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== Interval statistics ==
== Interval statistics ==
Statistic names link to the [[#Stat reference|stat reference]] below.
{| class="wikitable sortable"
{| class="wikitable sortable"
! Statistic !! Value
! Statistic !! Value
|-
|-
| APSYLD || 874
| [[#stat_APSYLD|APSYLD]] || 874
|-
|-
| APSYLDT || 75
| [[#stat_APSYLDT|APSYLDT]] || 75
|-
|-
| AUDIT || 969,575
| [[#stat_AUDIT|AUDIT]] || 969,575
|-
|-
| BACKOUTS || 1
| [[#stat_BACKOUTS|BACKOUTS]] || 1
|-
|-
| BADD || 271,260
| [[#stat_BADD|BADD]] || 271,260
|-
|-
| BCHG || 636
| [[#stat_BCHG|BCHG]] || 636
|-
|-
| BDEL || 4,779
| [[#stat_BDEL|BDEL]] || 4,779
|-
|-
| CNCT || 9,780
| [[#stat_CNCT|CNCT]] || 9,780
|-
|-
| CNCTI || 9,913
| [[#stat_CNCTI|CNCTI]] || 9,913
|-
|-
| COMMITS || 3,264
| [[#stat_COMMITS|COMMITS]] || 3,264
|-
|-
| CPU || 66,541
| [[#stat_CPU|CPU]] || 66,541
|-
|-
| CPUONZIP || 40,496
| [[#stat_CPUONZIP|CPUONZIP]] || 40,496
|-
|-
| CPUTOTZE || 40,500
| [[#stat_CPUTOTZE|CPUTOTZE]] || 40,500
|-
|-
| DEV21 || 93
| [[#stat_DEV21|DEV21]] || 93
|-
|-
| DEV22 || 59
| [[#stat_DEV22|DEV22]] || 59
|-
|-
| DEV5 || 345,101
| [[#stat_DEV5|DEV5]] || 345,101
|-
|-
| DEV6 || 15,674,641
| [[#stat_DEV6|DEV6]] || 15,674,641
|-
|-
| DEV9 || 9
| [[#stat_DEV9|DEV9]] || 9
|-
|-
| DIRRCD || 13,858
| [[#stat_DIRRCD|DIRRCD]] || 13,858
|-
|-
| DKAR || 536,872
| [[#stat_DKAR|DKAR]] || 536,872
|-
|-
| DKPR || 23,525,445
| [[#stat_DKPR|DKPR]] || 23,525,445
|-
|-
| DKPRF || 2,123,802
| [[#stat_DKPRF|DKPRF]] || 2,123,802
|-
|-
| DKRD || 358,458
| [[#stat_DKRD|DKRD]] || 358,458
|-
|-
| DKWR || 820,655
| [[#stat_DKWR|DKWR]] || 820,655
|-
|-
| DKWTMICS || 82,169,385
| [[#stat_DKWTMICS|DKWTMICS]] || 82,169,385
|-
|-
| DKWTS || 357,056
| [[#stat_DKWTS|DKWTS]] || 357,056
|-
|-
| ECCALL || 28
| [[#stat_ECCALL|ECCALL]] || 28
|-
|-
| ECCNCT || 34
| [[#stat_ECCNCT|ECCNCT]] || 34
|-
|-
| ECCPU || 18
| [[#stat_ECCPU|ECCPU]] || 18
|-
|-
| ECLOAD || 50
| [[#stat_ECLOAD|ECLOAD]] || 50
|-
|-
| ECMODMAX || 49
| [[#stat_ECMODMAX|ECMODMAX]] || 49
|-
|-
| ECNAMMAX || 49
| [[#stat_ECNAMMAX|ECNAMMAX]] || 49
|-
|-
| ECTSKMAX || 1
| [[#stat_ECTSKMAX|ECTSKMAX]] || 1
|-
|-
| FINDS || 81,250
| [[#stat_FINDS|FINDS]] || 81,250
|-
|-
| GTBLRS || 3
| [[#stat_GTBLRS|GTBLRS]] || 3
|-
|-
| IMGBKIUH || 2
| [[#stat_IMGBKIUH|IMGBKIUH]] || 2
|-
|-
| IMGCBYTR || 28,396
| [[#stat_IMGCBYTR|IMGCBYTR]] || 28,396
|-
|-
| IMGCBYTS || 308,478
| [[#stat_IMGCBYTS|IMGCBYTS]] || 308,478
|-
|-
| IMGCCPU || 2,346
| [[#stat_IMGCCPU|IMGCCPU]] || 2,346
|-
|-
| IMGCMT || 5
| [[#stat_IMGCMT|IMGCMT]] || 5
|-
|-
| IMGCMTS || 5
| [[#stat_IMGCMTS|IMGCMTS]] || 5
|-
|-
| IMGCREQ || 6
| [[#stat_IMGCREQ|IMGCREQ]] || 6
|-
|-
| IMGCWT || 14,192
| [[#stat_IMGCWT|IMGCWT]] || 14,192
|-
|-
| IMGCWTD || 141
| [[#stat_IMGCWTD|IMGCWTD]] || 141
|-
|-
| IMGTBYTR || 1,235,957
| [[#stat_IMGTBYTR|IMGTBYTR]] || 1,235,957
|-
|-
| IMGTBYTS || 2,542,344
| [[#stat_IMGTBYTS|IMGTBYTS]] || 2,542,344
|-
|-
| IMGTCPU || 7,281
| [[#stat_IMGTCPU|IMGTCPU]] || 7,281
|-
|-
| IMGTFDH || 6,248
| [[#stat_IMGTFDH|IMGTFDH]] || 6,248
|-
|-
| IMGTFDR || 1,425
| [[#stat_IMGTFDR|IMGTFDR]] || 1,425
|-
|-
| IMGTFDS || 9,500
| [[#stat_IMGTFDS|IMGTFDS]] || 9,500
|-
|-
| IMGTFDU || 21
| [[#stat_IMGTFDU|IMGTFDU]] || 21
|-
|-
| IMGTFND || 1,987
| [[#stat_IMGTFND|IMGTFND]] || 1,987
|-
|-
| IMGTRAN || 15
| [[#stat_IMGTRAN|IMGTRAN]] || 15
|-
|-
| IMGTREC || 461
| [[#stat_IMGTREC|IMGTREC]] || 461
|-
|-
| IMGTRECP || 215
| [[#stat_IMGTRECP|IMGTRECP]] || 215
|-
|-
| IMGTREQ || 2,238
| [[#stat_IMGTREQ|IMGTREQ]] || 2,238
|-
|-
| IMGTWT || 18,994
| [[#stat_IMGTWT|IMGTWT]] || 18,994
|-
|-
| IMGTWTD || 6,059
| [[#stat_IMGTWTD|IMGTWTD]] || 6,059
|-
|-
| IN || 773
| [[#stat_IN|IN]] || 773
|-
|-
| INCLHWM || 19
| [[#stat_INCLHWM|INCLHWM]] || 19
|-
|-
| INTTY || 382,389
| [[#stat_INTTY|INTTY]] || 382,389
|-
|-
| INXX || 6
| [[#stat_INXX|INXX]] || 6
|-
|-
| IXADD || 24
| [[#stat_IXADD|IXADD]] || 24
|-
|-
| IXDEL || 24
| [[#stat_IXDEL|IXDEL]] || 24
|-
|-
| JBLKS || 22,809
| [[#stat_JBLKS|JBLKS]] || 22,809
|-
|-
| JSCREENS || 4
| [[#stat_JSCREENS|JSCREENS]] || 4
|-
|-
| LKPOST || 249
| [[#stat_LKPOST|LKPOST]] || 249
|-
|-
| LKWAIT || 240
| [[#stat_LKWAIT|LKWAIT]] || 240
|-
|-
| MBO || 36
| [[#stat_MBO|MBO]] || 36
|-
|-
| MOVE || 109,585
| [[#stat_MOVE|MOVE]] || 109,585
|-
|-
| MPLKWTIM || 1
| [[#stat_MPLKWTIM|MPLKWTIM]] || 1
|-
|-
| MPR || 16
| [[#stat_MPR|MPR]] || 16
|-
|-
| MTDEQ || 226,387
| [[#stat_MTDEQ|MTDEQ]] || 226,387
|-
|-
| MTSDEQ || 40,332
| [[#stat_MTSDEQ|MTSDEQ]] || 40,332
|-
|-
| MTZDEQ || 9
| [[#stat_MTZDEQ|MTZDEQ]] || 9
|-
|-
| OBJSWAP || 230,696
| [[#stat_OBJSWAP|OBJSWAP]] || 230,696
|-
|-
| OUT || 765
| [[#stat_OUT|OUT]] || 765
|-
|-
| OUTTTY || 44,525
| [[#stat_OUTTTY|OUTTTY]] || 44,525
|-
|-
| OUTXX || 26
| [[#stat_OUTXX|OUTXX]] || 26
|-
|-
| PCPU || 963
| [[#stat_PCPU|PCPU]] || 963
|-
|-
| PREIMAGE || 23
| [[#stat_PREIMAGE|PREIMAGE]] || 23
|-
|-
| RECADD || 3,675
| [[#stat_RECADD|RECADD]] || 3,675
|-
|-
| RECDS || 2,551,284
| [[#stat_RECDS|RECDS]] || 2,551,284
|-
|-
| REQ || 4,684
| [[#stat_REQ|REQ]] || 4,684
|-
|-
| SCREENS || 53
| [[#stat_SCREENS|SCREENS]] || 53
|-
|-
| SFTRSTRT || 1
| [[#stat_SFTRSTRT|SFTRSTRT]] || 1
|-
|-
| SLIC || 217
| [[#stat_SLIC|SLIC]] || 217
|-
|-
| SORTS || 13,969
| [[#stat_SORTS|SORTS]] || 13,969
|-
|-
| STCPU || 89
| [[#stat_STCPU|STCPU]] || 89
|-
|-
| STDEQ || 139
| [[#stat_STDEQ|STDEQ]] || 139
|-
|-
| STIMERS || 1,611
| [[#stat_STIMERS|STIMERS]] || 1,611
|-
|-
| STPOST || 83
| [[#stat_STPOST|STPOST]] || 83
|-
|-
| STRECDS || 14,046
| [[#stat_STRECDS|STRECDS]] || 14,046
|-
|-
| STWAIT || 149
| [[#stat_STWAIT|STWAIT]] || 149
|-
|-
| STZDEQ || 136
| [[#stat_STZDEQ|STZDEQ]] || 136
|-
|-
| SVPAGES || 227,182
| [[#stat_SVPAGES|SVPAGES]] || 227,182
|-
|-
| SVRD || 70
| [[#stat_SVRD|SVRD]] || 70
|-
|-
| SVWR || 127
| [[#stat_SVWR|SVWR]] || 127
|-
|-
| SWT || 28
| [[#stat_SWT|SWT]] || 28
|-
|-
| TEMX || 79,552
| [[#stat_TEMX|TEMX]] || 79,552
|-
|-
| TFMX || 79,558
| [[#stat_TFMX|TFMX]] || 79,558
|-
|-
| TSMX || 478
| [[#stat_TSMX|TSMX]] || 478
|-
|-
| UPDUNITS || 3,264
| [[#stat_UPDUNITS|UPDUNITS]] || 3,264
|-
|-
| WAIT || 1,326,876
| [[#stat_WAIT|WAIT]] || 1,326,876
|-
|-
| ZTDEQ || 465,602
| [[#stat_ZTDEQ|ZTDEQ]] || 465,602
|-
|-
| screens ||  
| [[#stat_screens|screens]] ||  
|}
|}


Line 862: Line 864:
! Stat !! Group !! Kind !! Meaning
! Stat !! Group !! Kind !! Meaning
|-
|-
| <code>CNCT</code> || cpu || total || Elapsed time in seconds
| <span id="stat_CNCT"></span><code>CNCT</code> || cpu || total || Elapsed time in seconds
|-
| <span id="stat_CPU"></span><code>CPU</code> || cpu || total || Total CPU time consumed in milliseconds. The system CPU statistics include both maintask and subtask CPU usage.
|-
| <span id="stat_PCPU"></span><code>PCPU</code> || cpu || per-run peak || Percentage of time Model 204 was given the CPU when it wanted CPU time. In an MP environment, system PCPU is the sum of CPU time in all tasks divided by the sum of elapsed time in all tasks.
|-
| <span id="stat_RQTM"></span><code>RQTM</code> || cpu || total || Elapsed time for the activity being reported, exclusive of terminal I/O time
|-
| <span id="stat_SLIC"></span><code>SLIC</code> || cpu || total || Number of times that the user was time-sliced by the Model 204 scheduler
|-
| <span id="stat_STCPU"></span><code>STCPU</code> || cpu || total || Total amount of time, in milliseconds, that the user has run in an MP offload subtask
|-
| <span id="stat_STDEQ"></span><code>STDEQ</code> || cpu || total || Number of times that an MP subtask took a unit of work from an MP subtask queue and processed it
|-
| <span id="stat_ZTCPU"></span><code>ZTCPU</code> || cpu || total || The CPU (ms) consumed on a zIIP processor by the MAINTASK, an MP subtask or a zIIP subtask. Reported for each task at Model 204 termination and in MONITOR TASKS output (for Model 5 terminals only)
|-
| <span id="stat_ZTDEQ"></span><code>ZTDEQ</code> || cpu || total || The number of times that a zIIP subtask took a unit of work from a zIIP subtask queue and processed it
|-
| <span id="stat_BACKOUTS"></span><code>BACKOUTS</code> || data || total || Number of BACKOUTs
|-
| <span id="stat_BADD"></span><code>BADD</code> || data || total || Number of fields added to Table B
|-
| <span id="stat_BCHG"></span><code>BCHG</code> || data || total || Number of fields changed in Table B
|-
| <span id="stat_BDEL"></span><code>BDEL</code> || data || total || Number of fields deleted from Table B
|-
| <span id="stat_BXCHNG"></span><code>BXCHNG</code> || data || total || Number of value entries changed in the ordered index. This occurs when a record number is added to or removed from an existing value entry.
|-
| <span id="stat_BXFIND"></span><code>BXFIND</code> || data || total || Number of ordered index searches to locate field name=value pairs in the ordered index
|-
| <span id="stat_BXINSE"></span><code>BXINSE</code> || data || total || Number of new value entries inserted into the ordered index
|-
| <span id="stat_BXSPLI"></span><code>BXSPLI</code> || data || total || Number of Table D pages (nodes) split in the ordered index
|-
| <span id="stat_COMMITS"></span><code>COMMITS</code> || data || total || Number of COMMITs
|-
| <span id="stat_DIRRCD"></span><code>DIRRCD</code> || data || total || Number of records searched in direct searches of Table B
|-
| <span id="stat_FINDS"></span><code>FINDS</code> || data || total || Number of FIND statements evaluated
|-
| <span id="stat_IXADD"></span><code>IXADD</code> || data || total || Number of index entries added to Tables C and D, including attempts to add duplicates
|-
| <span id="stat_IXDEL"></span><code>IXDEL</code> || data || total || Number of entries deleted from Tables C and D
|-
| <span id="stat_PREIMAGE"></span><code>PREIMAGE</code> || data || total || Preimage writes
|-
| <span id="stat_RECADD"></span><code>RECADD</code> || data || total || Number of records started in Table B, not including extension records
|-
|-
| <code>CPU</code> || cpu || total || Total CPU time consumed in milliseconds. The system CPU statistics include both maintask and subtask CPU usage.
| <span id="stat_RECDS"></span><code>RECDS</code> || data || total || Number of records processed by FOR statements, SORT statements, IFGET calls, or IFPOINT calls, or similar SQL record processing
|-
|-
| <code>PCPU</code> || cpu || per-run peak || Percentage of time Model 204 was given the CPU when it wanted CPU time. In an MP environment, system PCPU is the sum of CPU time in all tasks divided by the sum of elapsed time in all tasks.
| <span id="stat_SORTS"></span><code>SORTS</code> || data || total || Number of SOUL SORT statements or SQL sorts evaluated
|-
|-
| <code>RQTM</code> || cpu || total || Elapsed time for the activity being reported, exclusive of terminal I/O time
| <span id="stat_STRECDS"></span><code>STRECDS</code> || data || total || Number of records processed by SORT statements or SQL sorts
|-
|-
| <code>SLIC</code> || cpu || total || Number of times that the user was time-sliced by the Model 204 scheduler
| <span id="stat_UPDTTIME(MS)"></span><code>UPDTTIME(MS)</code> || data || total || Number of milliseconds that a file was being updated UPT(MS) appears as the column header for this statistic on a report
|-
|-
| <code>STCPU</code> || cpu || total || Total amount of time, in milliseconds, that the user has run in an MP offload subtask
| <span id="stat_ECCALL"></span><code>ECCALL</code> || image || total || Number of External Call Facility calls
|-
|-
| <code>STDEQ</code> || cpu || total || Number of times that an MP subtask took a unit of work from an MP subtask queue and processed it
| <span id="stat_ECCNCT"></span><code>ECCNCT</code> || image || total || External Call Facility - Elapsed time for external program
|-
|-
| <code>ZTCPU</code> || cpu || total || The CPU (ms) consumed on a zIIP processor by the MAINTASK, an MP subtask or a zIIP subtask. Reported for each task at Model 204 termination and in MONITOR TASKS output (for Model 5 terminals only)
| <span id="stat_ECCPU"></span><code>ECCPU</code> || image || total || ECF module CPU time
|-
|-
| <code>ZTDEQ</code> || cpu || total || The number of times that a zIIP subtask took a unit of work from a zIIP subtask queue and processed it
| <span id="stat_ECLOAD"></span><code>ECLOAD</code> || image || total || Number of EXTERNAL LOAD calls to External Call Facility
|-
|-
| <code>BACKOUTS</code> || data || total || Number of BACKOUTs
| <span id="stat_IMGCBYTR"></span><code>IMGCBYTR</code> || image || total || Number of bytes of data received from Imagine Transparency brokers for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or service programs
|-
|-
| <code>BADD</code> || data || total || Number of fields added to Table B
| <span id="stat_IMGCBYTS"></span><code>IMGCBYTS</code> || image || total || Number of bytes of data sent to Imagine Transparency brokers for for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or IMGCBYTS service programs
|-
|-
| <code>BCHG</code> || data || total || Number of fields changed in Table B
| <span id="stat_IMGCCPU"></span><code>IMGCCPU</code> || image || total || Number of seconds of CPU used by Imagine Transparency brokers for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or service programs
|-
|-
| <code>BDEL</code> || data || total || Number of fields deleted from Table B
| <span id="stat_IMGCREQ"></span><code>IMGCREQ</code> || image || total || Number of requests sent from M204 to a broker for calls to non-transparency code running on the brokers (rate or total). This is essentially the number of interactions between M204 and the brokers for non-transparency processing (transpiled code and service programs)
|-
|-
| <code>BXCHNG</code> || data || total || Number of value entries changed in the ordered index. This occurs when a record number is added to or removed from an existing value entry.
| <span id="stat_IMGCWT"></span><code>IMGCWT</code> || image || total || Number of seconds spent by M204 waiting for a response from the Imagine Transparency brokers for non-transparency requests (transpiled code and service programs) (rate or total). IMGCWT is composed of IMGCCPU (CPU time used on the broker), IMGCWTD (time the broker spent waiting for the Imagine DatabaseStore, mostly for finds and commits), and everything else. The most likely cause of "everything else" is network delays
|-
|-
| <code>BXFIND</code> || data || total || Number of ordered index searches to locate field name=value pairs in the ordered index
| <span id="stat_IMGCWTD"></span><code>IMGCWTD</code> || image || total || Number of seconds spent by Imagine Transparency brokers waiting for the Imagine DatabaseStore for non-transparency requests (transpiled code and service programs), mostly for finds and commits (rate or total)
|-
|-
| <code>BXINSE</code> || data || total || Number of new value entries inserted into the ordered index
| <span id="stat_IMGTBYTR"></span><code>IMGTBYTR</code> || image || total || Number of bytes of data received from Imagine Transparency brokers for transparency requests (rate or total)
|-
|-
| <code>BXSPLI</code> || data || total || Number of Table D pages (nodes) split in the ordered index
| <span id="stat_IMGTCPU"></span><code>IMGTCPU</code> || image || total || Number of seconds of CPU used by Imagine Transparency brokers for transparency requests (rate or total)
|-
|-
| <code>COMMITS</code> || data || total || Number of COMMITs
| <span id="stat_IMGTFDH"></span><code>IMGTFDH</code> || image || total || Number of finds against Imagine files that could be serialized for duplicate find testing and a duplicate find was found (rate or total). Since Imagine guarantees identical results for identical finds in the same transaction (if no candidate files were updated) the result of the previous find can be used in the case of a duplicate, eliminating an interaction with the broker and all the overhead that entails. The H in IMGTFDH stands for Hits. It can be useful to compare IMGTFDH with IMGTFND (finds sent to the broker) to determine the percentage of finds that were essentially optimized away as duplicates
|-
|-
| <code>DIRRCD</code> || data || total || Number of records searched in direct searches of Table B
| <span id="stat_IMGTFDR"></span><code>IMGTFDR</code> || image || total || Imagine transparency cache refinds
|-
|-
| <code>FINDS</code> || data || total || Number of FIND statements evaluated
| <span id="stat_IMGTFDU"></span><code>IMGTFDU</code> || image || total || Number of finds against Imagine files that could be serialized for duplicate find testing, and a duplicate find was found, but could not be used because one or more files in the find had been updated since the previous find (rate or total). In such a case, the find must be sent to the broker to be reprocessed
|-
|-
| <code>IXADD</code> || data || total || Number of index entries added to Tables C and D, including attempts to add duplicates
| <span id="stat_IMGTFND"></span><code>IMGTFND</code> || image || total || Number of finds against Imagine files that were sent to the broker to be processed (rate or total). This does not include duplicate finds whose results could be reused on M204 (counted by IMGTFDH)
|-
|-
| <code>IXDEL</code> || data || total || Number of entries deleted from Tables C and D
| <span id="stat_IMGTREC"></span><code>IMGTREC</code> || image || total || Number of Imagine records sent from the broker to M204 (rate or total). This includes "prefetched" records that are counted by IMGTRECP
|-
|-
| <code>PREIMAGE</code> || data || total || Preimage writes
| <span id="stat_IMGTRECP"></span><code>IMGTRECP</code> || image || total || Number of Imagine records sent from the broker to M204 before they were explicitly accessed (like in a FOR RECORD LOOP), so "prefetched". One example of this is that after a find on the broker, the first IMGPREF (user parameter) records would be sent back to M204 with the find results
|-
|-
| <code>RECADD</code> || data || total || Number of records started in Table B, not including extension records
| <span id="stat_IMGTREQ"></span><code>IMGTREQ</code> || image || total || Number of requests sent from M204 to a broker for transparency processing (rate or total). This is essentially the number of interactions between M204 and the brokers for transparency processing
|-
|-
| <code>RECDS</code> || data || total || Number of records processed by FOR statements, SORT statements, IFGET calls, or IFPOINT calls, or similar SQL record processing
| <span id="stat_IMGTWT"></span><code>IMGTWT</code> || image || total || Number of seconds spent by M204 waiting for a response from the Imagine Transparency brokers for transparency requests (rate or total). IMGTWT is composed of IMGTCPU (CPU time used on the broker), IMGTWTD (time the broker spent waiting for the Imagine DatabaseStore, mostly for finds and commits), and everything else. The most likely cause of "everything else" is network delays
|-
|-
| <code>SORTS</code> || data || total || Number of SOUL SORT statements or SQL sorts evaluated
| <span id="stat_IMGTWTD"></span><code>IMGTWTD</code> || image || total || Number of seconds spent by Imagine Transparency brokers waiting for the Imagine DatabaseStore for transparency requests, mostly for finds and commits (rate or total)
|-
|-
| <code>STRECDS</code> || data || total || Number of records processed by SORT statements or SQL sorts
| <span id="stat_DKPR"></span><code>DKPR</code> || io || total || Number of requests for a page (may not require real I/O)
|-
| <span id="stat_DKRD"></span><code>DKRD</code> || io || total || Number of physical page reads from Model 204 files
|-
| <span id="stat_DKWR"></span><code>DKWR</code> || io || total || Number of physical page writes to Model 204 files
|-
| <span id="stat_IN"></span><code>IN</code> || io || total || Number of terminal input lines
|-
| <span id="stat_MBO"></span><code>MBO</code> || io || per-run peak || Highwater mark of transaction backout pages As of V7.7, with zap 77z257 applied.
|-
| <span id="stat_MPR"></span><code>MPR</code> || io || per-run peak || Highwater mark of transaction pre-images As of V7.7, with zap 77z257 applied.
|-
| <span id="stat_OUT"></span><code>OUT</code> || io || total || Number of terminal output lines
|-
| <span id="stat_OUTPB"></span><code>OUTPB</code> || io || resource peak || Highwater mark of OUTPB
|-
| <span id="stat_SCREENS"></span><code>SCREENS</code> || io || total || Total number of full-screen reads (READ SCREEN statements) evaluated by a SOUL request.
|-
| <span id="stat_SVPAGES"></span><code>SVPAGES</code> || io || total || SVPAGES * 4096 is the number of bytes transferred as a result of server reads and writes
|-
| <span id="stat_SVRD"></span><code>SVRD</code> || io || total || Number of server reads
|-
| <span id="stat_SVWR"></span><code>SVWR</code> || io || total || Number of server writes
|-
| <span id="stat_CCATDIFF"></span><code>CCATDIFF</code> || memory || total || Difference between CCATEMP pages allocated and freed by a thread. This is an imperfect indicator of the number of CCATEMP pages a thread has allocated. CCATDIFF is imperfect because it is difficult to fully account for pages allocated or freed on behalf of the system or other users. However, if there is an acute CCATEMP page shortage, threads with high CCATDIFF values are likely culprits. CCATDIFF is available in Model 204 7.7 and higher.
|-
| <span id="stat_CCATDIFH"></span><code>CCATDIFH</code> || memory || per-run peak || High water mark of CCATDIFF in a request. This can be useful if a request allocated a lot of CCATEMP pages, causing an acute shortage but then freed those pages. CCATDIFH is available in Model 204 7.7 and later.
|-
| <span id="stat_FSCBSW"></span><code>FSCBSW</code> || memory || total || Number of full-screen buffer swaps
|-
| <span id="stat_GTBLRS"></span><code>GTBLRS</code> || memory || total || Number of GTBL rearrangements required to add a global object
|-
| <span id="stat_INCLHWM"></span><code>INCLHWM</code> || memory || per-run peak || Include depth high water mark
|-
| <span id="stat_MAXDAEM"></span><code>MAXDAEM</code> || memory || per-run peak || Maximum number of daemons for the user
|-
| <span id="stat_OBJSWAP"></span><code>OBJSWAP</code> || memory || total || number of object swaps for Sirius objects
|-
| <span id="stat_RETHWM"></span><code>RETHWM</code> || memory || per-run peak || Record Enqueuing Table High Water Mark in bytes
|-
| <span id="stat_FSCB"></span><code>FSCB</code> || tables || resource peak || High-water mark of bytes used in the FSCB
|-
| <span id="stat_GTBL"></span><code>GTBL</code> || tables || resource peak || Highwater mark of GTBL
|-
| <span id="stat_ITBL"></span><code>ITBL</code> || tables || resource peak || Highwater mark of ITBL
|-
| <span id="stat_NTBL"></span><code>NTBL</code> || tables || resource peak || Highwater mark of NTBL
|-
| <span id="stat_PDL"></span><code>PDL</code> || tables || resource peak || Highwater mark of the pushdown list
|-
| <span id="stat_QTBL"></span><code>QTBL</code> || tables || resource peak || Highwater mark of QTBL
|-
| <span id="stat_STBL"></span><code>STBL</code> || tables || resource peak || Highwater mark of STBL
|-
| <span id="stat_TTBL"></span><code>TTBL</code> || tables || resource peak || Highwater mark of TTBL
|}
 
=== Other interval statistics ===
Interval-level statistics outside the procedure stat dictionary; descriptions from the Model 204 wiki where available.
 
{| class="wikitable sortable"
! Stat !! Meaning
|-
|-
| <code>UPDTTIME(MS)</code> || data || total || Number of milliseconds that a file was being updated UPT(MS) appears as the column header for this statistic on a report
| <span id="stat_APSYLD"></span><code>APSYLD</code> || Number of APSY loads
|-
|-
| <code>ECCALL</code> || image || total || Number of External Call Facility calls
| <span id="stat_APSYLDT"></span><code>APSYLDT</code> || Number of tiny APSY loads
|-
|-
| <code>ECCNCT</code> || image || total || External Call Facility - Elapsed time for external program
| <span id="stat_AUDIT"></span><code>AUDIT</code> || Number of lines written to the journal and/or the audit trail
|-
|-
| <code>ECCPU</code> || image || total || ECF module CPU time
| <span id="stat_CNCTI"></span><code>CNCTI</code> || ''not documented''
|-
|-
| <code>ECLOAD</code> || image || total || Number of EXTERNAL LOAD calls to External Call Facility
| <span id="stat_CPUONZIP"></span><code>CPUONZIP</code> || Total CPU time consumed in milliseconds on zIIP engines
|-
|-
| <code>IMGCBYTR</code> || image || total || Number of bytes of data received from Imagine Transparency brokers for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or service programs
| <span id="stat_CPUTOTZE"></span><code>CPUTOTZE</code> || Total CPU time consumed in milliseconds by workloads eligible for offload to zIIP engines
|-
|-
| <code>IMGCBYTS</code> || image || total || Number of bytes of data sent to Imagine Transparency brokers for for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or IMGCBYTS service programs
| <span id="stat_DEV21"></span><code>DEV21</code> || ''not documented''
|-
|-
| <code>IMGCCPU</code> || image || total || Number of seconds of CPU used by Imagine Transparency brokers for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or service programs
| <span id="stat_DEV22"></span><code>DEV22</code> || ''not documented''
|-
|-
| <code>IMGCREQ</code> || image || total || Number of requests sent from M204 to a broker for calls to non-transparency code running on the brokers (rate or total). This is essentially the number of interactions between M204 and the brokers for non-transparency processing (transpiled code and service programs)
| <span id="stat_DEV5"></span><code>DEV5</code> || Output lines to procedures defined during the run
|-
|-
| <code>IMGCWT</code> || image || total || Number of seconds spent by M204 waiting for a response from the Imagine Transparency brokers for non-transparency requests (transpiled code and service programs) (rate or total). IMGCWT is composed of IMGCCPU (CPU time used on the broker), IMGCWTD (time the broker spent waiting for the Imagine DatabaseStore, mostly for finds and commits), and everything else. The most likely cause of "everything else" is network delays
| <span id="stat_DEV6"></span><code>DEV6</code> || Input lines from included procedures
|-
|-
| <code>IMGCWTD</code> || image || total || Number of seconds spent by Imagine Transparency brokers waiting for the Imagine DatabaseStore for non-transparency requests (transpiled code and service programs), mostly for finds and commits (rate or total)
| <span id="stat_DEV9"></span><code>DEV9</code> || Page headers or trailers defined in requests
|-
|-
| <code>IMGTBYTR</code> || image || total || Number of bytes of data received from Imagine Transparency brokers for transparency requests (rate or total)
| <span id="stat_DKAR"></span><code>DKAR</code> || Number of buffers allocated without page read requests
|-
|-
| <code>IMGTCPU</code> || image || total || Number of seconds of CPU used by Imagine Transparency brokers for transparency requests (rate or total)
| <span id="stat_DKPRF"></span><code>DKPRF</code> || Number of fast logical page reads. Number of DKPRs that were satisfied by pending or deferred close buffers
|-
|-
| <code>IMGTFDH</code> || image || total || Number of finds against Imagine files that could be serialized for duplicate find testing and a duplicate find was found (rate or total). Since Imagine guarantees identical results for identical finds in the same transaction (if no candidate files were updated) the result of the previous find can be used in the case of a duplicate, eliminating an interaction with the broker and all the overhead that entails. The H in IMGTFDH stands for Hits. It can be useful to compare IMGTFDH with IMGTFND (finds sent to the broker) to determine the percentage of finds that were essentially optimized away as duplicates
| <span id="stat_DKWTMICS"></span><code>DKWTMICS</code> || Total wait time in microseconds for Disk I/O waits counted by DKWTS. As of V7.7, with 77z339 applied
|-
|-
| <code>IMGTFDR</code> || image || total || Imagine transparency cache refinds
| <span id="stat_DKWTS"></span><code>DKWTS</code> || Number Disk I/O waits As of V7.7, with 77z339 applied
|-
|-
| <code>IMGTFDU</code> || image || total || Number of finds against Imagine files that could be serialized for duplicate find testing, and a duplicate find was found, but could not be used because one or more files in the find had been updated since the previous find (rate or total). In such a case, the find must be sent to the broker to be reprocessed
| <span id="stat_ECMODMAX"></span><code>ECMODMAX</code> || ECF – Highwater mark of modules loaded
|-
|-
| <code>IMGTFND</code> || image || total || Number of finds against Imagine files that were sent to the broker to be processed (rate or total). This does not include duplicate finds whose results could be reused on M204 (counted by IMGTFDH)
| <span id="stat_ECNAMMAX"></span><code>ECNAMMAX</code> || External Call Facility – High-water mark of call names defined
|-
|-
| <code>IMGTREC</code> || image || total || Number of Imagine records sent from the broker to M204 (rate or total). This includes "prefetched" records that are counted by IMGTRECP
| <span id="stat_ECTSKMAX"></span><code>ECTSKMAX</code> || External Call Facility – High-water mark of subtasks active
|-
|-
| <code>IMGTRECP</code> || image || total || Number of Imagine records sent from the broker to M204 before they were explicitly accessed (like in a FOR RECORD LOOP), so "prefetched". One example of this is that after a find on the broker, the first IMGPREF (user parameter) records would be sent back to M204 with the find results
| <span id="stat_IMGBKIUH"></span><code>IMGBKIUH</code> || ''not documented''
|-
|-
| <code>IMGTREQ</code> || image || total || Number of requests sent from M204 to a broker for transparency processing (rate or total). This is essentially the number of interactions between M204 and the brokers for transparency processing
| <span id="stat_IMGCMT"></span><code>IMGCMT</code> || ''not documented''
|-
|-
| <code>IMGTWT</code> || image || total || Number of seconds spent by M204 waiting for a response from the Imagine Transparency brokers for transparency requests (rate or total). IMGTWT is composed of IMGTCPU (CPU time used on the broker), IMGTWTD (time the broker spent waiting for the Imagine DatabaseStore, mostly for finds and commits), and everything else. The most likely cause of "everything else" is network delays
| <span id="stat_IMGCMTS"></span><code>IMGCMTS</code> || ''not documented''
|-
|-
| <code>IMGTWTD</code> || image || total || Number of seconds spent by Imagine Transparency brokers waiting for the Imagine DatabaseStore for transparency requests, mostly for finds and commits (rate or total)
| <span id="stat_IMGTBYTS"></span><code>IMGTBYTS</code> || Number of bytes of data sent to Imagine Transparency brokers for transparency requests (rate or total)
|-
|-
| <code>DKPR</code> || io || total || Number of requests for a page (may not require real I/O)
| <span id="stat_IMGTFDS"></span><code>IMGTFDS</code> || Number of finds against Imagine files that could be serialized for duplicate find testing (rate or total). A find might not be serializable if it is too complicated or references too many files (in a group). Any find that can't be serialized must be sent to the broker to be processed, even if an identical find has already been done in the same transaction
|-
|-
| <code>DKRD</code> || io || total || Number of physical page reads from Model 204 files
| <span id="stat_IMGTRAN"></span><code>IMGTRAN</code> || ''not documented''
|-
|-
| <code>DKWR</code> || io || total || Number of physical page writes to Model 204 files
| <span id="stat_INTTY"></span><code>INTTY</code> || ''not documented''
|-
|-
| <code>IN</code> || io || total || Number of terminal input lines
| <span id="stat_INXX"></span><code>INXX</code> || Input lines from QSAM users (IODEV 3)
|-
|-
| <code>MBO</code> || io || per-run peak || Highwater mark of transaction backout pages As of V7.7, with zap 77z257 applied.
| <span id="stat_JBLKS"></span><code>JBLKS</code> || ''not documented''
|-
|-
| <code>MPR</code> || io || per-run peak || Highwater mark of transaction pre-images As of V7.7, with zap 77z257 applied.
| <span id="stat_JSCREENS"></span><code>JSCREENS</code> || Counts the number of times Janus Web incremented the SCREENS statistic. Since these may occur outside of request context, they would not necessarily have corresponding Since-Last statistics.
|-
|-
| <code>OUT</code> || io || total || Number of terminal output lines
| <span id="stat_LKPOST"></span><code>LKPOST</code> || Times an MP subtask posted another task to indicate that an MP lock had become available
|-
|-
| <code>OUTPB</code> || io || resource peak || Highwater mark of OUTPB
| <span id="stat_LKWAIT"></span><code>LKWAIT</code> || Times MP subtasks invoked z/OS WAIT macros to wait for an available MP lock
|-
|-
| <code>SCREENS</code> || io || total || Total number of full-screen reads (READ SCREEN statements) evaluated by a SOUL request.
| <span id="stat_MOVE"></span><code>MOVE</code> || Number of times the scheduler switched from one user to another
|-
|-
| <code>SVPAGES</code> || io || total || SVPAGES * 4096 is the number of bytes transferred as a result of server reads and writes
| <span id="stat_MPLKWTIM"></span><code>MPLKWTIM</code> || Total elapsed time in milliseconds, across the maintask and all subtasks, the Online spent waiting for MP locks Only collected in MP/204 systems.
|-
|-
| <code>SVRD</code> || io || total || Number of server reads
| <span id="stat_MTDEQ"></span><code>MTDEQ</code> || The number of times that the MAINTASK took a unit of work from the MAINTASK queue and processed it
|-
|-
| <code>SVWR</code> || io || total || Number of server writes
| <span id="stat_MTSDEQ"></span><code>MTSDEQ</code> || The number of times that the MAINTASK took a unit of work from an MP subtask queue and processed it because the MAINTASK was idle
|-
|-
| <code>CCATDIFF</code> || memory || total || Difference between CCATEMP pages allocated and freed by a thread. This is an imperfect indicator of the number of CCATEMP pages a thread has allocated. CCATDIFF is imperfect because it is difficult to fully account for pages allocated or freed on behalf of the system or other users. However, if there is an acute CCATEMP page shortage, threads with high CCATDIFF values are likely culprits. CCATDIFF is available in Model 204 7.7 and higher.
| <span id="stat_MTZDEQ"></span><code>MTZDEQ</code> || The number of times that the MAINTASK took a unit of work from a zIIP subtask queue and processed it because the MAINTASK was idle
|-
|-
| <code>CCATDIFH</code> || memory || per-run peak || High water mark of CCATDIFF in a request. This can be useful if a request allocated a lot of CCATEMP pages, causing an acute shortage but then freed those pages. CCATDIFH is available in Model 204 7.7 and later.
| <span id="stat_OUTTTY"></span><code>OUTTTY</code> || ''not documented''
|-
|-
| <code>FSCBSW</code> || memory || total || Number of full-screen buffer swaps
| <span id="stat_OUTXX"></span><code>OUTXX</code> || Output lines to QSAM users (IODEV 3)
|-
|-
| <code>GTBLRS</code> || memory || total || Number of GTBL rearrangements required to add a global object
| <span id="stat_REQ"></span><code>REQ</code> || Number of SOUL requests evaluated
|-
|-
| <code>INCLHWM</code> || memory || per-run peak || Include depth high water mark
| <span id="stat_SFTRSTRT"></span><code>SFTRSTRT</code> || number of soft restarts.
|-
|-
| <code>MAXDAEM</code> || memory || per-run peak || Maximum number of daemons for the user
| <span id="stat_STIMERS"></span><code>STIMERS</code> || Total number of STIMER or STIMERM calls
|-
|-
| <code>OBJSWAP</code> || memory || total || number of object swaps for Sirius objects
| <span id="stat_STPOST"></span><code>STPOST</code> || Times MP subtasks performed real operating system POSTs to send work to the maintask
|-
|-
| <code>RETHWM</code> || memory || per-run peak || Record Enqueuing Table High Water Mark in bytes
| <span id="stat_STWAIT"></span><code>STWAIT</code> || Number of times MP subtasks invoked z/OS WAIT macros to wait for work from the maintask
|-
|-
| <code>FSCB</code> || tables || resource peak || High-water mark of bytes used in the FSCB
| <span id="stat_STZDEQ"></span><code>STZDEQ</code> || Number of times that an MP subtask took a unit of work from a zIIP subtask queue and processed it because the MP subtask was idle
|-
|-
| <code>GTBL</code> || tables || resource peak || Highwater mark of GTBL
| <span id="stat_SWT"></span><code>SWT</code> || Times Model 204 issued a real WAIT while not in user-switching mode
|-
|-
| <code>ITBL</code> || tables || resource peak || Highwater mark of ITBL
| <span id="stat_TEMX"></span><code>TEMX</code> || Highwater mark of CCATEMP pages used in the expansion area
|-
|-
| <code>NTBL</code> || tables || resource peak || Highwater mark of NTBL
| <span id="stat_TFMX"></span><code>TFMX</code> || Highwater mark of CCATEMP pages used
|-
|-
| <code>PDL</code> || tables || resource peak || Highwater mark of the pushdown list
| <span id="stat_TSMX"></span><code>TSMX</code> || Highwater mark of CCATEMP pages used in the small model page pool
|-
|-
| <code>QTBL</code> || tables || resource peak || Highwater mark of QTBL
| <span id="stat_UPDUNITS"></span><code>UPDUNITS</code> || ''not documented''
|-
|-
| <code>STBL</code> || tables || resource peak || Highwater mark of STBL
| <span id="stat_WAIT"></span><code>WAIT</code> || Number of real operating system waits
|-
|-
| <code>TTBL</code> || tables || resource peak || Highwater mark of TTBL
| <span id="stat_screens"></span><code>screens</code> || ''not documented''
|}
|}


Revision as of 21:21, 10 November 2026

SIRAUD report (Sirius audit report, generated from AUDREP.XML). Preview page; layout is a first draft.

Overview

Item Value
Interval start 2026-10-13 20:15:41
Interval end 2026-10-14 04:15:41
Duration 8:00:00
Site ROCKET
Version 8.0.78 2
Buffers 0 + 20000
Cpuid FF379B789175

Interval statistics

Statistic names link to the stat reference below.

Statistic Value
APSYLD 874
APSYLDT 75
AUDIT 969,575
BACKOUTS 1
BADD 271,260
BCHG 636
BDEL 4,779
CNCT 9,780
CNCTI 9,913
COMMITS 3,264
CPU 66,541
CPUONZIP 40,496
CPUTOTZE 40,500
DEV21 93
DEV22 59
DEV5 345,101
DEV6 15,674,641
DEV9 9
DIRRCD 13,858
DKAR 536,872
DKPR 23,525,445
DKPRF 2,123,802
DKRD 358,458
DKWR 820,655
DKWTMICS 82,169,385
DKWTS 357,056
ECCALL 28
ECCNCT 34
ECCPU 18
ECLOAD 50
ECMODMAX 49
ECNAMMAX 49
ECTSKMAX 1
FINDS 81,250
GTBLRS 3
IMGBKIUH 2
IMGCBYTR 28,396
IMGCBYTS 308,478
IMGCCPU 2,346
IMGCMT 5
IMGCMTS 5
IMGCREQ 6
IMGCWT 14,192
IMGCWTD 141
IMGTBYTR 1,235,957
IMGTBYTS 2,542,344
IMGTCPU 7,281
IMGTFDH 6,248
IMGTFDR 1,425
IMGTFDS 9,500
IMGTFDU 21
IMGTFND 1,987
IMGTRAN 15
IMGTREC 461
IMGTRECP 215
IMGTREQ 2,238
IMGTWT 18,994
IMGTWTD 6,059
IN 773
INCLHWM 19
INTTY 382,389
INXX 6
IXADD 24
IXDEL 24
JBLKS 22,809
JSCREENS 4
LKPOST 249
LKWAIT 240
MBO 36
MOVE 109,585
MPLKWTIM 1
MPR 16
MTDEQ 226,387
MTSDEQ 40,332
MTZDEQ 9
OBJSWAP 230,696
OUT 765
OUTTTY 44,525
OUTXX 26
PCPU 963
PREIMAGE 23
RECADD 3,675
RECDS 2,551,284
REQ 4,684
SCREENS 53
SFTRSTRT 1
SLIC 217
SORTS 13,969
STCPU 89
STDEQ 139
STIMERS 1,611
STPOST 83
STRECDS 14,046
STWAIT 149
STZDEQ 136
SVPAGES 227,182
SVRD 70
SVWR 127
SWT 28
TEMX 79,552
TFMX 79,558
TSMX 478
UPDUNITS 3,264
WAIT 1,326,876
ZTDEQ 465,602
screens

Subsystems

Rank Subsystem Runs CPU CMPL CPU LOAD CPU EVAL DKRD DKWR DKPR Screens SVRD SVWR
1 B2ISMT 6,634 100,990 0 4,650 89,015 0 19,043,519 0 0 0
2 ISMT 1,777 25,072 0 2,518 25,081 20 4,780,104 182 1 1
3 *NONE* 3,429 429 0 12,201 277,394 3,389 7,187,900 54 0 0
4 PRS 11 2 0 2,657 3,016 0 3,282 0 0 0
5 DAISMT 665 2,389 0 119 1,877 0 694,825 0 0 0
6 ISM1 11 13 0 85 4,986 0 8,861 0 0 0
7 DAISM1 10 53 0 3 1,421 0 6,691 0 0 0
8 B2ISM1 17 22 0 2 803 1 2,940 0 0 0

Files (by I/O)

Rank File DKRD DKWR REQ DIRRCD BXFIND UPDTTIME DKUPTIME RETRYA RECADD BADD BXCHNG BXINSE BXSPLI COMMITS
1 IS1REFR0 3,204,040 14 14 98,756 691,320
2 IS1ISOPR 741,190 16 207
3 IS1ZZOPR 729,858 16 41,934
4 METAPROC 163,184 383,320 57,764 77,266
5 ST1REFR0 262,766 14 14 92,036
6 IS1RDF 125,467 14 696 2,562 313,717
7 IMAGINER 72,365 298 232 24 12
8 CCAGRP 12,692 40,951 63 3,150 5,726
9 DV1LINK0 14,734 16 68,460
10 IS1CIRC0 500 12,498 105 413 42 6 2 105 1,976 144 236 15 105
11 IS1AS220 500 11,342 53 240 33 5 53 604 92 86 4 53
12 IS1AS210 500 11,334 52 235 25 5 52 586 86 88 4 52
13 IS1AS200 500 11,334 52 235 27 1 52 595 86 88 4 52
14 IS1AS190 500 11,334 52 235 29 6 52 598 86 88 4 52
15 IS1AS120 500 11,334 52 235 28 3 52 435 87 87 4 52
16 IS1AS180 500 11,326 51 230 29 5 51 626 87 83 4 51
17 IS1AS170 500 11,326 51 230 29 5 51 631 87 83 4 51
18 IS1AS160 500 11,326 51 230 30 2 51 645 87 83 4 51
19 IS1AS150 500 11,326 51 230 30 2 51 585 86 84 4 51
20 IS1AS140 500 11,326 51 230 33 7 51 604 87 83 4 51
21 IS1AS130 500 11,326 51 230 23 7 51 597 85 85 4 51
22 IS1AS110 500 11,094 22 85 24 2 22 93 6 45 4 22
23 IS1AS100 500 11,094 22 85 19 2 22 93 6 45 4 22
24 IS1AS090 500 11,094 22 85 18 4 22 93 6 45 4 22
25 IS1AS080 500 11,094 22 85 17 6 22 92 6 45 4 22

Procedures (by CPU)

Top 25 procedures shown, sorted by CPU. Compile and evaluate columns are totals; response time in seconds.

Rank Procedure File Subsystem Runs Resp mean (s) Resp σ CMPL CPU EVAL CPU EVAL DKRD EVAL DKPR EVAL RQTM
1 P.FTB.#FYCPDR5 IS1ISOPR B2ISMT 14 0.73 1.17 9,071 305 335
2 DBA.#RELOAD POCPROC 8 7.74 18.1 3 9,168 253,825 5,859,039 61,951
3 P.TAG.#TG IS1ZZOPR B2ISMT 211 0.01 0.03 3,456 206 210
4 P.FTB.#FYSUM8 IS1ISOPR B2ISMT 15 0.27 0.46 3,268 29 1 270 27
5 P.PAL.#PLENT IMAGINER B2ISMT 3 1.25 0.09 3,096 15 12 11,655 18
6 P.ASD.#ASSUM2 IS1ZZOPR B2ISMT 19 0.19 0.33 3,071 10 7
7 P.PAL.#PLDEDN IS1ZZOPR B2ISMT 3 1.01 0.04 2,667 3 126 5
8 P.PYI.#TGPYI.INM.PRE IS1ISOPR B2ISMT 14 0.25 0.41 2,653 6 5
9 P.PRS.LOAD.SERV_AU.DATA~ISM1 POCPROC PRS 1 5.17 0.00 2,651 3,003 3,129 5,177
10 P.PAL.#PLBUILD IS1ZZOPR B2ISMT 3 0.91 0.01 2,584 12 10,560 11
11 P.FTB.#FYCPDR3 IS1ISOPR B2ISMT 14 0.21 0.34 2,492 86 104
12 P.TAG.#TGCDCPR IS1ZZOPR B2ISMT 72 0.04 0.08 2,467 77 55 4,222 102
13 P.FTB.#FYCPDR5 IS1ISOPR ISMT 7 0.37 0.92 2,274 157 172
14 P.FTB.#FYCPDR1 IS1ISOPR B2ISMT 14 0.21 0.28 1,642 498 252 664
15 P.ASD.#ADJOFF IS1ZZOPR B2ISMT 15 0.18 0.31 2,111 10 14
16 P.FTB.#FYCPDPO IS1ISOPR B2ISMT 14 0.20 0.30 1,609 378 2,236 8,750 964
17 DDL.PROCS.CREATE~MAKE POCPROC 1 17.6 0.00 2 1,979 19,214 597,075 17,673
18 P.GOP.#TGGOPPR IS1ISOPR B2ISMT 19 0.26 0.45 1,767 198 64 11,248 2,859
19 P.RPT.#RPTUPD IS1ISOPR B2ISMT 30 0.07 0.15 1,821 16 4 270 20
20 P.RES.#IMMCHK IS1ISOPR B2ISMT 19 0.14 0.25 1,744 44 54 2,736 407
21 P.PAL.#PLPREP2 IS1ZZOPR B2ISMT 3 0.70 0.06 1,717 5 5
22 P.FTB.#FYCPDP3 IS1ISOPR B2ISMT 14 0.16 0.27 1,640 58 74
23 P.FTB.#FYRCAC2 IS1ISOPR B2ISMT 15 0.15 0.25 1,619 39 19 13,738 58
24 P.FTB.#FYSUM3 IS1ISOPR B2ISMT 15 0.14 0.22 1,526 102 131
25 P.FTB.#FYCPDPC IS1ISOPR B2ISMT 14 0.14 0.23 1,504 113 117

Compile detail

CPU and elapsed time

25 procedures with activity; showing top 25 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure CNCT CPU RQTM STCPU ZTCPU ZTDEQ PCPU
1 P.FTB.#FYCPDR5 8 (2) 9,071 (2,268) 9,979 (2,495) 11 (3) 4,959 (1,240) 3,090 (773) 910
2 DBA.#RELOAD 3 (0) 6 (1) 3 (0) 14 (2) 376
3 P.TAG.#TG 10 (0) 3,456 (82) 3,779 (90) 275 (7) 887 (21) 6,902 (164) 931
4 P.FTB.#FYSUM8 4 (1) 3,268 (817) 4,061 (1,015) 162 (41) 1,213 (303) 3,780 (945) 810
5 P.PAL.#PLENT 4 (1) 3,096 (1,032) 3,758 (1,253) 76 (25) 1,783 (594) 2,754 (918) 826
6 P.ASD.#ASSUM2 4 (1) 3,071 (614) 3,723 (745) 161 (32) 838 (168) 2,574 (515) 835
7 P.PAL.#PLDEDN 3 (1) 2,667 (889) 3,035 (1,012) 119 (40) 1,178 (393) 1,731 (577) 880
8 P.PYI.#TGPYI.INM.PRE 4 (1) 2,653 (663) 3,509 (877) 81 (20) 2,396 (599) 3,693 (923) 761
9 P.PRS.LOAD.SERV_AU.DATA~ISM1 1 (1) 2 (2) 1
10 P.PAL.#PLBUILD 2 (1) 2,584 (861) 2,727 (909) 58 (19) 969 (323) 709 (236) 948
11 P.FTB.#FYCPDR3 2 (1) 2,492 (623) 2,942 (736) 22 (6) 1,412 (353) 1,512 (378) 848
12 P.TAG.#TGCDCPR 3 (0) 2,467 (164) 2,905 (194) 493 (33) 1,045 (70) 3,952 (263) 879
13 P.FTB.#FYCPDR5 2 (2) 2,274 (2,274) 2,434 (2,434) 2 (2) 2,225 (2,225) 772 (772) 935
14 P.FTB.#FYCPDR1 2 (1) 1,642 (411) 2,349 (587) 91 (23) 1,297 (324) 2,918 (730) 705
15 P.ASD.#ADJOFF 3 (1) 2,111 (528) 2,710 (678) 105 (26) 1,733 (433) 2,475 (619) 783
16 P.FTB.#FYCPDPO 1 (0) 1,609 (402) 1,935 (484) 69 (17) 1,017 (254) 1,385 (346) 834
17 DDL.PROCS.CREATE~MAKE 2 (2) 5 (5) 2 (2) 13 (13) 401
18 P.GOP.#TGGOPPR 1 (0) 1,767 (353) 2,163 (433) 97 (19) 1,013 (203) 1,987 (397) 826
19 P.RPT.#RPTUPD 2 (0) 1,821 (260) 2,372 (339) 109 (16) 1,186 (169) 2,745 (392) 804
20 P.RES.#IMMCHK 4 (1) 1,744 (349) 2,304 (461) 132 (26) 1,146 (229) 2,208 (442) 777
21 P.PAL.#PLPREP2 2 (1) 1,717 (572) 2,115 (705) 160 (53) 1,220 (407) 2,501 (834) 816
22 P.FTB.#FYCPDP3 1 (0) 1,640 (410) 2,293 (573) 104 (26) 1,079 (270) 3,170 (793) 720
23 P.FTB.#FYRCAC2 3 (1) 1,619 (405) 2,209 (552) 63 (16) 1,011 (253) 2,234 (559) 739
24 P.FTB.#FYSUM3 1 (0) 1,526 (382) 1,994 (499) 50 (13) 773 (193) 1,778 (445) 771
25 P.FTB.#FYCPDPC 1 (0) 1,504 (376) 1,950 (488) 120 (30) 927 (232) 1,852 (463) 778

Disk, server and terminal I/O

25 procedures with activity; showing top 25 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure DKPR DKRD
1 P.FTB.#FYCPDR5 290,180 (72,545) 2,948 (737)
2 DBA.#RELOAD 42 (5) 6 (1)
3 P.TAG.#TG 766,624 (18,253) 636 (15)
4 P.FTB.#FYSUM8 618,967 (154,742) 2,277 (569)
5 P.PAL.#PLENT 770,380 (256,793) 2,353 (784)
6 P.ASD.#ASSUM2 279,588 (55,918) 2,057 (411)
7 P.PAL.#PLDEDN 573,936 (191,312) 1,080 (360)
8 P.PYI.#TGPYI.INM.PRE 261,698 (65,425) 2,972 (743)
9 P.PRS.LOAD.SERV_AU.DATA~ISM1 42 (42) 1 (1)
10 P.PAL.#PLBUILD 544,563 (181,521) 366 (122)
11 P.FTB.#FYCPDR3 190,668 (47,667) 1,408 (352)
12 P.TAG.#TGCDCPR 436,644 (29,110) 1,229 (82)
13 P.FTB.#FYCPDR5 72,533 (72,533) 737 (737)
14 P.FTB.#FYCPDR1 479,929 (119,982) 2,461 (615)
15 P.ASD.#ADJOFF 433,140 (108,285) 2,009 (502)
16 P.FTB.#FYCPDPO 208,960 (52,240) 1,060 (265)
17 DDL.PROCS.CREATE~MAKE 145 (145) 12 (12)
18 P.GOP.#TGGOPPR 354,757 (70,951) 1,271 (254)
19 P.RPT.#RPTUPD 322,299 (46,043) 1,912 (273)
20 P.RES.#IMMCHK 366,343 (73,269) 1,604 (321)
21 P.PAL.#PLPREP2 275,445 (91,815) 1,394 (465)
22 P.FTB.#FYCPDP3 648,820 (162,205) 2,273 (568)
23 P.FTB.#FYRCAC2 394,689 (98,672) 1,923 (481)
24 P.FTB.#FYSUM3 245,036 (61,259) 1,448 (362)
25 P.FTB.#FYCPDPC 383,266 (95,817) 1,340 (335)

Memory, swapping and CCATEMP

25 procedures with activity; showing top 25 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure CCATDIFF FSCBSW CCATDIFH INCLHWM RETHWM
1 P.FTB.#FYCPDR5 672 (168) 6,952 (1,738) 244 13 24,468
2 DBA.#RELOAD 4 (1) 2 1,083
3 P.TAG.#TG 2,776 (66) 17,808 (424) 102 18 15,455
4 P.FTB.#FYSUM8 760 (190) 3,584 (896) 325 19 51,020
5 P.PAL.#PLENT 744 (248) 5,265 (1,755) 403 18 259,425
6 P.ASD.#ASSUM2 1,153 (231) 5,570 (1,114) 291 13 24,937
7 P.PAL.#PLDEDN 780 (260) 3,681 (1,227) 396 17 61,153
8 P.PYI.#TGPYI.INM.PRE 761 (190) 3,384 (846) 269 15 54,208
9 P.PRS.LOAD.SERV_AU.DATA~ISM1 2 (2) 1 (1) 6 3
10 P.PAL.#PLBUILD 528 (176) 3,048 (1,016) 289 17 252,129
11 P.FTB.#FYCPDR3 569 (142) 3,712 (928) 190 13 92,816
12 P.TAG.#TGCDCPR 1,640 (109) 8,040 (536) 141 14 32,207
13 P.FTB.#FYCPDR5 173 (173) 1,731 (1,731) 249 13 24,500
14 P.FTB.#FYCPDR1 1,423 (356) 29,256 (7,314) 423 15 40,048
15 P.ASD.#ADJOFF 629 (157) 5,068 (1,267) 283 17 43,512
16 P.FTB.#FYCPDPO 607 (152) 3,068 (767) 221 12 120,008
17 DDL.PROCS.CREATE~MAKE 1 (1) 9 3 6,068
18 P.GOP.#TGGOPPR 733 (147) 4,360 (872) 246 14 36,541
19 P.RPT.#RPTUPD 1,015 (145) 8,211 (1,173) 221 15 30,407
20 P.RES.#IMMCHK 709 (142) 3,070 (614) 202 13 37,638
21 P.PAL.#PLPREP2 843 (281) 5,187 (1,729) 409 15 124,513
22 P.FTB.#FYCPDP3 773 (193) 57,544 (14,386) 279 14 90,132
23 P.FTB.#FYRCAC2 549 (137) 2,724 (681) 211 15 300,656
24 P.FTB.#FYSUM3 616 (154) 3,152 (788) 235 15 139,840
25 P.FTB.#FYCPDPC 516 (129) 2,808 (702) 206 13 171,164

Evaluate detail

CPU and elapsed time

25 procedures with activity; showing top 25 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure CNCT CPU RQTM SLIC STCPU ZTCPU ZTDEQ PCPU
1 P.FTB.#FYCPDR5 305 (22) 335 (24) 14 (1) 3 (0) 290 (21) 2,554 (182) 795
2 DBA.#RELOAD 61 (8) 9,168 (1,146) 61,951 (7,744) 84 (11) 448 (56) 5,466 (683) 295,523 (36,940) 109
3 P.TAG.#TG 1 (0) 206 (1) 210 (1) 37 (0) 189 (1) 86 (0) 519
4 P.FTB.#FYSUM8 29 (2) 27 (2) 4 (0) 1 (0) 25 (2) 196 (13) 261
5 P.PAL.#PLENT 15 (5) 18 (6) 3 (1) 15 (5) 30 (10) 164
6 P.ASD.#ASSUM2 10 (1) 7 (0) 5 (0) 9 (0) 10 (1) 185
7 P.PAL.#PLDEDN 3 (1) 5 (2) 3 (1) 3 (1) 9 (3) 778
8 P.PYI.#TGPYI.INM.PRE 6 (0) 5 (0) 4 (0) 1 (0) 4 (0) 10 (1) 215
9 P.PRS.LOAD.SERV_AU.DATA~ISM1 5 (5) 2,651 (2,651) 5,177 (5,177) 46 (46) 10 (10) 2,508 (2,508) 7,530 (7,530) 513
10 P.PAL.#PLBUILD 12 (4) 11 (4) 3 (1) 12 (4) 24 (8) 291
11 P.FTB.#FYCPDR3 86 (6) 104 (7) 4 (0) 80 (6) 1,134 (81) 851
12 P.TAG.#TGCDCPR 77 (1) 102 (1) 8 (0) 2 (0) 75 (1) 299 (4) 147
13 P.FTB.#FYCPDR5 157 (22) 172 (25) 7 (1) 2 (0) 148 (21) 1,293 (185) 836
14 P.FTB.#FYCPDR1 2 (0) 498 (36) 664 (47) 4 (0) 494 (35) 184 (13) 636
15 P.ASD.#ADJOFF 10 (1) 14 (1) 4 (0) 10 (1) 29 (2) 440
16 P.FTB.#FYCPDPO 3 (0) 378 (27) 964 (69) 4 (0) 4 (0) 368 (26) 3,079 (220) 299
17 DDL.PROCS.CREATE~MAKE 18 (18) 1,979 (1,979) 17,673 (17,673) 37 (37) 1,784 (1,784) 19,176 (19,176) 111
18 P.GOP.#TGGOPPR 6 (0) 198 (10) 2,859 (150) 5 (0) 188 (10) 778 (41) 249
19 P.RPT.#RPTUPD 16 (1) 20 (1) 7 (0) 16 (1) 43 (1) 151
20 P.RES.#IMMCHK 1 (0) 44 (2) 407 (21) 5 (0) 1 (0) 40 (2) 486 (26) 286
21 P.PAL.#PLPREP2 5 (2) 5 (2) 3 (1) 5 (2) 6 (2) 1,001
22 P.FTB.#FYCPDP3 5 (0) 58 (4) 74 (5) 4 (0) 2 (0) 55 (4) 465 (33) 189
23 P.FTB.#FYRCAC2 1 (0) 39 (3) 58 (4) 4 (0) 6 (0) 274 (18) 55
24 P.FTB.#FYSUM3 2 (0) 102 (7) 131 (9) 4 (0) 2 (0) 97 (6) 1,286 (86) 57
25 P.FTB.#FYCPDPC 3 (0) 113 (8) 117 (8) 101 (7) 507 (36) 139

Disk, server and terminal I/O

14 procedures with activity; showing top 14 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure DKPR DKRD DKWR OUT
2 DBA.#RELOAD 5,859,039 (732,380) 253,825 (31,728)
4 P.FTB.#FYSUM8 270 (18) 1 (0)
5 P.PAL.#PLENT 11,655 (3,885) 12 (4) 32 (11)
7 P.PAL.#PLDEDN 126 (42)
9 P.PRS.LOAD.SERV_AU.DATA~ISM1 3,129 (3,129) 3,003 (3,003)
10 P.PAL.#PLBUILD 10,560 (3,520)
12 P.TAG.#TGCDCPR 4,222 (59) 55 (1) 36 (1)
14 P.FTB.#FYCPDR1 252 (18) 685 (49)
16 P.FTB.#FYCPDPO 8,750 (625) 2,236 (160)
17 DDL.PROCS.CREATE~MAKE 597,075 (597,075) 19,214 (19,214) 2 (2) 4 (4)
18 P.GOP.#TGGOPPR 11,248 (592) 64 (3)
19 P.RPT.#RPTUPD 270 (9) 4 (0) 18 (1)
20 P.RES.#IMMCHK 2,736 (144) 54 (3) 138 (7)
23 P.FTB.#FYRCAC2 13,738 (916) 19 (1) 18 (1)

Record, index and update activity

24 procedures with activity; showing top 24 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure BADD BCHG BDEL BXFIND DIRRCD FINDS RECDS SORTS STRECDS
1 P.FTB.#FYCPDR5 17,881 (1,277) 289 (21) 6,042 (432)
2 DBA.#RELOAD 50,900 (6,363) 13,858 (1,732) 41,578 (5,197) 2,387,615 (298,452) 13,858 (1,732) 13,858 (1,732)
3 P.TAG.#TG 7,099 (34) 910 (4) 492 (2) 3,639 (17)
4 P.FTB.#FYSUM8 385 (26) 5 (0) 90 (6) 630 (42) 2,034 (136)
5 P.PAL.#PLENT 14 (5) 1 (0) 2 (1) 1,456 (485) 582 (194) 970 (323)
6 P.ASD.#ASSUM2 103 (5) 165 (9)
7 P.PAL.#PLDEDN 5 (2) 32 (11) 32 (11) 51 (17)
8 P.PYI.#TGPYI.INM.PRE 33 (2) 72 (5)
10 P.PAL.#PLBUILD 428 (143) 27 (9) 1,208 (403) 450 (150) 992 (331)
11 P.FTB.#FYCPDR3 5,837 (417) 28 (2) 126 (9) 3,325 (238)
12 P.TAG.#TGCDCPR 947 (13) 4 (0) 218 (3) 1,164 (16) 1,015 (14) 6,304 (88)
13 P.FTB.#FYCPDR5 9,230 (1,319) 143 (20) 3,068 (438)
14 P.FTB.#FYCPDR1 84 (6) 403 (29) 4,273 (305)
15 P.ASD.#ADJOFF 6 (0) 111 (7) 631 (42)
16 P.FTB.#FYCPDPO 1,686 (120) 14 (1) 112 (8) 937 (67) 16,521 (1,180) 14 (1) 28 (2)
17 DDL.PROCS.CREATE~MAKE 91,836 (91,836) 26,678 (26,678) 116,145 (116,145)
18 P.GOP.#TGGOPPR 3,420 (180) 1,287 (68) 1,104 (58)
19 P.RPT.#RPTUPD 5 (0) 4 (0) 5 (0) 90 (3) 53 (2) 775 (26)
20 P.RES.#IMMCHK 629 (33) 49 (3) 96 (5) 617 (32) 510 (27) 1,990 (105)
21 P.PAL.#PLPREP2 58 (19) 188 (63)
22 P.FTB.#FYCPDP3 802 (57) 2,647 (189)
23 P.FTB.#FYRCAC2 176 (12) 21 (1) 5 (0) 1,652 (110) 1,224 (82) 2,865 (191) 111 (7) 162 (11)
24 P.FTB.#FYSUM3 3,877 (258) 2 (0) 4,038 (269) 16,140 (1,076)
25 P.FTB.#FYCPDPC 1,112 (79) 13 (1) 12 (1) 3,857 (276) 12,525 (895) 42 (3) 84 (6)

Imagine and external calls

22 procedures with activity; showing top 22 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure ECCALL ECCNCT ECCPU IMGCWT IMGCWTD IMGTBYTR IMGTCPU IMGTFDH IMGTFDR IMGTFDU IMGTFND IMGTREC IMGTRECP IMGTREQ IMGTWT IMGTWTD
1 P.FTB.#FYCPDR5 102 (7) 184 (13) 128,311 (9,165) 106 (8) 289 (21) 390 (28) 3 (0) 3 (0) 111 (8) 37 (3)
3 P.TAG.#TG 130 (1) 358 (2) 1,030 (5) 8 (0) 492 (2) 4 (0) 68,443 (324) 4 (0) 2 (0) 1 (0) 5 (0) 10 (0)
4 P.FTB.#FYSUM8 338 (23) 164 (11) 61,379 (4,092) 55 (4) 543 (36) 3,102 (207) 98 (7) 98 (7) 98 (7) 20 (1)
5 P.PAL.#PLENT 86 (29) 3,950 (1,317) 118 (39) 94 (31) 180 (60) 8 (3) 8 (3) 130 (43) 112 (37)
6 P.ASD.#ASSUM2 46 (2) 57 (3) 103 (5)
7 P.PAL.#PLDEDN 20 (7) 20 (7)
8 P.PYI.#TGPYI.INM.PRE 31 (2) 468 (33) 33 (2) 1 (0) 54 (4) 2 (0) 2 (0) 2 (0)
10 P.PAL.#PLBUILD 21 (7) 19 (6) 28,496 (9,499) 21 (7) 46 (15) 174 (58) 6 (2) 6 (2) 30 (10) 2 (1)
11 P.FTB.#FYCPDR3 98 (7) 28 (2) 126 (9)
12 P.TAG.#TGCDCPR 408 (6) 17 (0) 183,603 (2,550) 368 (5) 535 (7) 11,320 (157) 202 (3) 40 (1) 34 (0) 208 (3) 596 (8) 219 (3)
13 P.FTB.#FYCPDR5 50 (7) 92 (13) 44,667 (6,381) 35 (5) 143 (20) 130 (19) 1 (0) 1 (0) 42 (6) 3 (0)
14 P.FTB.#FYCPDR1 124 (9) 93 (7) 72 (5) 317 (23) 30 (2) 5,922 (423) 42 (3) 375 (27) 968 (69) 28 (2) 28 (2) 186 (13) 129 (9)
15 P.ASD.#ADJOFF 99 (7) 2 (0) 2,200 (147) 5 (0) 107 (7) 92 (6) 6 (0) 6 (0) 6 (0) 1 (0)
16 P.FTB.#FYCPDPO 694 (50) 86 (6) 416,852 (29,775) 370 (26) 868 (62) 3,607 (258) 115 (8) 115 (8) 511 (37) 99 (7)
18 P.GOP.#TGGOPPR 74 (4) 16 (1) 13,274 (699) 298 (16) 147 (8) 3 (0) 3,173 (167) 57 (3) 2 (0) 2 (0) 57 (3) 476 (25) 384 (20)
19 P.RPT.#RPTUPD 3 (0) 25,638 (855) 31 (1) 23 (1) 1 (0) 881 (29) 20 (1) 1 (0) 21 (1) 48 (2) 19 (1)
20 P.RES.#IMMCHK 151 (8) 42 (2) 32,738 (1,723) 111 (6) 261 (14) 5,956 (313) 98 (5) 34 (2) 34 (2) 98 (5) 148 (8) 74 (4)
21 P.PAL.#PLPREP2 58 (19) 58 (19)
22 P.FTB.#FYCPDP3 592 (42) 94 (7) 36,654 (2,618) 106 (8) 802 (57) 2,471 (177) 116 (8) 116 (8) 4,504 (322) 1,102 (79)
23 P.FTB.#FYRCAC2 615 (41) 31 (2) 20,555 (1,370) 410 (27) 667 (44) 2 (0) 2,149 (143) 21 (1) 1 (0) 1 (0) 21 (1) 695 (46) 419 (28)
24 P.FTB.#FYSUM3 2,206 (147) 610 (41) 688,094 (45,873) 1,229 (82) 3,989 (266) 17 (1) 50,247 (3,350) 1,222 (81) 1,222 (81) 1,862 (124) 813 (54)
25 P.FTB.#FYCPDPC 3,103 (222) 422 (30) 192,793 (13,771) 424 (30) 3,843 (275) 13,019 (930) 332 (24) 332 (24) 878 (63) 512 (37)

Memory, swapping and CCATEMP

25 procedures with activity; showing top 25 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure CCATDIFF FSCBSW OBJSWAP CCATDIFH INCLHWM MAXDAEM RETHWM
1 P.FTB.#FYCPDR5 1,675 (120) 189,118 (13,508) 14,138 (1,010) 160 20,673
2 DBA.#RELOAD 313 (39) 131 1,083
3 P.TAG.#TG 3,122 (15) 55,434 (263) 558 (3) 23 11,113
4 P.FTB.#FYSUM8 802 (53) 2,234 (149) 363 (24) 71 46,646
5 P.PAL.#PLENT 98 (33) 964 (321) 1,585 (528) 126 259,725
6 P.ASD.#ASSUM2 486 (26) 1,045 (55) 38 (2) 33 20,948
7 P.PAL.#PLDEDN 82 (27) 1,329 (443) 1,027 (342) 73 61,453
8 P.PYI.#TGPYI.INM.PRE 492 (35) 994 (71) 28 (2) 39 49,461
9 P.PRS.LOAD.SERV_AU.DATA~ISM1 86 (86) 32,086 (32,086) 1,556 2 2
10 P.PAL.#PLBUILD 572 (191) 227 (76) 55 252,177
11 P.FTB.#FYCPDR3 1,671 (119) 24,540 (1,753) 6,618 (473) 138 89,229
12 P.TAG.#TGCDCPR 1,182 (16) 3,896 (54) 419 (6) 29 27,934
13 P.FTB.#FYCPDR5 1,086 (155) 97,563 (13,938) 7,357 (1,051) 191 19,943
14 P.FTB.#FYCPDR1 14,857 (1,061) 1,121,538 (80,110) 85,423 (6,102) 1,157 36,291
15 P.ASD.#ADJOFF 714 (48) 1,827 (122) 529 (35) 78 37,647
16 P.FTB.#FYCPDPO 949 (68) 38,917 (2,780) 943 (67) 376 115,708
17 DDL.PROCS.CREATE~MAKE 2,369 (2,369) 83,925 (83,925) 203 2 4 6,068
18 P.GOP.#TGGOPPR 647 (34) 2,491 (131) 109,579 (5,767) 212 2 32,348
19 P.RPT.#RPTUPD 644 (21) 2,250 (75) 623 (21) 27 25,444
20 P.RES.#IMMCHK 881 (46) 1,212 (64) 1,689 (89) 83 3 33,143
21 P.PAL.#PLPREP2 185 (62) 1,224 (408) 398 (133) 101 125,201
22 P.FTB.#FYCPDP3 3,037 (217) 13,188 (942) 5,576 (398) 318 85,882
23 P.FTB.#FYRCAC2 922 (61) 2,188 (146) 50 (3) 76 295,341
24 P.FTB.#FYSUM3 1,236 (82) 4,891 (326) 2,786 (186) 119 136,143
25 P.FTB.#FYCPDPC 1,506 (108) 3,192 (228) 2,720 (194) 147 151,309

Table high-water marks

25 procedures with activity; showing top 25 by CPU rank. Cell = total (mean per run); peak stats show the mean of per-run peaks.

Rank Procedure FSCB ITBL NTBL PDL QTBL STBL
1 P.FTB.#FYCPDR5 108,210 53 10,612 63,710 309,597
2 DBA.#RELOAD 171 716 683 4,693
3 P.TAG.#TG 12,604 53 4,390 18,615 131,905
4 P.FTB.#FYSUM8 12,604 53 13,512 50,391 397,833
5 P.PAL.#PLENT 12,604 53 15,967 68,215 412,717
6 P.ASD.#ASSUM2 12,604 53 10,269 57,002 241,061
7 P.PAL.#PLDEDN 12,604 53 14,917 58,796 383,913
8 P.PYI.#TGPYI.INM.PRE 12,604 53 12,419 49,760 314,724
9 P.PRS.LOAD.SERV_AU.DATA~ISM1 633 68 456 430,289
10 P.PAL.#PLBUILD 12,604 53 13,203 58,001 343,183
11 P.FTB.#FYCPDR3 108,210 53 7,784 41,121 273,061
12 P.TAG.#TGCDCPR 12,604 53 7,547 33,582 188,469
13 P.FTB.#FYCPDR5 108,210 53 10,607 63,648 309,549
14 P.FTB.#FYCPDR1 113,618 50 10,418 40,141 341,223
15 P.ASD.#ADJOFF 12,604 53 10,418 48,385 303,493
16 P.FTB.#FYCPDPO 108,210 50 10,767 43,000 276,455
17 DDL.PROCS.CREATE~MAKE 633 223 1,964 20,210
18 P.GOP.#TGGOPPR 12,604 93 10,226 45,139 370,559
19 P.RPT.#RPTUPD 20,556 50 8,822 36,898 256,906
20 P.RES.#IMMCHK 12,604 53 9,667 48,989 270,440
21 P.PAL.#PLPREP2 12,604 53 13,235 47,896 356,779
22 P.FTB.#FYCPDP3 113,618 53 8,420 47,685 325,888
23 P.FTB.#FYRCAC2 12,604 50 11,674 45,989 239,127
24 P.FTB.#FYSUM3 12,604 53 11,301 46,169 288,432
25 P.FTB.#FYCPDPC 12,604 50 10,570 41,297 256,938

Stat reference

Descriptions are copied from the Model 204 wiki page Using system statistics; stats not documented there use local wording.

Stat Group Kind Meaning
CNCT cpu total Elapsed time in seconds
CPU cpu total Total CPU time consumed in milliseconds. The system CPU statistics include both maintask and subtask CPU usage.
PCPU cpu per-run peak Percentage of time Model 204 was given the CPU when it wanted CPU time. In an MP environment, system PCPU is the sum of CPU time in all tasks divided by the sum of elapsed time in all tasks.
RQTM cpu total Elapsed time for the activity being reported, exclusive of terminal I/O time
SLIC cpu total Number of times that the user was time-sliced by the Model 204 scheduler
STCPU cpu total Total amount of time, in milliseconds, that the user has run in an MP offload subtask
STDEQ cpu total Number of times that an MP subtask took a unit of work from an MP subtask queue and processed it
ZTCPU cpu total The CPU (ms) consumed on a zIIP processor by the MAINTASK, an MP subtask or a zIIP subtask. Reported for each task at Model 204 termination and in MONITOR TASKS output (for Model 5 terminals only)
ZTDEQ cpu total The number of times that a zIIP subtask took a unit of work from a zIIP subtask queue and processed it
BACKOUTS data total Number of BACKOUTs
BADD data total Number of fields added to Table B
BCHG data total Number of fields changed in Table B
BDEL data total Number of fields deleted from Table B
BXCHNG data total Number of value entries changed in the ordered index. This occurs when a record number is added to or removed from an existing value entry.
BXFIND data total Number of ordered index searches to locate field name=value pairs in the ordered index
BXINSE data total Number of new value entries inserted into the ordered index
BXSPLI data total Number of Table D pages (nodes) split in the ordered index
COMMITS data total Number of COMMITs
DIRRCD data total Number of records searched in direct searches of Table B
FINDS data total Number of FIND statements evaluated
IXADD data total Number of index entries added to Tables C and D, including attempts to add duplicates
IXDEL data total Number of entries deleted from Tables C and D
PREIMAGE data total Preimage writes
RECADD data total Number of records started in Table B, not including extension records
RECDS data total Number of records processed by FOR statements, SORT statements, IFGET calls, or IFPOINT calls, or similar SQL record processing
SORTS data total Number of SOUL SORT statements or SQL sorts evaluated
STRECDS data total Number of records processed by SORT statements or SQL sorts
UPDTTIME(MS) data total Number of milliseconds that a file was being updated UPT(MS) appears as the column header for this statistic on a report
ECCALL image total Number of External Call Facility calls
ECCNCT image total External Call Facility - Elapsed time for external program
ECCPU image total ECF module CPU time
ECLOAD image total Number of EXTERNAL LOAD calls to External Call Facility
IMGCBYTR image total Number of bytes of data received from Imagine Transparency brokers for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or service programs
IMGCBYTS image total Number of bytes of data sent to Imagine Transparency brokers for for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or IMGCBYTS service programs
IMGCCPU image total Number of seconds of CPU used by Imagine Transparency brokers for calls to non-transparency code running on the broker (rate or total). The calls can be for transpiled SOUL or COBOL code, or service programs
IMGCREQ image total Number of requests sent from M204 to a broker for calls to non-transparency code running on the brokers (rate or total). This is essentially the number of interactions between M204 and the brokers for non-transparency processing (transpiled code and service programs)
IMGCWT image total Number of seconds spent by M204 waiting for a response from the Imagine Transparency brokers for non-transparency requests (transpiled code and service programs) (rate or total). IMGCWT is composed of IMGCCPU (CPU time used on the broker), IMGCWTD (time the broker spent waiting for the Imagine DatabaseStore, mostly for finds and commits), and everything else. The most likely cause of "everything else" is network delays
IMGCWTD image total Number of seconds spent by Imagine Transparency brokers waiting for the Imagine DatabaseStore for non-transparency requests (transpiled code and service programs), mostly for finds and commits (rate or total)
IMGTBYTR image total Number of bytes of data received from Imagine Transparency brokers for transparency requests (rate or total)
IMGTCPU image total Number of seconds of CPU used by Imagine Transparency brokers for transparency requests (rate or total)
IMGTFDH image total Number of finds against Imagine files that could be serialized for duplicate find testing and a duplicate find was found (rate or total). Since Imagine guarantees identical results for identical finds in the same transaction (if no candidate files were updated) the result of the previous find can be used in the case of a duplicate, eliminating an interaction with the broker and all the overhead that entails. The H in IMGTFDH stands for Hits. It can be useful to compare IMGTFDH with IMGTFND (finds sent to the broker) to determine the percentage of finds that were essentially optimized away as duplicates
IMGTFDR image total Imagine transparency cache refinds
IMGTFDU image total Number of finds against Imagine files that could be serialized for duplicate find testing, and a duplicate find was found, but could not be used because one or more files in the find had been updated since the previous find (rate or total). In such a case, the find must be sent to the broker to be reprocessed
IMGTFND image total Number of finds against Imagine files that were sent to the broker to be processed (rate or total). This does not include duplicate finds whose results could be reused on M204 (counted by IMGTFDH)
IMGTREC image total Number of Imagine records sent from the broker to M204 (rate or total). This includes "prefetched" records that are counted by IMGTRECP
IMGTRECP image total Number of Imagine records sent from the broker to M204 before they were explicitly accessed (like in a FOR RECORD LOOP), so "prefetched". One example of this is that after a find on the broker, the first IMGPREF (user parameter) records would be sent back to M204 with the find results
IMGTREQ image total Number of requests sent from M204 to a broker for transparency processing (rate or total). This is essentially the number of interactions between M204 and the brokers for transparency processing
IMGTWT image total Number of seconds spent by M204 waiting for a response from the Imagine Transparency brokers for transparency requests (rate or total). IMGTWT is composed of IMGTCPU (CPU time used on the broker), IMGTWTD (time the broker spent waiting for the Imagine DatabaseStore, mostly for finds and commits), and everything else. The most likely cause of "everything else" is network delays
IMGTWTD image total Number of seconds spent by Imagine Transparency brokers waiting for the Imagine DatabaseStore for transparency requests, mostly for finds and commits (rate or total)
DKPR io total Number of requests for a page (may not require real I/O)
DKRD io total Number of physical page reads from Model 204 files
DKWR io total Number of physical page writes to Model 204 files
IN io total Number of terminal input lines
MBO io per-run peak Highwater mark of transaction backout pages As of V7.7, with zap 77z257 applied.
MPR io per-run peak Highwater mark of transaction pre-images As of V7.7, with zap 77z257 applied.
OUT io total Number of terminal output lines
OUTPB io resource peak Highwater mark of OUTPB
SCREENS io total Total number of full-screen reads (READ SCREEN statements) evaluated by a SOUL request.
SVPAGES io total SVPAGES * 4096 is the number of bytes transferred as a result of server reads and writes
SVRD io total Number of server reads
SVWR io total Number of server writes
CCATDIFF memory total Difference between CCATEMP pages allocated and freed by a thread. This is an imperfect indicator of the number of CCATEMP pages a thread has allocated. CCATDIFF is imperfect because it is difficult to fully account for pages allocated or freed on behalf of the system or other users. However, if there is an acute CCATEMP page shortage, threads with high CCATDIFF values are likely culprits. CCATDIFF is available in Model 204 7.7 and higher.
CCATDIFH memory per-run peak High water mark of CCATDIFF in a request. This can be useful if a request allocated a lot of CCATEMP pages, causing an acute shortage but then freed those pages. CCATDIFH is available in Model 204 7.7 and later.
FSCBSW memory total Number of full-screen buffer swaps
GTBLRS memory total Number of GTBL rearrangements required to add a global object
INCLHWM memory per-run peak Include depth high water mark
MAXDAEM memory per-run peak Maximum number of daemons for the user
OBJSWAP memory total number of object swaps for Sirius objects
RETHWM memory per-run peak Record Enqueuing Table High Water Mark in bytes
FSCB tables resource peak High-water mark of bytes used in the FSCB
GTBL tables resource peak Highwater mark of GTBL
ITBL tables resource peak Highwater mark of ITBL
NTBL tables resource peak Highwater mark of NTBL
PDL tables resource peak Highwater mark of the pushdown list
QTBL tables resource peak Highwater mark of QTBL
STBL tables resource peak Highwater mark of STBL
TTBL tables resource peak Highwater mark of TTBL

Other interval statistics

Interval-level statistics outside the procedure stat dictionary; descriptions from the Model 204 wiki where available.

Stat Meaning
APSYLD Number of APSY loads
APSYLDT Number of tiny APSY loads
AUDIT Number of lines written to the journal and/or the audit trail
CNCTI not documented
CPUONZIP Total CPU time consumed in milliseconds on zIIP engines
CPUTOTZE Total CPU time consumed in milliseconds by workloads eligible for offload to zIIP engines
DEV21 not documented
DEV22 not documented
DEV5 Output lines to procedures defined during the run
DEV6 Input lines from included procedures
DEV9 Page headers or trailers defined in requests
DKAR Number of buffers allocated without page read requests
DKPRF Number of fast logical page reads. Number of DKPRs that were satisfied by pending or deferred close buffers
DKWTMICS Total wait time in microseconds for Disk I/O waits counted by DKWTS. As of V7.7, with 77z339 applied
DKWTS Number Disk I/O waits As of V7.7, with 77z339 applied
ECMODMAX ECF – Highwater mark of modules loaded
ECNAMMAX External Call Facility – High-water mark of call names defined
ECTSKMAX External Call Facility – High-water mark of subtasks active
IMGBKIUH not documented
IMGCMT not documented
IMGCMTS not documented
IMGTBYTS Number of bytes of data sent to Imagine Transparency brokers for transparency requests (rate or total)
IMGTFDS Number of finds against Imagine files that could be serialized for duplicate find testing (rate or total). A find might not be serializable if it is too complicated or references too many files (in a group). Any find that can't be serialized must be sent to the broker to be processed, even if an identical find has already been done in the same transaction
IMGTRAN not documented
INTTY not documented
INXX Input lines from QSAM users (IODEV 3)
JBLKS not documented
JSCREENS Counts the number of times Janus Web incremented the SCREENS statistic. Since these may occur outside of request context, they would not necessarily have corresponding Since-Last statistics.
LKPOST Times an MP subtask posted another task to indicate that an MP lock had become available
LKWAIT Times MP subtasks invoked z/OS WAIT macros to wait for an available MP lock
MOVE Number of times the scheduler switched from one user to another
MPLKWTIM Total elapsed time in milliseconds, across the maintask and all subtasks, the Online spent waiting for MP locks Only collected in MP/204 systems.
MTDEQ The number of times that the MAINTASK took a unit of work from the MAINTASK queue and processed it
MTSDEQ The number of times that the MAINTASK took a unit of work from an MP subtask queue and processed it because the MAINTASK was idle
MTZDEQ The number of times that the MAINTASK took a unit of work from a zIIP subtask queue and processed it because the MAINTASK was idle
OUTTTY not documented
OUTXX Output lines to QSAM users (IODEV 3)
REQ Number of SOUL requests evaluated
SFTRSTRT number of soft restarts.
STIMERS Total number of STIMER or STIMERM calls
STPOST Times MP subtasks performed real operating system POSTs to send work to the maintask
STWAIT Number of times MP subtasks invoked z/OS WAIT macros to wait for work from the maintask
STZDEQ Number of times that an MP subtask took a unit of work from a zIIP subtask queue and processed it because the MP subtask was idle
SWT Times Model 204 issued a real WAIT while not in user-switching mode
TEMX Highwater mark of CCATEMP pages used in the expansion area
TFMX Highwater mark of CCATEMP pages used
TSMX Highwater mark of CCATEMP pages used in the small model page pool
UPDUNITS not documented
WAIT Number of real operating system waits
screens not documented

Configuration

ccain

Parameter Value
ACCTIM 480
AMPSUBS 2
AMPSUBZ 1
APSYSEC 1
CFRLOOK 1
COMEND X'6F61'
COMPERR 1
COMPOPT X'0F'
COMPOPT 7
COMSTART X'0101'
COMSTART X'616F'
CPMAX 1
CPTIME 2
CRFSCHNL FSKHA
CRIOCHNL IOKHA
CUSTOM 10
D$ONEOF X'61'
DEBUGMAX 10
DEBUGOPT X'80'
DEBUGOPT X'E0'
DEBUGPAG 20000
DEBUGPAG 1000
DEBUGPAG 20000
DSPOPT 0
DTSFN DMU.UPDT.DTS
ECISUBS 1
ECMSUBS 50
ERRMSGL 256
FSOUTPUT 1
FUNMTASK 1
FUNTSKN 2
GTBLHASH 7
GTBLPCT 75
HDRCTL 1
HTLEN 220
IFAMCHNL IFAMKHA
LANGUSER US
LAUDPROC 100
LECHO 0
LENQTBL 500
LFSCB 120000
LFTBL 400000
LGTBL 400000
LGTBL 2000
LINEND X'5E'
LITBL 100
LNTBL 18000
LNTBL 1000
LOGADD 20
LOUTPB 20000
LPDLST 8000
LQTBL 70000
LQTBL 2200
LRETBL 40000
LRETBL 4000
LSTBL 60000
LSTBL 480000
LTTBL 2000
LVTBL 58000
LVTBL 1300
MAXBUF 600
MAXDAEM 30
MAXHDR 7
MAXINCL 22
MAXTRL 7
MBSCAN -1
MCPU 300000
MINBUF 600
NCMPBUF 2
NCMPBUF 2
NDCBS 1600
NDCBS 300
NDIR 300
NDIR 1600
NECBS 32
NFILES 135
NFILES 1600
NGROUP 60
NGROUP 10
NMPSUBS 2
NMPSUBZ 1
NORQS 10
NRMTFILE 40
NRMTLOCS 10
NSERVS 6
NSUBTKS 20
NUMBUFG 20000
NUSERS 61
OUTLPP 56
PERFOPT2 1
RCVOPT 9
RESLTHR 3
RESSIZE 1000000
RESTHRSH 4
RETRVBUF 1008
RETRVKEY 6
RETRVOPT 7
RPTCNT 0
SCANTIME 60
SCHDOPT 4
SCRNSTBL 16000
SDAEMDEV 15
SDEBGUIP 8081
SDEBWRKP 6997
SERVSIZE 700000
SERVSIZE 6000000
SESDEFOW 2
SESNPRV 400
SESNPUB 400
SESUMAX 100
SIRAPSYF 7
SIRAPSYF 7
SIRCOMP 6
SIREDIT X'53'
SIRFACT X'F9'
SIRFACT X'C1'
SIRMSG 2
SIRPRMPT 1
SIRTERM 3
SMPLTIM 0
SNAPCTL 40
SNAPLIM 1
SPCORE 120000
SQLBUFSZ 1000
SRSDEFTO 900
SRSMAXTO 3600
SRSMAX 1000
TCPTYPE IBM
TEMPPAGE 10000
TEMPPAGE 150000
TNDEV 21
UFEOHASH 1021
VTAMNAME KHA
VTYPE UNDEFINED
WEBAUDIT X'FF'
XMEMOPT 2
XMEMSVC 2220

execute

Parameter Value
LIBUFF 2000
NJBUFF 27
RESTARTU 1
SIRFUNC 1
SIRTUNE 0
SYSOPT 187
SYSOPT 187

Journal data

Item Total
blocks 54,329
bytes 287,861,997
records 5,747,242
Type Name Total Avg length
4 RF Open/Close file 3,707,534 36
13 Audit trail text 1,551,423 69
11 Audit trail text 381,274 68
0 Block trailer 54,329 12
9 User statistics 22,190 653
10 File statistics 13,953 242
6 RF File update 4,098 65
5 RF Checkpoint 3,545 24
2 RF Begin update unit 3,508 25
3 RF End update unit 3,508 21
1 RF Discontinuity 1,789 28
8 System statistics 90 381
12 Initialization 1 30

Lookup performance

Table Entries Lookups Mean Std dev
procedures 450 17,806 0.05 0.25
files 1,047 18,284 0.47 0.68
subsystems 10 18,294 0.02 0.15
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