoints/sec |
| TMTSSEC | Oracle9 DBWR stats 2: timeouts/sec |
| Table: NTDDCCH | |
| PPGTGTS | Oracle9 Data Dictionary Cache: %% getmisses/gets |
| SMOGTBS | Oracle9 Data Dictionary Cache: sum of gets Base |
| Table: NTINDXS | |
| CPRTTNS | Analysis Server:Proc Indexes: Current partitions |
| ROWSSEC | Analysis Server:Proc Indexes: Rows/sec |
| TPRTTNS | Analysis Server:Proc Indexes: Total partitions |
| TTLROWS | Analysis Server:Proc Indexes: Total rows |
| Table: NTMDL | |
| IDPRCS | Module: ID Process is the unique identifier of this process. |
| LDADRES | Module: Load Address |
| MODULE | Module: Module |
| PROCESS | Module: Process |
| Table: NTMNGMN | |
| RCRSCSC | Oracle9 Dynamic Space Management: recursive calls/sec |
| Table: NTOBCCH | |
| PPPHGTS | Oracle9 Buffer Cache: %% phyreads/gets |
| SMOGTBS | Oracle9 Buffer Cache: sum of gets Base |
| Table: NTODFLS | |
| OR9DFLS | Oracle9 Data Files: Oracle9 Data Files |
| PHRDSSC | Oracle9 Data Files: phyrds/sec |
| PHWRTSC | Oracle9 Data Files: phywrts/sec |
| Table: NTOFLST | |
| FWRQSTS | Oracle9 Free List: %% freelist waits/requests |
| SORQSBS | Oracle9 Free List: sum of requests Base |
| Table: NTOLCCH | |
| PPRLPNS | Oracle9 Library Cache: %% reloads/pins |
| SMOPNBS | Oracle9 Library Cache: sum of pins Base |
| Table: NTOSRTS | |
| SRTIMSC | Oracle9 Sorts: sorts in memory/sec |
| SRTODSC | Oracle9 Sorts: sorts on disk/sec |
| Table: NTRLBFR | |
| LSRQSTS | Oracle9 Redo Log Buffer: redo log space requests |
| Table: NTSACCH | |
| BTSADSC | Analysis Server:Agg Cache: Bytes added/sec |
| CRENTRS | Analysis Server:Agg Cache: Current entries |
| CRNTBTS | Analysis Server:Agg Cache: Current bytes |
| DRCHRBS | Analysis Server:Agg Cache: Direct hit ratio Base |
| DRCHTSC | Analysis Server:Agg Cache: Direct hits/sec |
| DRCTHRT | Analysis Server:Agg Cache: Direct hit ratio |
| EVCTNSC | Analysis Server:Agg Cache: Evictions/sec |
| FLTHRBS | Analysis Server:Agg Cache: Filter hit ratio Base |
| FLTHTSC | Analysis Server:Agg Cache: Filter hits/sec |
| FLTRHRT | Analysis Server:Agg Cache: Filter hit ratio |
| INSRTSC | Analysis Server:Agg Cache: Inserts/sec |
| LKPSSEC | Analysis Server:Agg Cache: Lookups/sec |
| MSSSEC | Analysis Server:Agg Cache: Misses/sec |
| TEVCTNS | Analysis Server:Agg Cache: Total evictions |
| TINSRTS | Analysis Server:Agg Cache: Total inserts |
| TTDRHTS | Analysis Server:Agg Cache: Total direct hits |
| TTFLHTS | Analysis Server:Agg Cache: Total filter hits |
| TTLLKPS | Analysis Server:Agg Cache: Total lookups |
| TTLMSS | Analysis Server:Agg Cache: Total misses |
| Table: NTSPAGS | |
| CPRTTNS | Analysis Server:Proc Aggs: Current partitions |
| MMRSBTS | Analysis Server:Proc Aggs: Memory size bytes |
| MMRSRWS | Analysis Server:Proc Aggs: Memory size rows |
| RWCRTSC | Analysis Server:Proc Aggs: Rows created/sec |
| RWMRGSC | Analysis Server:Proc Aggs: Rows merged/sec |
| TFBWRSC | Analysis Server:Proc Aggs: Temp file bytes written/sec |
| TFRWRSC | Analysis Server:Proc Aggs: Temp file rows written/sec |
| TPRTTNS | Analysis Server:Proc Aggs: Total partitions |
| Table: NTSQDMS | |
| BTSSEC | Analysis Server:Query Dims: Bytes/sec |
| CRRQSTS | Analysis Server:Query Dims: Current requests |
| DMRQSTS | Analysis Server:Query Dims: Total VLDM requests |
| MMBRSSC | Analysis Server:Query Dims: Members/sec |
| RQSTSSC | Analysis Server:Query Dims: Requests/sec |
| TTLBTS | Analysis Server:Query Dims: Total bytes |
| TTMMBRS | Analysis Server:Query Dims: Total members |
| TTRQSTS | Analysis Server:Query Dims: Total requests |
| VLDMRSC | Analysis Server:Query Dims: VLDM requests/sec |
| Table: NTSTRTP | |
| BTSSEC | Analysis Server:Startup: Bytes/sec |
| MMBRSSC | Analysis Server:Startup: Members/sec |
| PRPRTSC | Analysis Server:Startup: Properties/sec |
| SRVUPTM | Analysis Server:Startup: Server uptime |
| TDMNSNS | Analysis Server:Startup: Total dimensions |
| TPRPRTS | Analysis Server:Startup: Total properties |
| TTLBTS | Analysis Server:Startup: Total bytes |
| TTMMBRS | Analysis Server:Startup: Total members |
A new value for COLLECTR=, VISULIZR, has been added to SAS IT Resource Management to support data produced by BMC Visualizer that is stored in a relational database. Initially, this collector has only one table, VZWCAT, which contains "Workload Information for Distributed Systems". This table is read directly from the Visualizer database if the SAS/ACCESS product for that database is installed and available to your SAS IT Resource Management server. This table can be integrated into SAS IT Charge Management to enable the chargeback of resources in a Distributed Systems environment.
The %CPPROCES macro must be used to process this data. You must precede that macro with a libname statement that allocates RAWDATA as the relational database using the appropriate SAS/ACCESS engine, as in the following example:
libname rawdata oracle
SAS/ACCESS_engine_connection_options
SAS/ACCESS_engine_LIBNAME_options;
%cpproces(vzwcat,
collectr=VISULIZR,
toolnm=SASACCESS,
dupmode=DISCARD);
Please refer to the appropriate SAS/ACCESS documentation for details on specifying the options in the libname statement. These would include, for example, userid and password options.
Support has been added for processing UNIX accounting data from AIX Release 4, 5, Solaris 5.6, 5.8 and 5.9. Although support for Solaris 5.9 has been added, it has not been tested and was only added as a result of information from consultants who verified that it worked successfully.
This update supercedes the prior update contained in 2.5 Hotfix 1.
The following table is a complete list of UNIX systems/release pairs for which the UNIX accounting support has been implemented.
| Operating System | Release |
|---|---|
| HP-UX | B.10.20 |
| HP-UX | B.11.00 |
| SunOS | 5.6 |
| SunOS | 5.7 |
| SunOS | 5.8 |
| SunOS | 5.9 |
| OSF1 | V4.0 |
| AIX | 3 |
| AIX | 4 |
| AIX | 5 |
Note: The OS and Release values are obtained using the 'uname' command.
This release requires the length of the ACCCOMM variable in all the UNIX accounting tables to be updated to 12 from 8. If you have existing tables then you can either perform the update via the user interface or using DDUTL control statements (see below).
%cpcat; cards4; set table name=accton; update variable name=acccomm length=12; set table name=acccom; update variable name=acccomm length=12; set table name=accgrp; update variable name=acccomm length=12; set table name=accusr; update variable name=acccomm length=12; ;;;; %cpcat(cat=work.temp.temp.source); %cpddutl(entrynam=work.temp.temp.source);
Before applying any data dictionary maintenance, please read the following
warnings:
- The following SMF tables have had their table types changed from
EVENT to INTERVAL due to an oversight when the tables were created.
Table Description
XTY12CC Websphere container class
XTY12SI Websphere server interval
If any of these tables already exist in your PDB, you will need to
delete them if you want to start collecting the data as interval-type
data.
This can be done by either using the interactive interface or,
preferably, by running the %CPDDUTL macro specifying a PDS member
which contains the following statements:
DELETE TABLE NAME=XTY12CC;
DELETE TABLE NAME=XTY12SI;
ADD TABLE NAME=XTY12CC;
ADD TABLE NAME=XTY12SI;
FAILURE TO DO THESE TASKS WILL RESULT IN AN ERROR CONDITION WHILST APPLYING
MAINTENANCE.
The SAS IT Resource Management data dictionary has been updated using MXG 20.06.
If you are running an older version of MXG, the dictionary may contain
variables that are not available in your version of MXG. Later versions of
MXG are compatible. If new variables or tables have been added in a later
version, we will add them to our supplied data dictionary in a maintenance
release. If you need to add them prior to that time, you can use CREATE
VARIABLE or CREATE TABLE statements using the batch dictionary update
utility, %CPDDUTL.
To apply maintenance to your PDB dictionary, run the data dictionary
utility macro, %CPDDUTL, in a batch job. See below for a list of some
possible combinations of control statements for %CPDDUTL. See the macro
reference documentation or the online help index for more details regarding
this macro. Please also note that SCOPE=ALL is now an obsolete parameter
setting for the MAINTAIN function.
- To obtain a report of new variables that could be added to your
dictionary, specify:
MAINTAIN TABLE NAME=_ALL_
REPORT
SCOPE=NEWVARS
NOUPDATE;
- To obtain a report of all changes to existing variables before you
update your dictionary, specify:
MAINTAIN TABLE NAME=_ALL_
REPORT
SCOPE=EXISTING
NOUPDATE;
- To update your dictionary such that only new variables are added (no
existing variables are modified), specify:
MAINTAIN TABLE NAME=_ALL_
REPORT
SCOPE=NEWVARS
UPDATE;
- To update your dictionary such that existing variables are modified,
specify:
MAINTAIN TABLE NAME=_ALL_
REPORT
SCOPE=EXISTING
UPDATE;
The last two examples also produce a report of what is being changed. If
you want to suppress this, specify NOREPORT in place of REPORT.
If you want to apply maintenance or obtain a report on only one table,
specify its name as the NAME= parameter value in place of _ALL_. Note that
you cannot specify multiple tables.
Support for MXG 20.06 also implies support for the following enhancements
to existing tables:
Support for SMF 94 subtype 2 and subtype 1.
Support for z/OS 1.4.
Support for SMF 120 subtype 7 and 8 WebSphere 4.0.1.
Support for CICS Transaction Resource Class new data.
Support for Oracle and Analysis Server NTSMF objects.
Support for RMF 74 subtype 7 FICON Port data.
Support for NTSMF 2.4.4, MODULE Object, Disk pct and Averages.
Support for NTSMF File System Collector.
Support for JES "Z2 Mode".
Support for subtype 27/28 of STK HCS/VSM records.
Support for NTSMF Citrix process record.
Support for z/OS 1.3.
Support for TMON/CICS TCE 2.1.
Support for Top Secret V5.2.
Support for CICS/TS 2.2.
Support for TYPE94 APAR OW52989.
Support for OS/400 Release 5.1.0 Collection Services.
Support for Crypto (for SSL) RMF 70 Subtype 2.
Support for IBM CICS/TS 2.2 Statistics Record TCBs.
Support for NPM subtypes 18x/19x.
Support for Tivoli/Netview NPM 2.6.
Support for NTSMF SMS Objects.
Support for DB2 QLES section.
Support for NTSMF Windows 2000, SP2 for Exchange 2000, SQLSERVER.
Support for z/OS Version 1 Release 2.
Support for CICS/TS 2.2 Subtype 1.
Support for IMS 6.1 Fast Path records.
Support for NTSMF V 2.4.2.11 & Windows 2000 changes.
Support for TPF releases PUT08, PUT10, PUT12.
Support for z/VM 3.1 and VM/ESA 2.4 on z/900 CPUs.
Support for new TYPE42XV dataset for XRC Volume segments.
Support for HMF Subtypes 29, 30, and 31.
Support for IMS Version 7.1 Log Records.
1) The following tables have been deleted from the supplied data
dictionary:
Table Table Type Description
XTY12CA EVENT Websphere container activity
XTY12CI EVENT Websphere container interval
This is because support for 4.0 of Websphere Application Server,
Enterprise Editon radically changed the structure of its SMF records.
See Change 19.180 for details.
2) The following tables have been added to the supplied data dictionary:
Table Table Type Description
NASAGCA INTERVAL WIN NT - Analysis Svr agg cache
NASCONN INTERVAL WIN NT - Analysis Svr connection
NASLAQU INTERVAL WIN NT - Analysis Svr last query
NASLOCK INTERVAL WIN NT - Analysis Svr locks
NASPRAG INTERVAL WIN NT - Analysis Svr proc aggs
NASPRIN INTERVAL WIN NT - Analysis Svr proc indexes
NASPROC INTERVAL WIN NT - Analysis Svr proc
NASQUDI INTERVAL WIN NT - Analysis Svr query dims
NASQURY INTERVAL WIN NT - Analysis Svr query
NASSTRT INTERVAL WIN NT - Analysis Svr startup
NEPOXY INTERVAL WIN NT - epoxy
NEXCHHT INTERVAL WIN NT - exchange srvr http extensions
NFSSTAT INTERVAL WIN NT - fs statistics
NMGTHER INTERVAL WIN NT - microsoft gatherer
NMGTHPR INTERVAL WIN NT - microsoft gatherer projects
NMODULE INTERVAL WIN NT - module
NMSERCH INTERVAL WIN NT - microsoft search
NMSERSC INTERVAL WIN NT - microsoft search catalogs
NMSERSI INTERVAL WIN NT - microsoft search indexr ctlgs
NMSQAES INTERVAL WIN NT - mssql access methods
NMSQBDV INTERVAL WIN NT - mssql backup device
NMSQBMG INTERVAL WIN NT - mssql buffer manager
NMSQBPA INTERVAL WIN NT - mssql buffer partition
NMSQCMG INTERVAL WIN NT - mssql cache manager
NMSQDAB INTERVAL WIN NT - mssql databases
NMSQGST INTERVAL WIN NT - mssql general statistics
NMSQLCH INTERVAL WIN NT - mssql latches
NMSQLKS INTERVAL WIN NT - mssql locks
NMSQMMG INTERVAL WIN NT - mssql memory manager
NMSQRAG INTERVAL WIN NT - mssql replication agents
NMSQRDI INTERVAL WIN NT - mssql replication dist.
NMSQRLR INTERVAL WIN NT - mssql replication logreader
NMSQRME INTERVAL WIN NT - mssql replication merge
NMSQRSN INTERVAL WIN NT - mssql replication snapshot
NMSQSTS INTERVAL WIN NT - mssql sql statistics
NMSQUSE INTERVAL WIN NT - mssql user settable
NMXAL INTERVAL WIN NT - msexchangeal
NMXAP INTERVAL WIN NT - msexchangeimap4
NMXBM INTERVAL WIN NT - msexchange web mail
NMXCH INTERVAL WIN NT - msexchangedsaccess caches
NMXDR INTERVAL WIN NT - msexchangeis transport driver
NMXEV INTERVAL WIN NT - msexchange oledb events
NMXNT INTERVAL WIN NT - msexchangedsaccess contexts
NMXOC INTERVAL WIN NT - msexchangedsaccess processes
NMXP3 INTERVAL WIN NT - msexchangepop3
NMXRE INTERVAL WIN NT - msexchange oledb resource
NMXRS INTERVAL WIN NT - msexchangesrs
NMXSA INTERVAL WIN NT - msexchangesa - nspi proxy
NMXSD INTERVAL WIN NT - store drvr
NORBUFF INTERVAL WIN NT - Oracle buffer cache
NORDADI INTERVAL WIN NT - Oracle data dictionary cache
NORDAFI INTERVAL WIN NT - Oracle data files
NORDBW1 INTERVAL WIN NT - Oracle dbwr stats 1
NORDBW2 INTERVAL WIN NT - Oracle dbwr stats 2
NORDYSM INTERVAL WIN NT - Oracle dynamic space management
NORFREE INTERVAL WIN NT - Oracle free list
NORLIBR INTERVAL WIN NT - Oracle library cache
NORREDO INTERVAL WIN NT - Oracle redo log buffer
NORSORT INTERVAL WIN NT - Oracle sorts
NSMDISD INTERVAL WIN NT - sms discovery data manager
NSMEXTH INTERVAL WIN NT - sms executive thread states
NSMINME INTERVAL WIN NT - sms in-memory queues
NSMSEND INTERVAL WIN NT - sms standard sender
NSMSTAT INTERVAL WIN NT - sms status messages
VIODDCH INTERVAL VM/ESA - Delete CHPID
VIODDDV INTERVAL VM/ESA - Delete device
VIODMDV INTERVAL VM/ESA - Modify device
VIODMOF INTERVAL VM/ESA - Set subchan measure off
VIODMON INTERVAL VM/ESA - Set subchan measure on
VIODSOF INTERVAL VM/ESA - Vary off subchannel
VIODSON INTERVAL VM/ESA - Vary on subchannel
VIODSTC INTERVAL VM/ESA - State change
VIODTOF INTERVAL VM/ESA - Set throttle off
VIODTON INTERVAL VM/ESA - Set throttle rate
VSYTEPM INTERVAL VM/ESA - Extended channel measure
VSYTSYG INTERVAL VM/ESA - System data global
XCILGG INTERVAL CICS log manager logstream
XCIRDFI EVENT CICS resource file detail
XCIRDS EVENT CICS resource data class
XCISPOO INTERVAL CICS dispatcher tcb pools
XHBARCH EVENT Harbor archive request
XHBBKUP EVENT Harbor backup request
XHBCONS EVENT Harbor consolidation
XHBDIST EVENT Harbor distribution info
XHBFILE EVENT Harbor file pickup
XHBMIGR EVENT Harbor migration info
XHBRECA EVENT Harbor recall info
XHBREST EVENT Harbor restore request
XHBRETR EVENT Harbor retrieve request
XIPAC06 EVENT INFOPAC Pages/hierarchy code
XIPAC07 EVENT INFOPAC Archive placement/longevity
XNPNNRC INTERVAL NPM router cisco cip interval
XNPXCSL INTERVAL NPM csl exception/resolution
XNPXETH INTERVAL NPM eth exception/resolution
XNPXFRP INTERVAL NPM frp exception/resolution
XNPXNEO INTERVAL NPM neo exception/resolution
XNPXTRI INTERVAL NPM tri exception/resolution
XNPXXLK INTERVAL NPM xlk exception/resolution
XNPXXPU INTERVAL NPM xpu exception/resolution
XNPXXVC INTERVAL NPM xvc exception/resolution
XQAJOBL INTERVAL AS400 - job data
XQAJOBM INTERVAL AS400 - job data
XQAJOBO INTERVAL AS400 - job data
XQAPOLB INTERVAL AS400 - main storage data
XQAPOLL INTERVAL AS400 - main storage data
XQAPOLT INTERVAL AS400 - main storage data
XQASYSC INTERVAL AS400 - system performance data
XQASYSL INTERVAL AS400 - system performance data
XQASYST INTERVAL AS400 - system performance data
XSTVS27 EVENT STC VSM 27 vtv scratch status
XSTVS28 EVENT STC VSM 28 vtv replication
XSTVS29 EVENT STC VSM 29 vtv-mvc unlink
XTMDBD0 EVENT TMON for DB2 auth failure additional txt
XTYHMFT EVENT HMF cnt2 compression entry
XTYHMFU EVENT HMF cnt2 ifentry
XTYHMFV EVENT HMF sysgroup/cnt2sys hdw
XTY12JC EVENT Websphere j2ee container class avtivity
XTY12JI INTERVAL Websphere j2ee container interval
XTY12WA EVENT Websphere webcontainer activity
XTY12WI INTERVAL Websphere webcontainer interval
XTY42XV INTERVAL DFP extended remote copy vol
XTY422A EVENT Delete alias
XTY4220 EVENT Stow initialize delete pdse
XTY4221 EVENT Delete pds or pdse member
XTY70X2 INTERVAL RMF pci crypto accelerator pcica
XTY70Y2 INTERVAL RMF crypto coproc facility ccf
XTY7002 INTERVAL RMF pci crypto coprocessor pcicc
XTY74DU INTERVAL RMF duplex coupling facility
XTY747C INTERVAL RMF FCT Connector data
XTY747P INTERVAL RMF FCD Global, Switch, and Port data
XTY942 INTERVAL IBM tape library volume pooling stats
XTY9421 INTERVAL IBM tape library volume pool detail
3) The following tables have had their labels and descriptions changed:
Table Description
XMICF from: Mim control file
to: MIM control file
XMIECM from: Mim ecm statistics
to: MIM ecm statistics
XMIVCF from: Mim virtual control file
to: MIM virtual control file
XTY12CC from: Websphere container activity class
to: Websphere container class
XTY12CM from: Websphere container activity method
to: Websphere class method
XTY12SC from: Websphere server activity comm session
to: Websphere server container activity
XTY12SI from: Websphere server interval
to: Websphere server interval
4) The following tables have had variable changes (variables added,
deleted, or modified) in the supplied data dictionary:
Table Table Type Description
NDATABA INTERVAL WIN NT database
NJOBDET INTERVAL WIN NT job object details
NLOGLDI INTERVAL WIN NT logical disk
NMEMORY INTERVAL WIN NT memory
NMSXDS INTERVAL WIN NT ms exchange directory services
NMSXIS INTERVAL WIN NT ms exchange info store
NMSXPU INTERVAL WIN NT ms exchange info store public
NPHYSDI INTERVAL WIN NT physical disk
NPRCES INTERVAL WIN NT process
NSQLCAC INTERVAL WIN NT sqlcacmg
NSQLDAT INTERVAL WIN NT sqldatab
NTCNFIG EVENT WIN NT SMF configuration
NTHRED INTERVAL WIN NT thread
NTINTRV INTERVAL WIN NT interval data
NTRMSRS INTERVAL WIN NT terminal server session
NUSER INTERVAL WIN NT user
NWINPRX INTERVAL WIN NT winsock proxy server
NWRLMSC INTERVAL WIN NT worldsecuremail message count
VBYCPU INTERVAL VM CPU Engine Data (MXG)
VBYTIME INTERVAL VM System and Storage Data (MXG)
VBYUSR INTERVAL VM User Data (MXG)
VIODCAD INTERVAL VM Cache Activity Data
VIODDEV INTERVAL VM Device Activity
VMINTRV INTERVAL VM Interval Data (consolidated by MXG)
VMTRDEV EVENT VM Device Configuration Data
VMTRPRP EVENT VM Processor Configuration
VMTRSCH EVENT VM Scheduler Settings
VMTRSYS EVENT VM System Configuration Data
VMTRUSR EVENT VM Logged on User
VPRCPRP INTERVAL VM Processor Data (Per Processor)
VSTOSHR INTERVAL VM Shared Storage Management
VSYTPRP INTERVAL VM Processor Data (Per Processor)
VSYTRSG INTERVAL VM Real Storage Data (Global)
VSYTSCG INTERVAL VM Scheduler Activity (Global)
VSYTSYP INTERVAL VM System Data (Per Processor)
VSYTUWT INTERVAL VM User Wait States
VSYTXSG INTERVAL VM Expanded Storage Data (Global)
XASMCEC INTERVAL LPAR CEC level LPAR details
XASM70P INTERVAL LPAR RMF interval data
XCICINT INTERVAL CICS interval statistics
XCIDS INTERVAL CICS dispatcher statistics
XCIEXCE INTERVAL CICS exceptions
XCIFCR INTERVAL CICS file control specific
XCIST INTERVAL CICS statistics domain global
XCITRAN EVENT CICS transactions
XDBACCT EVENT DB2 accounting
XDBBPAC EVENT DB2 accounting-group buffer pool
XDBCCTB EVENT DB2 accounting-buffer pool
XDBCCTP EVENT DB2 accounting-packages/dbrm
XDBGBPA EVENT DB2 global buffer pool attributes
XDBSTA1 INTERVAL DB2 interval statistics (subtype 1)
XDBTATS INTERVAL DB2 interval statistics: summary
XDB2A INTERVAL DB2 accounting - summarised to hour
XDCDSET EVENT DCOLLECT active data set information
XDCMIGS EVENT DCOLLECT migrated
XEDSVRE EVENT DFSMSrmm volume information
XHSFSRS EVENT HSM fsr statistics, detail records
XICBGSY INTERVAL Iceberg subsystem performance
XICBGUT EVENT Iceberg space utilization
XIMBMPS EVENT IMS BMP transactions
XIMDBDS EVENT IMF - IMS DBDs used
XIMFAST EVENT IMS fast path
XIMFTRN EVENT IMF - IMS transactions
XIMPROG EVENT IMF - IMS program deschedule
XIMTRAN EVENT IMS DC transactions
XIPAC01 EVENT INFOPAC Batch printing usage statistics
XIPAC02 EVENT INFOPAC Online printing usage stats
XIPAC03 EVENT INFOPAC Online viewing usage statistics
XIPAC04 EVENT INFOPAC Archive recall usage statistics
XIPAC05 EVENT INFOPAC Archive i/o subsys statistics
XJOBS EVENT Completed jobs
XMQACCT EVENT MQM accounting statistics
XNDMCT EVENT NDM copy termination
XNDMPT EVENT NDM process termination event
XNDMRT EVENT NDM run task termination record
XNPANOD INTERVAL NPM ODLC lan
XNPNNRP INTERVAL NPM cisco pool interval
XNPNNRT INTERVAL NPM router interval
XORACLE EVENT Oracle event record
XOVTCP INTERVAL OMEGAMON for VTAM tcp asid
XPRINT EVENT Print events
XQACONF EVENT AS400 - system configuration data
XQADISK INTERVAL AS400 - disk storage data
XQAETH INTERVAL AS400 - ethernet statistics
XRMFINT INTERVAL Combined RMF interval data
XSMFINT INTERVAL SMF interval accounting
XSPNJOB EVENT Incomplete (spun) jobs
XSTVS13 EVENT STC VSM 13 vtcs vtv mount
XSTVS14 EVENT STC VSM 14 vtcs vtv dismount
XSTVS15 EVENT STC VSM 15 vtcs delete vtv
XSTVS16 EVENT STC VSM 16 vtcs rtd mount
XSTVS17 EVENT STC VSM 17 vtcs rtd dismount
XSTVS18 EVENT STC VSM 18 vtcs migrate vtv to mvc
XSTVS19 EVENT STC VSM 19 vtcs recall vtv from mvc
XSYCSOR EVENT Syncsort sort end stats
XTC2CMX INTERVAL Landmark CICS MON 2 - cmx segment
XTC2DBD EVENT Landmark CICS MON 2 - dbd activity
XTC2DSA INTERVAL Landmark CICS MON 2 - dsa segment
XTC2IDS INTERVAL Landmark CICS MON 2 - ids segment
XTC2IRQ INTERVAL Landmark CICS MON 2 - irq segment
XTC2IWT INTERVAL Landmark CICS MON 2 - iwt segment
XTC2SUM INTERVAL Landmark CICS MON 2 - hourly summary
XTC2SYS INTERVAL Landmark CICS MON 2 - file interval
XTC2TDQ INTERVAL Landmark CICS MON 2 - transient data int
XTC2TFI INTERVAL Landmark CICS MON 2 - file interval
XTC2TMC INTERVAL Landmark CICS MON 2 - tmc segment
XTC2TPD INTERVAL Landmark CICS MON 2 - tpd segment
XTC2TPG INTERVAL Landmark CICS MON 2 - tpg segment
XTC2TR INTERVAL Landmark CICS MON 2 - region interval
XTC2TS INTERVAL Landmark CICS MON 2 - temp storage intvl
XTC2TSK EVENT Landmark CICS MON 2 - transactions
XTC2TSQ INTERVAL Landmark CICS MON 2 - tsq segment
XTC2TTR INTERVAL Landmark CICS MON 2 - ttr segment
XTC2TXN INTERVAL Landmark CICS MON 2 - txn segment
XTC2T2 INTERVAL Landmark CICS MON 2 - db2 intvl for cics
XTMDBD EVENT TMON for DB2 authorization failure
XTPFDA EVENT TPF - aaa initialization (uat)
XTPFDH EVENT TPF - ss/ssu mnemonic table
XTPFDI EVENT TPF - lc processor - subsystem status
XTPFDK EVENT TPF - routing control application table
XTPFDN EVENT TPF - tape status table
XTPFDP EVENT TPF - cache control unit information
XTPFDR EVENT TPF - sna record ids this cpu
XTPFDS EVENT TPF - bsc statoin name conversion table
XTPFDT EVENT TPF - hardware addresses files/tapes
XTPFDTX EVENT TPF - hardware addresses detail
XTPFDU EVENT TPF - jcw block and sequence control
XTPFDV EVENT TPF - son module device status table
XTPFDVX EVENT TPF - son module device details
XTPFDX EVENT TPF - rtc data collection begin
XTPFDY EVENT TPF - channel path id information
XTPFFC EVENT TPF - tape activity record
XTPFFF EVENT TPF - sons and vfa intercept records
XTPFFM EVENT TPF - son activity record
XTPFFN EVENT TPF - son activity record extension
XTPFFQ EVENT TPF - file queue counts for sons
XTPFFS INTERVAL TPF - vfa synchronization records
XTPFFV INTERVAL TPF - vfa activity record
XTPFINT INTERVAL TPF - interval statistics
XTPFMB EVENT TPF - alc,slc,bsc msg interval continue
XTPFMD INTERVAL TPF - mpifpath definition/activity
XTPFMG INTERVAL TPF - mpif ipc global table
XTPFML EVENT TPF - alc,slc,bsc msg interval start
XTPFMM EVENT TPF - message intercept record
XTPFMP EVENT TPF - mpif general information
XTPFNX INTERVAL TPF - sna message intrl start/stop/cont
XTPFPP EVENT TPF - program intercept data
XTPFPX EVENT TPF - system pools (gfs) begin/end
XTPFSA INTERVAL TPF - application name table
XTPFSC INTERVAL TPF - sabre unique claw record
XTPFSJ EVENT TPF - sabre lowcore condition reached
XTPFSM EVENT TPF - system message count table
XTPFSP INTERVAL TPF - system pool (gfs) data
XTPFSU INTERVAL TPF - subsystem/subsystem user record
XTPFSX INTERVAL TPF - system intrvl start/stop/continue
XTPFTT EVENT TPF - time stamp and trace record
XTSCALL EVENT TSO/MON call statistics
XTYRMDS EVENT IBM Report Mgmt. and Distribution
XTYTALO EVENT MXG tape monitor allocation event
XTYTPMX EVENT Thruput manager job analyzer - extended
XTY1031 EVENT HTTP Websphere server config
XTY1032 INTERVAL HTTP Websphere server perform
XTY108P INTERVAL Domino server ports active (subtype 1)
XTY108T INTERVAL Domino server transaction (subtype 1)
XTY1081 INTERVAL Domino server server load
XTY1082 INTERVAL Domino server user activity
XTY1083 INTERVAL Domino server monitor and tuning
XTY1086 INTERVAL Domino server database activity
XTY12CC EVENT Websphere container activity class
XTY12CM EVENT Websphere container activity method
XTY12SA EVENT Websphere server activity
XTY12SC EVENT Websphere server activity comm session
XTY12SI EVENT Websphere server interval
XTY26J3 EVENT JES3 purge information
XTY30_V EVENT Job/TSO interval accounting
XTY30_1 EVENT Job/TSO initiation
XTY30_4 EVENT Job/TSO step/program termination
XTY30_5 EVENT Job/TSO termination
XTY30_6 EVENT System address space data
XTY42AU EVENT DFP cache control unit volumes
XTY42DS INTERVAL DFP data set statistics
XTY42D1 INTERVAL VSAMRLS sysplex wide data set response
XTY42D2 INTERVAL VSAMRLS by system data set response
XTY42S1 INTERVAL VSAMRLS sysplex wide storclas response
XTY42S2 INTERVAL VSAMRLS by system storclas response
XTY42VL EVENT DFP cache control unit volumes
XTY42X1 INTERVAL VSAMRLS local buffer manager stats
XTY42X2 EVENT VSAMRLS local buffer manager detail
XTY60 EVENT Updated VSAM Volume Data Set
XTY70 INTERVAL RMF CPU activity and address space stats
XTY70PR INTERVAL RMF PR/SM statistics
XTY71 INTERVAL RMF paging and swapping activity
XTY72 INTERVAL RMF workload activity
XTY72GO INTERVAL RMF goal mode period resources
XTY72SC INTERVAL RMF goal mode service class section
XTY7204 INTERVAL RMF subtype 04
XTY73 INTERVAL RMF channel path activity
XTY74CA INTERVAL RMF Cache Reporter - cache controllers
XTY74CF INTERVAL RMF coupling facility - activity
XTY74ST INTERVAL RMF coupling facility - structure reqs
XTY78CU INTERVAL RMF LCU queuing statistics
XTY78IO INTERVAL RMF I/O queueing
XTY78PA INTERVAL RMF virtual storage private area stats
XTY78SP INTERVAL RMF virtual storage private area subpool
XTY79C INTERVAL RMF mon II channel path activity data
XTY791 INTERVAL RMF mon II address space state data
XTY90 EVENT MVS operator command issued
XTY9101 EVENT MVS pipes - subsystem initialization
XTY9102 INTERVAL MVS pipes - subsystem interval
XTY9103 EVENT MVS pipes - subsystem termination
XTY9111 EVENT MVS pipes - pipe connection open
XTY9112 INTERVAL MVS pipes - pipe interval
XTY9113 EVENT MVS pipes - pipe close
XTY9115 EVENT MVS pipes - pipe delete
XTY94 INTERVAL IBM tape library dataserver stats
XUOW EVENT CICS/DB2 combined resource summary
1) The following 14 variables have been added to table NDATABA:
Variable Description Interpretation
DAAINST Database instance name STRING
LGESTRT Log record stalls/sec RATE
LGHWAIT Log threads waiting COUNT
LGRITRT Log writes/sec RATE
PGNVRCN Pages converted COUNT
PGNVRRT Pages converted/sec RATE
RCNVRCN Records converted COUNT
RCNVRRT Records converted/sec RATE
SESINUS Sessions in use COUNT
SESPCUS Sessions pct used PERCENT100
TOAHIRT Table open cache hits/sec RATE
TOAMIRT Table open cache misses/sec RATE
TOAPCHT Table open cache pct hit PERCENT100
TOPENRT Table opens/sec RATE
2) The following variable has had its format changed in table
NJOBDET:
ELAPSTM changed from TIME12.2 to TIME13.3
3) The following 3 variables have been added to table NLOGLDI:
Variable Description Interpretation
AVDSKQT Avg disk queue time AVERAGE
AVDSKST Avg disk service time AVERAGE
PTDSKBY Pct disk busy PERCENT100
4) The following 2 variables have been added to table NMEMORY:
Variable Description Interpretation
AVALMEK Available memory COUNT
AVALMEM Available memory COUNT
The following 2 variables have been deleted from table NMEMORY:
AVAILME Available memory COUNT
AVAIL01 Available memory COUNT
5) The following 2 variables have been added to table NMSXDS:
Variable Description Interpretation
AJMTASS Adjacent mta associations COUNT
MSXCMTA Msexchange mta COUNT
6) The following 40 variables have been added to table NMSXIS:
Variable Description Interpretation
APNCRCN Appointment instances created COUNT
APNCRRT Appointment instance creation rate RATE
APNDECN Appointment instances deleted COUNT
APNDERT Appointment instance deletion rate RATE
FBUBLCN Fb publish count COUNT
FBUBLRT Fb publish rate RATE
REAEXCN Recurring master appointments expanded COUNT
REAEXRT Recurring master expansion rate RATE
REPCRCN Recurring appointments created COUNT
REPCRRT Recurring apppointment creation rate RATE
REPDECN Recurring appointments deleted COUNT
REPDERT Recurring appointment deletion rate RATE
REPMOCN Recurring appointments modified COUNT
REPMORT Recurring appointment modification rate RATE
SIPCRCN Single appointments created COUNT
SIPCRRT Single appointment creation rate RATE
SIPDECN Single appointments deleted COUNT
SIPDERT Single appointment deletion rate RATE
SIPMOCN Single appointments modified COUNT
SIPMORT Single appointment modification rate RATE
VMGBLSZ Vm largest block size GAUGE
VMGFRBY Vm total large free block bytes COUNT
VMOFREE Vm total free blocks COUNT
VM6FREE Vm total 16mb free blocks COUNT
VSCBYTE Virus scan bytes scanned COUNT
VSCQUEL Virus scan queue length COUNT
VSECLCN Virus scan messages cleaned COUNT
VSECLRT Virus scan messages cleaned/sec RATE
VSEPRCN Virus scan messages processed COUNT
VSEPRRT Virus scan messages processed/sec RATE
VSEQUCN Virus scan messages quarantined COUNT
VSEQURT Virus scan messages quarantined/sec RATE
VSICLCN Virus scan files cleaned COUNT
VSICLRT Virus scan files cleaned/sec RATE
VSIQUCN Virus scan files quarantined COUNT
VSIQURT Virus scan files quarantined/sec RATE
VSISCCN Virus scan files scanned COUNT
VSISCRT Virus scan files scanned/sec RATE
VSOSCCN Virus scan folders scanned in background COUNT
VSSSCCN Virus scan messages scanned in backgrnd COUNT
7) The following 10 variables have been added to table NMSXPU:
Variable Description Interpretation
HDOLOCR Http/dav total locks created COUNT
HDORQCN Http/dav total notify requests COUNT
HDORQRT Http/dav notify requests/sec RATE
HDOSUCR Http/dav total subscriptions created COUNT
HDOSUEX Http/dav total subscriptions expired COUNT
HDUPENO Http/dav current pending notifications GAUGE
HDUSUCN Http/dav current subscriptions GAUGE
HDUTRLK Http/dav current transaction locks GAUGE
LOOPSRT Logon operations/sec RATE
MSXISPU Instance name STRING
8) The following 3 variables have been added to table NPHYSDI:
Variable Description Interpretation
AVDSKQT Avg disk queue time AVERAGE
AVDSKST Avg disk service time AVERAGE
PTDSKBY Pct disk busy PERCENT100
9) The following 9 variables have been added to table NPRCES:
Variable Description Interpretation
IODABYR Io data bytes/sec RATE
IODTOPR Io data operations/sec RATE
IOOTBYR Io other bytes/sec RATE
IOOTOPR Io other operations/sec RATE
IORDBYR Io read bytes/sec RATE
IORDOPR Io read operations/sec RATE
IOWRBYR Io write bytes/sec RATE
IOWROPR Io write operations/sec RATE
REDYTHR Ready threads COUNT
The following variable has had its format changed in table
NPRCES:
ELAPSTM changed from TIME12.2 to TIME13.3
10) The following 6 variables have been added to table NSQLCAC:
Variable Description Interpretation
CCHEMGR STRING
CCHHITR Cache hit ratio PERCENT
CCHOBCT COUNT
CCHPAGE COUNT
CCHUSRT COUNT
MSSRVDB Mssql server db name STRING
11) The following variable has been added to table NSQLDAT:
Variable Description Interpretation
DAABASE Database name STRING
12) The following 115 variables have been added to table NTCNFIG:
Variable Description Interpretation
CPSPEDA Cpu10 speed mhz INT
CPSPEDB Cpu11 speed mhz INT
CPSPEDC Cpu12 speed mhz INT
CPSPEDD Cpu13 speed mhz INT
CPSPEDE Cpu14 speed mhz INT
CPSPEDF Cpu15 speed mhz INT
CPSPEDG Cpu16 speed mhz INT
CPSPEDH Cpu17 speed mhz INT
CPSPEDI Cpu18 speed mhz INT
CPSPEDJ Cpu19 speed mhz INT
CPSPEDK Cpu20 speed mhz INT
CPSPEDL Cpu21 speed mhz INT
CPSPEDM Cpu22 speed mhz INT
CPSPEDN Cpu23 speed mhz INT
CPSPEDO Cpu24 speed mhz INT
CPSPEDP Cpu25 speed mhz INT
CPSPEDQ Cpu26 speed mhz INT
CPSPEDR Cpu27 speed mhz INT
CPSPEDS Cpu28 speed mhz INT
CPSPEDT Cpu29 speed mhz INT
CPSPEDU Cpu30 speed mhz INT
CPSPEDV Cpu31 speed mhz INT
CPSPEDW Cpu32 speed mhz INT
CPSPED5 Cpu5 speed mhz INT
CPSPED6 Cpu6 speed mhz INT
CPSPED7 Cpu7 speed mhz INT
CPSPED8 Cpu8 speed mhz INT
CPSPED9 Cpu9 speed mhz INT
CPUNUMA Cpu10 processor number INT
CPUNUMB Cpu11 processor number INT
CPUNUMC Cpu12 processor number INT
CPUNUMD Cpu13 processor number INT
CPUNUME Cpu14 processor number INT
CPUNUMF Cpu15 processor number INT
CPUNUMG Cpu16 processor number INT
CPUNUMH Cpu17 processor number INT
CPUNUMI Cpu18 processor number INT
CPUNUMJ Cpu19 processor number INT
CPUNUMK Cpu20 processor number INT
CPUNUML Cpu21 processor number INT
CPUNUMM Cpu22 processor number INT
CPUNUMN Cpu23 processor number INT
CPUNUMO Cpu24 processor number INT
CPUNUMP Cpu25 processor number INT
CPUNUMQ Cpu26 processor number INT
CPUNUMR Cpu27 processor number INT
CPUNUMS Cpu28 processor number INT
CPUNUMT Cpu29 processor number INT
CPUNUMU Cpu30 processor number INT
CPUNUMV Cpu31 processor number INT
CPUNUMW Cpu32 processor number INT
CPUNUM5 Cpu5 processor number INT
CPUNUM6 Cpu6 processor number INT
CPUNUM7 Cpu7 processor number INT
CPUNUM8 Cpu8 processor number INT
CPUNUM9 Cpu9 processor number INT
DCSDURT Dcs interval duration STRING
DSVRYRT Discovery record types STRING
FAMILYA Cpu10 family STRING
FAMILYB Cpu11 family STRING
FAMILYC Cpu12 family STRING
FAMILYD Cpu13 family STRING
FAMILYE Cpu14 family STRING
FAMILYF Cpu15 family STRING
FAMILYG Cpu16 family STRING
FAMILYH Cpu17 family STRING
FAMILYI Cpu18 family STRING
FAMILYJ Cpu19 family STRING
FAMILYK Cpu20 family STRING
FAMILYL Cpu21 family STRING
FAMILYM Cpu22 family STRING
FAMILYN Cpu23 family STRING
FAMILYO Cpu24 family STRING
FAMILYP Cpu25 family STRING
FAMILYQ Cpu26 family STRING
FAMILYR Cpu27 family STRING
FAMILYS Cpu28 family STRING
FAMILYT Cpu29 family STRING
FAMILYU Cpu30 family STRING
FAMILYV Cpu31 family STRING
FAMILYW Cpu32 family STRING
FAMILY5 Cpu5 family STRING
FAMILY6 Cpu6 family STRING
FAMILY7 Cpu7 family STRING
FAMILY8 Cpu8 family STRING
FAMILY9 Cpu9 family STRING
MANFACA Cpu10 manufacturer STRING
MANFACB Cpu11 manufacturer STRING
MANFACC Cpu12 manufacturer STRING
MANFACD Cpu13 manufacturer STRING
MANFACE Cpu14 manufacturer STRING
MANFACF Cpu15 manufacturer STRING
MANFACG Cpu16 manufacturer STRING
MANFACH Cpu17 manufacturer STRING
MANFACI Cpu18 manufacturer STRING
MANFACJ Cpu19 manufacturer STRING
MANFACK Cpu20 manufacturer STRING
MANFACL Cpu21 manufacturer STRING
MANFACM Cpu22 manufacturer STRING
MANFACN Cpu23 manufacturer STRING
MANFACO Cpu24 manufacturer STRING
MANFACP Cpu25 manufacturer STRING
MANFACQ Cpu26 manufacturer STRING
MANFACR Cpu27 manufacturer STRING
MANFACS Cpu28 manufacturer STRING
MANFACT Cpu29 manufacturer STRING
MANFACU Cpu30 manufacturer STRING
MANFACV Cpu31 manufacturer STRING
MANFACW Cpu32 manufacturer STRING
MANFAC5 Cpu5 manufacturer STRING
MANFAC6 Cpu6 manufacturer STRING
MANFAC7 Cpu7 manufacturer STRING
MANFAC8 Cpu8 manufacturer STRING
MANFAC9 Cpu9 manufacturer STRING
SURYVER Summary program version STRING
13) The following variable has had its format changed in table
NTHRED:
ELAPSTM changed from TIME12.2 to TIME13.3
14) The following 5 variables have been added to table NTINTRV:
Variable Description Interpretation
AVALMEK Available memory COUNT
AVALMEM Available memory COUNT
AVDSKQT Avg disk queue time AVERAGE
AVDSKST Avg disk service time AVERAGE
PCDSKBY Pct disk busy PERCENT100
The following 2 variables have been deleted from table NTINTRV:
AVAILME Available memory COUNT
AVAIL01 Available memory COUNT
15) The following variable has had its format changed in table
NTRMSRS:
ELAPSTM changed from TIME12.2 to TIME13.3
16) The following variable has had its format changed in table
NUSER:
ELAPSTM changed from TIME12.2 to TIME13.3
17) The following 5 variables have been added to table NWINPRX:
Variable Description Interpretation
DNCACEN Dns cache entries COUNT
DNCACFL Dns cache flushes COUNT
DNCACHI Dns cache hits COUNT
DNCACPC Dns cache hit percentage PERCENT100
DNRETRV Dns retrievals COUNT
The following 5 variables have been deleted from table NWINPRX:
DNSCACE Dns cache entries COUNT
DNSCACF Dns cache flushes COUNT
DNSCACH Dns cache hits COUNT
DNSCACP Dns cache hit percentage PERCENT100
DNSRETR Dns retrievals COUNT
18) The following 3 variables have had their format changed in table
NWRLMSC:
ALMSSIZ changed from MGBYTRT. to MGBYTES.
EXRNSIZ changed from MGBYTRT. to MGBYTES.
INRNSIZ changed from MGBYTRT. to MGBYTES.
19) The following 7 variables have been added to table VBYCPU:
Variable Description Interpretation
CALUDED Userid if cpu is dedicated STRING
HFUSERM Vmdbks master only pldv COUNT
PFSPINC Spin lock requests not immediate COUNT
PFSPINT Elapsed time in spin locks TIME
PFXTYPE Host cpu usage type HEXFLAGS
PLDGUCT User supplied diagnose instr COUNT
PLXITCT User exit calls made COUNT
20) The following 25 variables have been added to table VBYTIME:
Variable Description Interpretation
CALLIST Vmdbks dsp list limit list COUNT
CASLKCT Spin requests for sked lock COUNT
CASLKTM Spin time on sked lock TIME
HCSTPXB Bias for minidisk cache estore COUNT
SRATOD2 Artificial tod2 DATETIME
SRCONLL Users on limit list COUNT
SRLLCNT Adds to limit list COUNT
SRMATOD Artificial tod DATETIME
SRTOTST Memory available to scheduler COUNT
SRWSSDL Dispatch list users working set COUNT
SRWSSD1 Sum of wss for q1-q3 SUM
SRWSSD2 Sum of wss for q2-q3 SUM
SRWSSD3 Sum of wss for q3 SUM
SRWTCPU Mask of cpus in wait state HEXFLAGS
SYSCMAV Available scmbks COUNT
TCAVGAG Avg age paging xstore AVERAGE
TCMIDSZ Max pages in minidisk cache MAXIMUM
TCMMAIN Current cstore track cache GAUGE
TCMMNDL Cstore deleted from cache COUNT
TCMNMAX Maximum cstore track cache MAXIMUM
TCMNMIN Minimum cstore track cache MINIMUM
TCSTLMN Steals to cstore from cache COUNT
TCSTLXS Times steal xstore from trk cache COUNT
TCXIDSZ Max xstore in track cache MAXIMUM
TCXSMIN Min xstore used by cache as set MINIMUM
21) The following 7 variables have been added to table VBYUSR:
Variable Description Interpretation
HFLLIST Vmdbks dsp list limit list COUNT
HFPGACT Pf reqs active not in pgwait COUNT
IUTOTCN Total iucv connections COUNT
VMLIMTH Max share is limithard? STRING
VMMXSHA Max share is absolute? STRING
VMSLCNT Minor time slice expires TIME
VMTHRCT Times delayed throttled device COUNT
The following variable has been deleted from table VBYUSR:
IUCTOTC Total iucv connections COUNT
22) The following variable has been added to table VIODCAD:
Variable Description Interpretation
CALSSS2 Additional status HEXFLAGS
23) The following 2 variables have been added to table VIODDEV:
Variable Description Interpretation
SCCQTIM Scm facility data TIME
THRDLYS Times i/o delayed throttled COUNT
24) The following 25 variables have been added to table VMINTRV:
Variable Description Interpretation
CALLIST Vmdbks dsp list limit list COUNT
CASLKCT Spin requests for sked lock COUNT
CASLKTM Spin time on sked lock TIME
HCSTPXB Bias for minidisk cache estore COUNT
SRATOD2 Artificial tod2 DATETIME
SRCONLL Users on limit list COUNT
SRLLCNT Adds to limit list COUNT
SRMATOD Artificial tod DATETIME
SRTOTST Memory available to scheduler COUNT
SRWSSDL Dispatch list users working set COUNT
SRWSSD1 Sum of wss for q1-q3 SUM
SRWSSD2 Sum of wss for q2-q3 SUM
SRWSSD3 Sum of wss for q3 SUM
SRWTCPU Mask of cpus in wait state HEXFLAGS
SYSCMAV Available scmbks COUNT
TCAVGAG Avg age paging xstore AVERAGE
TCMIDSZ Max pages in minidisk cache MAXIMUM
TCMMAIN Current cstore track cache GAUGE
TCMMNDL Cstore deleted from cache COUNT
TCMNMAX Maximum cstore track cache MAXIMUM
TCMNMIN Minimum cstore track cache MINIMUM
TCSTLMN Steals to cstore from cache COUNT
TCSTLXS Times steal xstore from trk cache COUNT
TCXIDSZ Max xstore in track cache MAXIMUM
TCXSMIN Min xstore used by cache as set MINIMUM
25) The following 6 variables have been added to table VMTRDEV:
Variable Description Interpretation
CATHROT Throttled dev? STRING
RDCRCUC Real cu code STRING
RDEVSER Dasd volume serial STRING
RDOBRCO Obr code STRING
THIORTE I/o rate clock ticks per i/o RATE
THRDLYS Times i/o delayed throttled COUNT
26) The following 2 variables have been added to table VMTRPRP:
Variable Description Interpretation
CALUDED Userid if cpu is dedicated STRING
PFXTYPE Host cpu usage type HEXFLAGS
27) The following variable has been added to table VMTRSCH:
Variable Description Interpretation
SRXPCTG Pct xstore to use in wss calcs PERCENT100
28) The following variable has been added to table VMTRSYS:
Variable Description Interpretation
CALADMF Asynchronous data mover installed? STRING
29) The following 2 variables have been added to table VMTRUSR:
Variable Description Interpretation
VMBYVAL Byuser id logged on STRING
VMMXSHR Users max share MAXIMUM
30) The following 3 variables have been added to table VPRCPRP:
Variable Description Interpretation
CALUDED Userid if cpu is dedicated STRING
HFUSERM Vmdbks master only pldv COUNT
PFXTYPE Host cpu usage type HEXFLAGS
31) The following variable has been added to table VSTOSHR:
Variable Description Interpretation
ASCTXBK Xstore size for this asid GAUGE
32) The following 2 variables have been added to table VSYTPRP:
Variable Description Interpretation
PFSPINC Spin lock requests not immediate COUNT
PFSPINT Elapsed time in spin locks TIME
33) The following 7 variables have been added to table VSYTRSG:
Variable Description Interpretation
SYSCMAV Available scmbks COUNT
TCMIDSZ Max pages in minidisk cache MAXIMUM
TCMMAIN Current cstore track cache GAUGE
TCMMNDL Cstore deleted from cache COUNT
TCMNMAX Maximum cstore track cache MAXIMUM
TCMNMIN Minimum cstore track cache MINIMUM
TCSTLMN Steals to cstore from cache COUNT
34) The following 12 variables have been added to table VSYTSCG:
Variable Description Interpretation
CASLKCT Spin requests for sked lock COUNT
CASLKTM Spin time on sked lock TIME
SRATOD2 Artificial tod2 DATETIME
SRCONLL Users on limit list COUNT
SRLLCNT Adds to limit list COUNT
SRMATOD Artificial tod DATETIME
SRTOTST Memory available to scheduler COUNT
SRWSSDL Dispatch list users working set COUNT
SRWSSD1 Sum of wss for q1-q3 SUM
SRWSSD2 Sum of wss for q2-q3 SUM
SRWSSD3 Sum of wss for q3 SUM
SRWTCPU Mask of cpus in wait state HEXFLAGS
35) The following 2 variables have been added to table VSYTSYP:
Variable Description Interpretation
PLDGUCT User supplied diagnose instr COUNT
PLXITCT User exit calls made COUNT
36) The following variable has been added to table VSYTUWT:
Variable Description Interpretation
CALLIST Vmdbks dsp list limit list COUNT
37) The following 5 variables have been added to table VSYTXSG:
Variable Description Interpretation
HCSTPXB Bias for minidisk cache estore COUNT
TCAVGAG Avg age paging xstore AVERAGE
TCSTLXS Times steal xstore from trk cache COUNT
TCXIDSZ Max xstore in track cache MAXIMUM
TCXSMIN Min xstore used by cache as set MINIMUM
38) The following 126 variables have been added to table XASMCEC:
Variable Description Interpretation
CPCMODE Cpc model identifier STRING
CPCMSU Cpc hourly msu hardware capacity COUNT
LPABDA Lpar 10 average logical cpus smf70bda AVERAGE
LPALAC Lpar 10 4-hr average smf70lac AVERAGE
LPAMSU Lpar 10 interval msu count COUNT
LPAMSUH Lpar 10 interval msu as hourly rate RATE
LPAMSU7 Lpar 10 msu defined capacity smf70msu INT
LPAONT Lpar 10 lpar online duration smf70ont TIME
LPAWST Lpar 10 wait state duration smf70wst TIME
LPBBDA Lpar 11 average logical cpus smf70bda AVERAGE
LPBLAC Lpar 11 4-hr average smf70lac AVERAGE
LPBMSU Lpar 11 interval msu count COUNT
LPBMSUH Lpar 11 interval msu as hourly rate RATE
LPBMSU7 Lpar 11 msu defined capacity smf70msu INT
LPBONT Lpar 11 lpar online duration smf70ont TIME
LPBWST Lpar 11 wait state duration smf70wst TIME
LPCBDA Lpar 12 average logical cpus smf70bda AVERAGE
LPCLAC Lpar 12 4-hr average smf70lac AVERAGE
LPCMSU Lpar 12 interval msu count COUNT
LPCMSUH Lpar 12 interval msu as hourly rate RATE
LPCMSU7 Lpar 12 msu defined capacity smf70msu INT
LPCONT Lpar 12 lpar online duration smf70ont TIME
LPCWST Lpar 12 wait state duration smf70wst TIME
LPDBDA Lpar 13 average logical cpus smf70bda AVERAGE
LPDLAC Lpar 13 4-hr average smf70lac AVERAGE
LPDMSU Lpar 13 interval msu count COUNT
LPDMSUH Lpar 13 interval msu as hourly rate RATE
LPDMSU7 Lpar 13 msu defined capacity smf70msu INT
LPDONT Lpar 13 lpar online duration smf70ont TIME
LPDWST Lpar 13 wait state duration smf70wst TIME
LPEBDA Lpar 14 average logical cpus smf70bda AVERAGE
LPELAC Lpar 14 4-hr average smf70lac AVERAGE
LPEMSU Lpar 14 interval msu count COUNT
LPEMSUH Lpar 14 interval msu as hourly rate RATE
LPEMSU7 Lpar 14 msu defined capacity smf70msu INT
LPEONT Lpar 14 lpar online duration smf70ont TIME
LPEWST Lpar 14 wait state duration smf70wst TIME
LPFBDA Lpar 15 average logical cpus smf70bda AVERAGE
LPFLAC Lpar 15 4-hr average smf70lac AVERAGE
LPFMSU Lpar 15 interval msu count COUNT
LPFMSUH Lpar 15 interval msu as hourly rate RATE
LPFMSU7 Lpar 15 msu defined capacity smf70msu INT
LPFONT Lpar 15 lpar online duration smf70ont TIME
LPFWST Lpar 15 wait state duration smf70wst TIME
LPGBDA Lpar 16 average logical cpus smf70bda AVERAGE
LPGLAC Lpar 16 4-hr average smf70lac AVERAGE
LPGMSU Lpar 16 interval msu count COUNT
LPGMSUH Lpar 16 interval msu as hourly rate RATE
LPGMSU7 Lpar 16 msu defined capacity smf70msu INT
LPGONT Lpar 16 lpar online duration smf70ont TIME
LPGWST Lpar 16 wait state duration smf70wst TIME
LP0BDA Lpar 0 average logical cpus smf70bda AVERAGE
LP0LAC Lpar 0 4-hr average smf70lac AVERAGE
LP0MSU Lpar 0 interval msu count COUNT
LP0MSUH Lpar 0 interval msu as hourly rate RATE
LP0MSU7 Lpar 0 msu defined capacity smf70msu INT
LP0ONT Lpar 0 lpar online duration smf70ont TIME
LP0WST Lpar 0 wait state duration smf70wst TIME
LP1BDA Lpar 1 average logical cpus smf70bda AVERAGE
LP1LAC Lpar 1 4-hr average smf70lac AVERAGE
LP1MSU Lpar 1 interval msu count COUNT
LP1MSUH Lpar 1 interval msu as hourly rate RATE
LP1MSU7 Lpar 1 msu defined capacity smf70msu INT
LP1ONT Lpar 1 lpar online duration smf70ont TIME
LP1WST Lpar 1 wait state duration smf70wst TIME
LP2BDA Lpar 2 average logical cpus smf70bda AVERAGE
LP2LAC Lpar 2 4-hr average smf70lac AVERAGE
LP2MSU Lpar 2 interval msu count COUNT
LP2MSUH Lpar 2 interval msu as hourly rate RATE
LP2MSU7 Lpar 2 msu defined capacity smf70msu INT
LP2ONT Lpar 2 lpar online duration smf70ont TIME
LP2WST Lpar 2 wait state duration smf70wst TIME
LP3BDA Lpar 3 average logical cpus smf70bda AVERAGE
LP3LAC Lpar 3 4-hr average smf70lac AVERAGE
LP3MSU Lpar 3 interval msu count COUNT
LP3MSUH Lpar 3 interval msu as hourly rate RATE
LP3MSU7 Lpar 3 msu defined capacity smf70msu INT
LP3ONT Lpar 3 lpar online duration smf70ont TIME
LP3WST Lpar 3 wait state duration smf70wst TIME
LP4BDA Lpar 4 average logical cpus smf70bda AVERAGE
LP4LAC Lpar 4 4-hr average smf70lac AVERAGE
LP4MSU Lpar 4 interval msu count COUNT
LP4MSUH Lpar 4 interval msu as hourly rate RATE
LP4MSU7 Lpar 4 msu defined capacity smf70msu INT
LP4ONT Lpar 4 lpar online duration smf70ont TIME
LP4WST Lpar 4 wait state duration smf70wst TIME
LP5BDA Lpar 5 average logical cpus smf70bda AVERAGE
LP5LAC Lpar 5 4-hr average smf70lac AVERAGE
LP5MSU Lpar 5 interval msu count COUNT
LP5MSUH Lpar 5 interval msu as hourly rate RATE
LP5MSU7 Lpar 5 msu defined capacity smf70msu INT
LP5ONT Lpar 5 lpar online duration smf70ont TIME
LP5WST Lpar 5 wait state duration smf70wst TIME
LP6BDA Lpar 6 average logical cpus smf70bda AVERAGE
LP6LAC Lpar 6 4-hr average smf70lac AVERAGE
LP6MSU Lpar 6 interval msu count COUNT
LP6MSUH Lpar 6 interval msu as hourly rate RATE
LP6MSU7 Lpar 6 msu defined capacity smf70msu INT
LP6ONT Lpar 6 lpar online duration smf70ont TIME
LP6WST Lpar 6 wait state duration smf70wst TIME
LP7BDA Lpar 7 average logical cpus smf70bda AVERAGE
LP7LAC Lpar 7 4-hr average smf70lac AVERAGE
LP7MSU Lpar 7 interval msu count COUNT
LP7MSUH Lpar 7 interval msu as hourly rate RATE
LP7MSU7 Lpar 7 msu defined capacity smf70msu INT
LP7ONT Lpar 7 lpar online duration smf70ont TIME
LP7WST Lpar 7 wait state duration smf70wst TIME
LP8BDA Lpar 8 average logical cpus smf70bda AVERAGE
LP8LAC Lpar 8 4-hr average smf70lac AVERAGE
LP8MSU Lpar 8 interval msu count COUNT
LP8MSUH Lpar 8 interval msu as hourly rate RATE
LP8MSU7 Lpar 8 msu defined capacity smf70msu INT
LP8ONT Lpar 8 lpar online duration smf70ont TIME
LP8WST Lpar 8 wait state duration smf70wst TIME
LP9BDA Lpar 9 average logical cpus smf70bda AVERAGE
LP9LAC Lpar 9 4-hr average smf70lac AVERAGE
LP9MSU Lpar 9 interval msu count COUNT
LP9MSUH Lpar 9 interval msu as hourly rate RATE
LP9MSU7 Lpar 9 msu defined capacity smf70msu INT
LP9ONT Lpar 9 lpar online duration smf70ont TIME
LP9WST Lpar 9 wait state duration smf70wst TIME
MSULICE Sum of licensed msu capacity all lpars INT
MSUPERH Hourly msu rate delivered to all lpars RATE
MSUTOTA Total msu delivered to all lpars COUNT
SM70CPA Su sec of the physical cec INT
SM70LAC Ibm 4-hr average hourly msu AVERAGE
39) The following 126 variables have been added to table XASM70P:
Variable Description Interpretation
CPCMODE Cpc model identifier STRING
CPCMSU Cpc hourly msu hardware capacity COUNT
LPABDA Lpar 10 average logical cpus smf70bda AVERAGE
LPALAC Lpar 10 4-hr average smf70lac AVERAGE
LPAMSU Lpar 10 interval msu count COUNT
LPAMSUH Lpar 10 interval msu as hourly rate RATE
LPAMSU7 Lpar 10 msu defined capacity smf70msu INT
LPAONT Lpar 10 lpar online duration smf70ont TIME
LPAWST Lpar 10 wait state duration smf70wst TIME
LPBBDA Lpar 11 average logical cpus smf70bda AVERAGE
LPBLAC Lpar 11 4-hr average smf70lac AVERAGE
LPBMSU Lpar 11 interval msu count COUNT
LPBMSUH Lpar 11 interval msu as hourly rate RATE
LPBMSU7 Lpar 11 msu defined capacity smf70msu INT
LPBONT Lpar 11 lpar online duration smf70ont TIME
LPBWST Lpar 11 wait state duration smf70wst TIME
LPCBDA Lpar 12 average logical cpus smf70bda AVERAGE
LPCLAC Lpar 12 4-hr average smf70lac AVERAGE
LPCMSU Lpar 12 interval msu count COUNT
LPCMSUH Lpar 12 interval msu as hourly rate RATE
LPCMSU7 Lpar 12 msu defined capacity smf70msu INT
LPCONT Lpar 12 lpar online duration smf70ont TIME
LPCWST Lpar 12 wait state duration smf70wst TIME
LPDBDA Lpar 13 average logical cpus smf70bda AVERAGE
LPDLAC Lpar 13 4-hr average smf70lac AVERAGE
LPDMSU Lpar 13 interval msu count COUNT
LPDMSUH Lpar 13 interval msu as hourly rate RATE
LPDMSU7 Lpar 13 msu defined capacity smf70msu INT
LPDONT Lpar 13 lpar online duration smf70ont TIME
LPDWST Lpar 13 wait state duration smf70wst TIME
LPEBDA Lpar 14 average logical cpus smf70bda AVERAGE
LPELAC Lpar 14 4-hr average smf70lac AVERAGE
LPEMSU Lpar 14 interval msu count COUNT
LPEMSUH Lpar 14 interval msu as hourly rate RATE
LPEMSU7 Lpar 14 msu defined capacity smf70msu INT
LPEONT Lpar 14 lpar online duration smf70ont TIME
LPEWST Lpar 14 wait state duration smf70wst TIME
LPFBDA Lpar 15 average logical cpus smf70bda AVERAGE
LPFLAC Lpar 15 4-hr average smf70lac AVERAGE
LPFMSU Lpar 15 interval msu count COUNT
LPFMSUH Lpar 15 interval msu as hourly rate RATE
LPFMSU7 Lpar 15 msu defined capacity smf70msu INT
LPFONT Lpar 15 lpar online duration smf70ont TIME
LPFWST Lpar 15 wait state duration smf70wst TIME
LPGBDA Lpar 16 average logical cpus smf70bda AVERAGE
LPGLAC Lpar 16 4-hr average smf70lac AVERAGE
LPGMSU Lpar 16 interval msu count COUNT
LPGMSUH Lpar 16 interval msu as hourly rate RATE
LPGMSU7 Lpar 16 msu defined capacity smf70msu INT
LPGONT Lpar 16 lpar online duration smf70ont TIME
LPGWST Lpar 16 wait state duration smf70wst TIME
LP0BDA Lpar 0 average logical cpus smf70bda AVERAGE
LP0LAC Lpar 0 4-hr average smf70lac AVERAGE
LP0MSU Lpar 0 interval msu count COUNT
LP0MSUH Lpar 0 interval msu as hourly rate RATE
LP0MSU7 Lpar 0 msu defined capacity smf70msu INT
LP0ONT Lpar 0 lpar online duration smf70ont TIME
LP0WST Lpar 0 wait state duration smf70wst TIME
LP1BDA Lpar 1 average logical cpus smf70bda AVERAGE
LP1LAC Lpar 1 4-hr average smf70lac AVERAGE
LP1MSU Lpar 1 interval msu count COUNT
LP1MSUH Lpar 1 interval msu as hourly rate RATE
LP1MSU7 Lpar 1 msu defined capacity smf70msu INT
LP1ONT Lpar 1 lpar online duration smf70ont TIME
LP1WST Lpar 1 wait state duration smf70wst TIME
LP2BDA Lpar 2 average logical cpus smf70bda AVERAGE
LP2LAC Lpar 2 4-hr average smf70lac AVERAGE
LP2MSU Lpar 2 interval msu count COUNT
LP2MSUH Lpar 2 interval msu as hourly rate RATE
LP2MSU7 Lpar 2 msu defined capacity smf70msu INT
LP2ONT Lpar 2 lpar online duration smf70ont TIME
LP2WST Lpar 2 wait state duration smf70wst TIME
LP3BDA Lpar 3 average logical cpus smf70bda AVERAGE
LP3LAC Lpar 3 4-hr average smf70lac AVERAGE
LP3MSU Lpar 3 interval msu count COUNT
LP3MSUH Lpar 3 interval msu as hourly rate RATE
LP3MSU7 Lpar 3 msu defined capacity smf70msu INT
LP3ONT Lpar 3 lpar online duration smf70ont TIME
LP3WST Lpar 3 wait state duration smf70wst TIME
LP4BDA Lpar 4 average logical cpus smf70bda AVERAGE
LP4LAC Lpar 4 4-hr average smf70lac AVERAGE
LP4MSU Lpar 4 interval msu count COUNT
LP4MSUH Lpar 4 interval msu as hourly rate RATE
LP4MSU7 Lpar 4 msu defined capacity smf70msu INT
LP4ONT Lpar 4 lpar online duration smf70ont TIME
LP4WST Lpar 4 wait state duration smf70wst TIME
LP5BDA Lpar 5 average logical cpus smf70bda AVERAGE
LP5LAC Lpar 5 4-hr average smf70lac AVERAGE
LP5MSU Lpar 5 interval msu count COUNT
LP5MSUH Lpar 5 interval msu as hourly rate RATE
LP5MSU7 Lpar 5 msu defined capacity smf70msu INT
LP5ONT Lpar 5 lpar online duration smf70ont TIME
LP5WST Lpar 5 wait state duration smf70wst TIME
LP6BDA Lpar 6 average logical cpus smf70bda AVERAGE
LP6LAC Lpar 6 4-hr average smf70lac AVERAGE
LP6MSU Lpar 6 interval msu count COUNT
LP6MSUH Lpar 6 interval msu as hourly rate RATE
LP6MSU7 Lpar 6 msu defined capacity smf70msu INT
LP6ONT Lpar 6 lpar online duration smf70ont TIME
LP6WST Lpar 6 wait state duration smf70wst TIME
LP7BDA Lpar 7 average logical cpus smf70bda AVERAGE
LP7LAC Lpar 7 4-hr average smf70lac AVERAGE
LP7MSU Lpar 7 interval msu count COUNT
LP7MSUH Lpar 7 interval msu as hourly rate RATE
LP7MSU7 Lpar 7 msu defined capacity smf70msu INT
LP7ONT Lpar 7 lpar online duration smf70ont TIME
LP7WST Lpar 7 wait state duration smf70wst TIME
LP8BDA Lpar 8 average logical cpus smf70bda AVERAGE
LP8LAC Lpar 8 4-hr average smf70lac AVERAGE
LP8MSU Lpar 8 interval msu count COUNT
LP8MSUH Lpar 8 interval msu as hourly rate RATE
LP8MSU7 Lpar 8 msu defined capacity smf70msu INT
LP8ONT Lpar 8 lpar online duration smf70ont TIME
LP8WST Lpar 8 wait state duration smf70wst TIME
LP9BDA Lpar 9 average logical cpus smf70bda AVERAGE
LP9LAC Lpar 9 4-hr average smf70lac AVERAGE
LP9MSU Lpar 9 interval msu count COUNT
LP9MSUH Lpar 9 interval msu as hourly rate RATE
LP9MSU7 Lpar 9 msu defined capacity smf70msu INT
LP9ONT Lpar 9 lpar online duration smf70ont TIME
LP9WST Lpar 9 wait state duration smf70wst TIME
MSULICE Sum of licensed msu capacity all lpars INT
MSUPERH Hourly msu rate delivered to all lpars RATE
MSUTOTA Total msu delivered to all lpars COUNT
SM70CPA Su sec of the physical cec INT
SM70LAC Ibm 4-hr average hourly msu AVERAGE
40) The following 15 variables have been added to table XCICINT:
Variable Description Interpretation
DSCACT H8 tcb duration for tcb COUNT
DSCPERC H8 sockets tcb 11 cpu percent busy PERCENT100
DSCSYSW H8 tcb system waits COUNT
DSCTCT H8 tcb duration ds task COUNT
DSCTDT H8 tcb duration dispatche mvs COUNT
DSCTWT H8 tcb duration in os wait COUNT
DSDACT D2 tcb duration for tcb COUNT
DSDPERC D2 sockets tcb 11 cpu percent busy PERCENT100
DSDSYSW D2 tcb system waits COUNT
DSDTCT D2 tcb duration ds task COUNT
DSDTDT D2 tcb duration dispatche mvs COUNT
DSDTWT D2 tcb duration in os wait COUNT
KY8CPUT Interval key 8 mode tcb+srb cpu time COUNT
MSCPUTT Interval ms mode tcb+srb cpu time COUNT
QRCPUTT Interval quasi mode tcb+srb cpu time COUNT
41) The following 125 variables have been added to table XCIDS:
Variable Description Interpretation
DSATCAL L8 tcb tcb allocates to task COUNT
DSATCCU L8 tcb current tcbs used by mode GAUGE
DSATCDX L8 tcb tcb detaches excess COUNT
DSATCMD L8 tcb mode STRING
DSATCMM L8 tcb tcb mismatches COUNT
DSATCMP L8 tcb pool number INT
DSATCPU L8 tcb peak tcbs used by mode MAXIMUM
DSBTCAL S8 tcb tcb allocates to task COUNT
DSBTCCU S8 tcb current tcbs used by mode GAUGE
DSBTCDX S8 tcb tcb detaches excess COUNT
DSBTCMD S8 tcb mode STRING
DSBTCMM S8 tcb tcb mismatches COUNT
DSBTCMP S8 tcb pool number INT
DSBTCPU S8 tcb peak tcbs used by mode MAXIMUM
DSCACT H8 tcb duration for tcb COUNT
DSCNTCB H8 tcb tcb attaches COUNT
DSCSYSW H8 tcb system waits COUNT
DSCTCAL H8 tcb tcb allocates to task COUNT
DSCTCCA H8 tcb tcbs currently attached GAUGE
DSCTCCU H8 tcb current tcbs used by mode GAUGE
DSCTCDO H8 tcb tcb detaches other COUNT
DSCTCDS H8 tcb tcb detaches stolen from us COUNT
DSCTCDU H8 tcb tcb detaches because unclean COUNT
DSCTCDX H8 tcb tcb detaches excess COUNT
DSCTCMD H8 tcb mode STRING
DSCTCMM H8 tcb tcb mismatches COUNT
DSCTCMP H8 tcb pool number INT
DSCTCNM H8 tcb mode name STRING
DSCTCPA H8 tcb peak tcbs attached MAXIMUM
DSCTCPU H8 tcb peak tcbs used by mode MAXIMUM
DSCTCST H8 tcb tcb steals COUNT
DSCTCT H8 tcb duration ds task COUNT
DSCTDT H8 tcb duration dispatche mvs COUNT
DSCTWT H8 tcb duration in os wait COUNT
DSDACT D2 tcb duration for tcb COUNT
DSDNTCB D2 tcb tcb attaches COUNT
DSDSYSW D2 tcb system waits COUNT
DSDTCAL D2 tcb tcb allocates to task COUNT
DSDTCCA D2 tcb tcbs currently attached GAUGE
DSDTCCU D2 tcb current tcbs used by mode GAUGE
DSDTCDO D2 tcb tcb detaches other COUNT
DSDTCDS D2 tcb tcb detaches stolen from us COUNT
DSDTCDU D2 tcb tcb detaches because unclean COUNT
DSDTCDX D2 tcb tcb detaches excess COUNT
DSDTCMD D2 tcb mode STRING
DSDTCMM D2 tcb tcb mismatches COUNT
DSDTCMP D2 tcb pool number INT
DSDTCNM D2 tcb mode name STRING
DSDTCPA D2 tcb peak tcbs attached MAXIMUM
DSDTCPU D2 tcb peak tcbs used by mode MAXIMUM
DSDTCST D2 tcb tcb steals COUNT
DSDTCT D2 tcb duration ds task COUNT
DSDTDT D2 tcb duration dispatche mvs COUNT
DSDTWT D2 tcb duration in os wait COUNT
DSMBTCH Qr batching (mro) value COUNT
DSSTSKS Subtasks value COUNT
DSTCBAL Qr tcb tcb allocates to task COUNT
DSTCBCU Qr tcb current tcbs used by mode GAUGE
DSTCBDX Qr tcb tcb detaches excess COUNT
DSTCBMD Qr tcb mode STRING
DSTCBMM Qr tcb tcb mismatches COUNT
DSTCBMP Qr tcb pool number INT
DSTCBPU Qr tcb peak tcbs used by mode MAXIMUM
DSXSCNN Scans with no tcb detached COUNT
DSXSCNS Excess tcb scans COUNT
DSXTCBD Excess tcbs detached COUNT
DS2TCAL Ro tcb tcb allocates to task COUNT
DS2TCCU Ro tcb current tcbs used by mode GAUGE
DS2TCDX Ro tcb tcb detaches excess COUNT
DS2TCMD Ro tcb mode STRING
DS2TCMM Ro tcb tcb mismatches COUNT
DS2TCMP Ro tcb pool number INT
DS2TCPU Ro tcb peak tcbs used by mode MAXIMUM
DS3TCAL Co tcb tcb allocates to task COUNT
DS3TCCU Co tcb current tcbs used by mode GAUGE
DS3TCDX Co tcb tcb detaches excess COUNT
DS3TCMD Co tcb mode STRING
DS3TCMM Co tcb tcb mismatches COUNT
DS3TCMP Co tcb pool number INT
DS3TCPU Co tcb peak tcbs used by mode MAXIMUM
DS4TCAL Sz tcb tcb allocates to task COUNT
DS4TCCU Sz tcb current tcbs used by mode GAUGE
DS4TCDX Sz tcb tcb detaches excess COUNT
DS4TCMD Sz tcb mode STRING
DS4TCMM Sz tcb tcb mismatches COUNT
DS4TCMP Sz tcb pool number INT
DS4TCPU Sz tcb peak tcbs used by mode MAXIMUM
DS5TCAL Rp tcb tcb allocates to task COUNT
DS5TCCU Rp tcb current tcbs used by mode GAUGE
DS5TCDX Rp tcb tcb detaches excess COUNT
DS5TCMD Rp tcb mode STRING
DS5TCMM Rp tcb tcb mismatches COUNT
DS5TCMP Rp tcb pool number INT
DS5TCPU Rp tcb peak tcbs used by mode MAXIMUM
DS6TCAL Fo tcb tcb allocates to task COUNT
DS6TCCU Fo tcb current tcbs used by mode GAUGE
DS6TCDX Fo tcb tcb detaches excess COUNT
DS6TCMD Fo tcb mode STRING
DS6TCMM Fo tcb tcb mismatches COUNT
DS6TCMP Fo tcb pool number INT
DS6TCPU Fo tcb peak tcbs used by mode MAXIMUM
DS7TCAL Sl tcb tcb allocates to task COUNT
DS7TCCU Sl tcb current tcbs used by mode GAUGE
DS7TCDX Sl tcb tcb detaches excess COUNT
DS7TCMD Sl tcb mode STRING
DS7TCMM Sl tcb tcb mismatches COUNT
DS7TCMP Sl tcb pool number INT
DS7TCPU Sl tcb peak tcbs used by mode MAXIMUM
DS8TCAL So tcb tcb allocates to task COUNT
DS8TCCU So tcb current tcbs used by mode GAUGE
DS8TCDX So tcb tcb detaches excess COUNT
DS8TCMD So tcb mode STRING
DS8TCMM So tcb tcb mismatches COUNT
DS8TCMP So tcb pool number INT
DS8TCPU So tcb peak tcbs used by mode MAXIMUM
DS9TCAL J8 tcb tcb allocates to task COUNT
DS9TCCU J8 tcb current tcbs used by mode GAUGE
DS9TCDX J8 tcb tcb detaches excess COUNT
DS9TCMD J8 tcb mode STRING
DS9TCMM J8 tcb tcb mismatches COUNT
DS9TCMP J8 tcb pool number INT
DS9TCPU J8 tcb peak tcbs used by mode MAXIMUM
KY8CPUT User-task key 8 tcb cpu time TIME
MSCPUTT Ms ro+co+fo+rp+sz+sl+so cpu tcb time TIME
QRCPUTT User task qr mode cpu tcb time TIME
42) The following variable has had its interpretation type changed
in table XCIEXCE:
TASKNR changed from COUNT to INT
43) The following variable has been added to table XCIFCR:
Variable Description Interpretation
A1FCXCC Exclusive control conflicts COUNT
44) The following 12 variables have been added to table XCIST:
Variable Description Interpretation
STGCSTR Statistics cics start time DATETIME
STGEODR Eod statistics records COUNT
STGEODT Statistics end-of-day time STRING
STGINTR Int statistics records COUNT
STGINTV Statistics collection interval TIME
STGLRTV Statistics last reset time DATETIME
STGREQR Req statistics records COUNT
STGRRTR Rrt statistics records COUNT
STGSMFE Smf errors COUNT
STGSMFS Smf writes suppressed COUNT
STGSTRC Statrcd setting STRING
STGUSSR Uss statistics records COUNT
45) The following 16 variables have been added to table XCITRAN:
Variable Description Interpretation
BARSPAC Reset activity requests COUNT
BATIAEC Define timer event requests COUNT
MAXHTDC Maxhtdly count COUNT
MAXHTDT Maxhtdly duration TIME
MAXJTDC Maxjtdly count COUNT
MAXJTDT Maxjtdly duration TIME
PTPWAIC 3270 bridge partner wait count COUNT
PTPWAIT 3270 bridge partner wait elapsed time TIME
ROCPUTC Rocput count COUNT
ROCPUTT Rocput duration TIME
RODISPC Rodispt count COUNT
RODISPT Rodispt duration TIME
SOCHR01 Socket characters in COUNT
SOCHR02 Socket characters out COUNT
SOMSGIN Socket messages out COUNT
SOMSGOU Socket messages in COUNT
The following variable has had its interpretation type changed
in table XCITRAN:
TASKNR changed from COUNT to INT
The following 2 variables have been deleted from table XCITRAN:
BADFTEC Define timer event requests COUNT
BARACTC Reset activity requests COUNT
46) The following 2 variables have been added to table XDBACCT:
Variable Description Interpretation
QWCPARR Rollup (sum) of all parallel children? STRING
QWSLUCN Commit count for thread- numeric COUNT
47) The following variable has been added to table XDBBPAC:
Variable Description Interpretation
QWSLUCN Commit count for thread- numeric COUNT
48) The following 3 variables have been added to table XDBCCTB:
Variable Description Interpretation
NETSNAM Originating system net-name STRING
QWSLUCN Commit count for thread- numeric COUNT
UOWTIME Unit-of-work internal time stamp DATETIME
49) The following 3 variables have been added to table XDBCCTP:
Variable Description Interpretation
NETSNAM Originating system net-name STRING
QWSLUCN Commit count for thread- numeric COUNT
UOWTIME Unit-of-work internal time stamp DATETIME
50) The following variable has been added to table XDBGBPA:
Variable Description Interpretation
QBGBGCS Status of gbpcache no/yes? STRING
51) The following 32 variables have been added to table XDBSTA1:
Variable Description Interpretation
QLCNT Qletime count COUNT
QLCNTDY Qlentrdy count COUNT
QLCNTI Qletimei count COUNT
QLCNTM Qletimem count COUNT
QLCNTT Qletimet count COUNT
QLCNTW Qletimew count COUNT
QLCREAT Qlecreat COUNT
QLLOWEC Qlelowec COUNT
QLLOWEM Qlelowem COUNT
QLLOWIC Qlelowic COUNT
QLLOWIM Qlelowim COUNT
QLLOW1M Qlelow1m COUNT
QLNTRDY Qlentrdy time TIME
QLNUMEC Qlenumec COUNT
QLNUMEM Qlenumem COUNT
QLNUMIC Qlenumic COUNT
QLNUMIM Qlenumim COUNT
QLSTGEC Qlestgec COUNT
QLSTGEM Qlestgem COUNT
QLSTGIC Qlestgic COUNT
QLSTGIM Qlestgim COUNT
QLSTG1M Qlestg1m COUNT
QLTIME Qletime time TIME
QLTIMEI Qletimei time TIME
QLTIMEM Qletimem time TIME
QLTIMET Qletim