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   SRMBK DSECT
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 NAME       : HCPSRMBK
 DESCRIPTION: SYSTEM RESOURCE MANAGEMENT BLOCK
 DSECT      : SRMBK
 FUNCTION   : HCPSRMBK CONTAINS POINTERS AND PARAMETERS USED BY THE
              SYSTEM RESOURCE MANAGER (SCHEDULER) IN THE MAINTENANCE
              OF USER LISTS AND CALCULATION OF THE VARIOUS SCHEDULING
              PARAMETERS.
 LOCATED BY : SYSSCH    FIELD OF HCPSYSCM
 CREATED BY : HCPISR    DURING SYSTEM INITIALIZATION
 DELETED BY : NEVER DELETED
 RELOCATION CONSIDERATIONS : None
 
 
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Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure SRMBK SYSTEM RESOURCE MANAGEMENT BLOCK THIS CONTROL BLOCK CONTAINS POINTERS AND PARAMETERS USED BY THE SYSTEM RESOURCE MANAGER (SCHEDULER) IN THE MAINTENANCE OF USER LISTS AND CALCULATION OF VARIOUS SCHEDULING PARAMETERS. USER SCHEDULING LIST ANCHORS USERS IN THE ELIGIBLE AND DORMANT LISTS ARE CHAINED TO EACH OTHER. THE FOLLOWING ANCHORS POINT TO THE FIRST USER ON THE CORRESPONDING LIST. IF THERE IS NO USER IN THE LIST, THE POINTER HAS A VALUE OF ZERO. THE USERS ARE DOUBLE-LINKED VIA VMDQFPNT/VMDQBPNT. 0000 0 Signed 4 SRMELIST ELIGIBLE LIST ANCHOR 0004 4 Signed 4 SRMMLIST DORMANT LIST ANCHOR The dispatch list is anchored for scheduling purposes by the System VMDBK, which is the first member of the dispatch list. 0008 8 Address 4 SRMVMTID Address of first Test-Idle VMDBK in the Dispatch List. Test-Idle users are located at the bottom of the Dispatch List, ordered by the length of time they have been Test-Idle (longest to shortest). When there are no Test-Idle users in the Dispatch List, this field points to the System VMDBK. 000C 12 Address 4 SRME1ADD Last user added to E-list, by 0010 16 Address 4 SRME2ADD class. These fields are not 0014 20 Address 4 SRME3ADD valid when the E-list is empty, and SRME2ADD, for example, may not point to an E2 user. It did once, but that user dropped from the E-list so the pointer bumped to the next VMDBK. TIMING PARAMETERS NOTES : THE ASSEMBLER CONSTRUCT 'FL8S12' IS USED TO GENERATE A FIXED-POINT NUMBER WHICH REPRESENTS A TIME VALUE (IN MICROSECONDS) IN TOD CLOCK FORMAT OR CPU TIMER FORMAT. USE OF 'FL8S12E6' IS USED WHEN SPECIFYING A TIME VALUE IN SECONDS (RATHER THAN MICROSECONDS). 0018 24 Signed 8 SRMTSLIC TIME SLICE VALUE 0020 32 Signed 8 SRMTSHOT SHORT TIME SLICE FOR HOT-SHOT DISPATCH FOR A TERMINAL USER 0028 40 Signed 8 SRMTIMIN SYSTEM SAMPLING INTERVAL ..1. 1... SRMTIMN 00004 SRMTIMIN,4 USE ONLY SECONDS PART OF SRMTIMIN 0030 48 Signed 8 SRMRVLTM Time of last DSV re-shuffle or rebalance DISPATCHER CONTROLS COUNT OF USERS IN LISTS 00000038 SRMUSERC * The following tables must follow SRMUSERC. SRMUSERC is treated as the head of a two-dimensional array: (E-list class) 0 1 2 3 ----------------- SRMCDISP | | | | | ----------------- SRMCDLDG | | | | | ----------------- SRMCELIG | | | | | ----------------- SRMCELDG | | | | | ----------------- The elements of SRMUSERC must appear in the same order as the corresponding elements in the SRMSUSRC table. This is due to the usage of these tables by HCPSTPGS. See that entry point for details. 0038 56 Signed 2 SRMCDISP Count of VMDBKs in dispatch list (Q0, Q1, Q2, Q3) 003A 58 Signed 2 SRMC1DSP Count of VMDBKs in Q1,Q2 and Q3 003C 60 Signed 2 SRMC2DSP Count of VMDBKs in Q2 and Q3 003E 62 Signed 2 SRMC3DSP Count of VMDBKs in Q3 0040 64 Signed 2 SRMCDLDG Count of loading VMDBKs in dispatch list (Q0, Q1, Q2, Q3) 0042 66 Signed 2 SRMC1DLD Count of loading VMDBKs in Q1, Q2 and Q3 0044 68 Signed 2 SRMC2DLD Count of loading VMDBKs in Q2 and Q3 0046 70 Signed 2 SRMC3DLD Count of loading VMDBKs in Q3 0048 72 Signed 2 SRMCELIG Count of VMDBKs in eligible list (E0, E1, E2, E3) 004A 74 Signed 2 SRMC1ELG Count of VMDBKs in E1, E2, E3 004C 76 Signed 2 SRMC2ELG Count of VMDBKs in E2 and E3 004E 78 Signed 2 SRMC3ELG Count of VMDBKs in E3 0050 80 Signed 2 SRMCELDG Count of loading VMDBKs in eligible list (Q0, Q1, Q2, Q3) 0052 82 Signed 2 SRMC1ELD Count of loading VMDBKs in E1, E2 and E3 0054 84 Signed 2 SRMC2ELD Count of loading VMDBKs in E2 and E3 0056 86 Signed 2 SRMC3ELD Count of loading VMDBKs in E3 00000058 SRMCUSRE * End of table 00000020 SRMCUSRL SRMCUSRE-SRMUSERC Length of table End SRMUSERC 0058 88 Signed 4 SRMCDORM COUNT OF VMDBKS IN DORMANT LIST DATA FIELDS USED BY INDICATE LOAD COMMAND 005C 92 Signed 4 SRMSPLIN SAMPLING INTERVAL 00000060 SRMSUSRC * The following tables must follow SRMSUSRC. SRMSUSRC is treated as the head of a two-dimensional array: 0 1 2 3 (E-list class) ----------------- SRMEPNFC | | | | | ----------------- SRMSDSPL | | | | | ----------------- SRMSLDDL | | | | | ----------------- SRMSELGL | | | | | ----------------- SRMSLDEL | | | | | ----------------- The elements of SRMSUSRC must appear in the same order as the corresponding elements in the SRMUSERC table. This is due to the usage of these tables by HCPSTPGS. See that entry point for details. 00000060 SRMEPNFC * Expansion factors per class 0060 96 Signed 2 SRMEPNF0 Dummy entry for indexing 0062 98 Signed 2 SRMEPNF1 Expansion factor class 1 0064 100 Signed 2 SRMEPNF2 Expansion factor class 2 0066 102 Signed 2 SRMEPNF3 Expansion factor class 3 0068 104 Signed 2 SRMSDSPL Smoothed number of users in the dispatch list (Q0) 006A 106 Signed 2 SRMSDSP1 Smoothed number of users in Q1 006C 108 Signed 2 SRMSDSP2 Smoothed number of users in Q2 006E 110 Signed 2 SRMSDSP3 Smoothed number of users in Q3 00000070 SRMSDSPE * End of table 0070 112 Signed 2 SRMSLDDL Smoothed number of loading users in the dispatch list (Q0) 0072 114 Signed 2 SRMSLDD1 Smoothed number of loading users in Q1 0074 116 Signed 2 SRMSLDD2 Smoothed number of loading users in Q2 0076 118 Signed 2 SRMSLDD3 Smoothed number of loading users in Q3 00000078 SRMSLDDE * End of table 0078 120 Signed 2 SRMSELGL Smoothed number of users in the eligible list (E0) 007A 122 Signed 2 SRMSELG1 Smoothed number of users in E1 007C 124 Signed 2 SRMSELG2 Smoothed number of users in E2 007E 126 Signed 2 SRMSELG3 Smoothed number of users in E3 00000080 SRMSELGE * End of table 0080 128 Signed 2 SRMSLDEL Smoothed number of loading users in the eligible list (E0) 0082 130 Signed 2 SRMSLDE1 Smoothed number of loading users in E1 0084 132 Signed 2 SRMSLDE2 Smoothed number of loading users in E2 0086 134 Signed 2 SRMSLDE3 Smoothed number of loading users in E3 00000088 SRMSUSRE * End of table End SRMSUSRC 0088 136 Signed 4 SRMSDORL SMOOTHED NUMBER OF USERS IN THE DORMANT LIST 008C 140 Signed 4 SRMSTORP Smoothed storage utilization percentage over eight intervals of time 0090 144 Signed 4 SRMADJL Adjunct VMDBK Linked List Linked with VMDADJL, serialized by HCPLKADJ. 0094 148 Signed 4 SRMDSVMW Dormant list users in SVM wait 0098 152 Signed 4 SRMSTEAL Instantaneous steal value used by INDICATE LOAD 009C 156 Signed 4 SRMSSTEL Smoothed 'steal' percentages over eight intervals of time Expansion Factor Fields 000000A0 SRMTDTM * 00A0 160 Signed 8 SRMTDTM1 Total d-list time, class 1 00A8 168 Signed 8 SRMTDTM2 Total d-list time, class 2 00B0 176 Signed 8 SRMTDTM3 Total d-list time, class 3 000000B8 SRMTATM * 00B8 184 Signed 8 SRMTATM1 Total active (non-dormant) time, class 1 00C0 192 Signed 8 SRMTATM2 Total active (non-dormant) time, class 2 00C8 200 Signed 8 SRMTATM3 Total active (non-dormant) time, class 3 00D0 208 Signed 8 SRMTIDLE The maximum amount of time granted to a user who goes idle in the Dispatch list before dropping it to the Dormant list SCHEDULING CONTROL FIELDS 00D8 216 Signed 4 SRMXSIZE Blocks of XSTORE available to CP 00DC 220 Signed 4 SRMSTORQ Storage required from preemption 00E0 224 Signed 4 SRMLDGFW (0) Fullword to hold number of page reads per minor time slice which constitute a 'loading user' 00E0 224 Signed 2 SRMLDGUS Integer portion of loading user designation 00E2 226 Signed 2 SRMLDGFC Fractional portion of loading user designation. this part is not used. it is here so that nothing is lost to rounding off as the fullword is adjusted. 00E4 228 Signed 4 SRMSPGRT SYSTEM CPU-PAGE READ RATIO 00E8 232 Signed 4 SRMAPGDE Average paging rate of a user in dispatch or eligible list 00EC 236 Signed 4 SRMAWSDE Average working set size of a user in dispatch or eligible list 00F0 240 Signed 4 SRMXSRTE Current system XSTORE page in and page out rate (smoothed by HCPSTPGS) 00F4 244 Signed 4 SRMMNPGR Minimum system paging rate used by the scheduler 00F8 248 Signed 4 SRMMXPAG Total paging capacity, in pages per second which can be deliv- ered by the paging hardware 00FC 252 Signed 4 SRMPGSRW System resource weight for paging. this is computed by HCPSTPGS whenever the system paging rate changes. It is used in eligible list priority calculation. 0100 256 Signed 8 SRMSTRD Smoothed 'time it takes to read a page'. Computed by HCPSTP using the next two fields 0108 264 Signed 4 SRMPGRLD Count of page reads by all E1 loading users 010C 268 Signed 4 SRMMAJTD High order word of TOD clock at the time of the last major PLDV reshuffle. 0110 272 Signed 8 SRMDLTLD Total d-list time for all E1 loading users The next three fields are used to calculate an 'average E1 user' WSS and Paging Rate : 0118 280 Signed 4 SRMT1WSS Total wss of all E1 users 011C 284 Signed 4 SRMT1PGR Total page rate of all E1 users 0120 288 Signed 4 SRMT1USR Count of E1 users included 0124 292 Signed 4 SRMSTSRW System resource weight for storage. This is computed by HCPSTPGS whenever the smoothed storage demand (total wss) changes. It is used in the eligible list priority calculation. 0128 296 Signed 4 * Reserved for future IBM use 012C 300 Signed 4 SRMLOTHR Low throughput value to use when SRMRTBSZ or more users in dispatch list 0000000A SRMRTBSZ 10 Number of entries in SRMRTBL 00000004 SRMRTBEL 4 Size of each entry in SRMRTBL 0130 304 Signed 4 SRMRTBL (10) R prime table for 10 or less dispatch list users. This table contains our estimate of how much resource access (service) we can give to a user, given very few dispatch list users. It is used to calculate maximum allowable eligible list delay. 00000158 SRMRTBEN * 0158 344 Signed 4 SRMRSRVP The "reserved percent". The percent, in units of CPUs to be held in reserve for the relative share users. This field is protected by the scheduler lock. 015C 348 Signed 4 SRMBIASI The "intensity" that the IABIAS parameter of the SET SRM command is currently set to. The range is 0.00-1.00. This field protected by the scheduler lock. 0160 352 Signed 2 SRMBIASD The "duration" that the IABIAS parameter of the SET SRM command is currently set to. The range is 1-100. This field is protected by the scheduler lock. 0162 354 Signed 2 * Reserved for future IBM use 0164 356 Signed 4 * RESERVED FOR IBM USE Elapsed Time Slice Variables 0168 360 Signed 8 SRME1ETS E1 elapsed time slice 0170 368 Signed 8 SRMETSMN Minimum elapsed time slice (.05 second or 50,000 microseconds) 0178 376 Signed 8 SRMETSMX Maximum elapsed time slice (16 seconds or 16,000,000 microseconds) 0180 384 Signed 4 SRMETSIN Elapsed time slice increment. This is the amount the E1 time slice is incremented whenever a user does not complete after an E1 stay. 0184 388 Signed 4 SRMETSDC Elapsed time slice decrement. This is the amount the E1 time slice is decremented when a user completes after an E1 stay. 0188 392 Bitstring 1 SRMDFB0 (0) Byte 0 of SRMDFPTR 1... .... SRMSETDF X'80' SRMSETDF Dormant scan can set SRMDFPTR 0188 392 Signed 4 SRMDFPTR Dormant list frames pointer, Serialization of this field is accomplished using the scheduler lock. This field is used by both the scheduler and demand scan. To reduce scheduler lock contention, demand scan obtains only a share of the scheduler lock to use or change it. This is ok because only one instance of demand scan can be running at a time. The scheduler and any other users (including future users) of this field must hold the scheduler lock in exclusive mode to change this field. 018C 396 Signed 4 SRMDWPTR Dormant list work pointer, Serialization of this field is accomplished using the scheduler lock. This field is used by both the scheduler and demand scan. To reduce scheduler lock contention, demand scan obtains only a share of the scheduler lock to use or change it. This is ok because only one instance of demand scan can be running at a time. The scheduler and any other users (including future users) of this field must hold the scheduler lock in exclusive mode to change this field. 00000003 SRMLSTEL 3 Last e-list class 0190 400 Signed 2 SRMETSLC (0) Elapsed time slice table Notes : E1 slice time * any SRMExETF should always be less than SRMMVESL. 0190 400 Signed 2 SRME0ETF E0 elapsed time slice factor An E0 slice is an E1 slice times this number 0192 402 Signed 2 SRME1ETF Dummy holder for indexing 0194 404 Signed 2 SRME2ETF E2 elapsed time slice factor An E2 slice is an E1 slice times this number 0196 406 Signed 2 SRME3ETF E3 elapsed time slice factor An E3 slice is an E1 slice times this number Resource Limits Notes : E-0 users are not subject to any of these quotas 00000004 SRMCTBLN 4 Number of eligible list classes, thus number of entries in each eligible list table 00000002 SRMCTBEL 2 Size of element in the eligible list tables - each are halfwords 00000001 SRMCTSHF 1 Shift by one to index into half- word count entries 00000000 SRMEZERO 0 E-0 list equate 00000001 SRMEONE 1 E-1 list equate 00000002 SRMETWO 2 E-2 list equate 00000003 SRMETHRE 3 E-3 list equate 00000000 SRMCLS0 0 Index to the e-0 class entries 00000002 SRMCLS1 1*SRMCTBEL Index to the e-1 class entries 00000004 SRMCLS2 2*SRMCTBEL Index to the e-2 class entries 00000006 SRMCLS3 3*SRMCTBEL Index to the e-3 class entries 0198 408 Signed 2 SRMLMDSP Start of dispatch user limit table. dummy entry for indxing. 019A 410 Signed 2 SRML1DSP Limit on number of users allowed in dispatch list (Q1, Q2, Q3) 019C 412 Signed 2 SRML2DSP Limit on number of users allowed in Q2 and Q3 019E 414 Signed 2 SRML3DSP Limit on number of users allowed in Q3 000001A0 SRMLEDSP * End of dispatch user limit table 00000002 SRMDSPEL 2 Size of dispatch table entry 01A0 416 Signed 2 SRMLHRDU Number of LIMITHARD users on the dispatch list 01A2 418 Signed 2 SRMD1DSP Default number of users allowed in dispatch list (Q1, Q2, Q3) 01A4 420 Signed 2 SRMD2DSP Default number of users allowed in Q2 and Q3 01A6 422 Signed 2 SRMD3DSP Default number of users allowed in Q3 01A8 424 Signed 2 SRMLMLDG Start of loading user limit table. dummy entry for indxing. 01AA 426 Signed 2 SRML1LDG Limit on number of loading users allowed in (Q1, Q2, Q3) 01AC 428 Signed 2 SRML2LDG Limit on number of loading users allowed in (Q2, Q3) 01AE 430 Signed 2 SRML3LDG Limit on number of loading users allowed in (Q3) load percentages: these values are set by set srm ldubuf command and used to determine the loadlimits, above 00000004 SRMLMTEL 4 Size of each limit field: SRMDFLDG table elements, SRMPCLDG table elements, SRMDFWSS table elements, SRMPCWSS table elements 01B0 432 Signed 4 * Reserved for IBM use 01B4 436 Signed 4 SRMDFLDG (0) Defaults to use for loading user limits 01B4 436 Signed 4 SRMD1LDG Default for E1 01B8 440 Signed 4 SRMD2LDG Default for E2 01BC 444 Signed 4 SRMD3LDG Default for E3 01C0 448 Signed 4 SRMPCLDG Start of ldg limit table. Dummy entry for indexing. 01C4 452 Signed 4 SRMP1LDG Percentage of 'load capacity' which can be taken by Q1, Q2, Q3 01C8 456 Signed 4 SRMP2LDG Percentage of load capacity for Q2 and Q3 01CC 460 Signed 4 SRMP3LDG Percentage of load capactiy for Q3 000001D0 SRMPELDG * WSS percentages: These values are set by SET SRM STORBUF command and used to determine the amount of memory which can be committed to each e-list class. The actual amount of memory each percentage repre- sents is recomputed at user add time in order to exclude locked pages 01D0 464 Signed 4 SRMWSSMN Minimum user working set size 01D4 468 Signed 4 SRMWSSMP Percentage of avialble memory which constitutes a maximum WSS 01D8 472 Signed 4 SRMXPCTG Percentage of XSTORE to use in WSS and available memory calcu- lations 01DC 476 Signed 4 SRMDFWSS (0) Defaults to use for WSS limits 01DC 476 Signed 4 SRMD1WSS Default for E1 01E0 480 Signed 4 SRMD2WSS Default for E2 01E4 484 Signed 4 SRMD3WSS Default for E3 01E8 488 Signed 4 SRMPCWSS Start of WSS limit table. Percentage of available memory which can be taken by Q0 This value is always 100% to Eliminate the test for Q0. 01EC 492 Signed 4 SRMP1WSS Percentage of available memory which can be taken by Q1, Q2, Q3 01F0 496 Signed 4 SRMP2WSS Percentage of available memory which can be taken by Q2 and Q3 01F4 500 Signed 4 SRMP3WSS Percentage of available memory which can be taken by Q3 000001F8 SRMPEWSS * When the SRME1ETS feedback mechanism is being overridden (due to lack of q1 work) the increment and decrement are set to zero. Their values are saved in the following two fields so that the increment and decrement can be restored when the feedback mechanism is turned back on again. 01F8 504 Signed 4 SRMETSVI Saves the increment (SRMETSIN). 01FC 508 Signed 4 SRMETSVD Saves the decrement (SRMETSDC). 0200 512 Signed 4 SRMMNLDC Minimum loading capacity for the system. 0204 516 Signed 4 SRMLDGCP Total 'load capacity'. This is the number of users, paging continuously, required to drive the paging hardware at its maximum rate. It is based on number of read exposures. Resource Usage Measures 0208 520 Signed 4 SRM1AVPG E1 users' average paging rate, -in pages per microsecond 00000001 SRM1MNPG 1 Minimum rate to use for E1 -users' average 020C 524 Signed 4 SRM1AVWS E1 users' average working set -size 00000001 SRM1MNWS 1 Minimum WSS to use for E1 -users' average 0210 528 Signed 4 * Reserved for IBM use 0214 532 Signed 4 SRMWSSDE Total of working set sizes for all users currently in the eligible and dispatch lists 0218 536 Signed 4 SRMPGRDE Total last-recorded paging rates of all users currently in the eligible and dispatch lists (in pages / second) 021C 540 Signed 4 SRMPGRDL Total last-recorded paging rates of all users currently in the dispatch list (in pages / second) 0220 544 Signed 4 SRMTOTST Total storage to consider when selecting VMDBKs for the d-list 0224 548 Bitstring 1 SRMBLOCK Blocked class - used when selecting VMDBKs for the d-list 0225 549 Bitstring 1 * Reserved for IBM use 0226 550 Signed 2 SRMSTDSP Smoothed Total Users in the Dispatch list (Q0, Q1, Q2, Q3) 00000005 SRMSSCAN 5 Number of VMDBKs to check in a "short scan" of the E-list. 00000032 SRMLSCAN 50 Number of VMDBKs to check in a "long scan" of the E-list. 0228 552 Signed 4 SRMHOTIN The "Hotshot Intensity". The intensity of the Hotshot boost for unsolicited terminal interrupts for a VMDBK. 022C 556 Address 4 SRMNEWVM The VMDBK in the Dormant or Eligible list which last (or just) received new work. Input to E-list scan function when there are NO new resources available in the D-list. The following values are used in the E-list Priority calc: 0230 560 Signed 4 SRMEDFF (0) Elig List Delay Factor Feedback The next 3 fullwords are feedback values for the E-list Priority calculation. They adjust the priority values by class accord- ing to systems ability to select E-list users ahead or behind schedule. 0230 560 Signed 4 SRMEDFF1 Class 1 E-list Delay Factor Fdbck 0234 564 Signed 4 SRMEDFF2 Class 2 E-list Delay Factor Fdbck 0238 568 Signed 4 SRMEDFF3 Class 3 E-list Delay Factor Fdbck 023C 572 Signed 4 SRMEDFFC Constant used to adjust each EDFF 0240 576 Dbl-Word 8 * (2) Reserved for future IBM use 0250 592 Signed 4 SRMPGWTF Paging weighting factor 0254 596 Signed 4 SRMCKVAL relative E1 ETS adjustment factor used by the E1 ETS adjustment logic in HCPSTP HOST MULTI-CPU CONTROLS 0258 600 Signed 2 * Reserved for future IBM use 025A 602 Signed 2 SRMCTSMP Count of CPUs (non-ded) that can run SYSTEMMP work (CPs + IFLs) 025C 604 Signed 4 SRMCRCPU COUNT OF CPU'S NOT IN WAIT STATE 0260 608 Signed 2 SRMMSCPU CPU ADDRESS OF MASTER-SIDE CPU 0262 610 Bitstring 1 SRMFLAGS Flag byte of system status important to the Scheduler/ Dispatcher. 1... .... SRMAWAIT X'80' SRMAWAIT Set when "Active Wait" is being used. For a description of "Active Wait", see the prolog of the HCPWAI module. .1.. .... SRMPRMPT X'40' SRMPRMPT Pre-emption required ..1. .... SRMFRSTP X'20' SRMFRSTP First pass through hcpschse for this search for users. ...1 .... SRMCKELI X'10' SRMCKELI Check the eligible list for users to add to the d-list .... 1... SRMNWRSC X'08' SRMNWRSC Set when E-list is searched for users for promotion following new resources in the D-list. .... .1.. SRMMAJRV X'04' SRMMAJRV A major reshuffle is due to recalibrate PLDV entries to a new value of SRXHIDSP. .... ..1. SRMLMCNS X'02' SRMLMCNS The consumption method should be used to limit a LIMITHARD guest. If off, use the old deadline method. .... .... SRMCLEAR 0 SRMCLEAR FLAG CLEARING EQUATE 0263 611 Signed 1 SRMTIDCT Tolerance of Test-Idle lack of use before Test-Idle is no longer used for a VMDBK. 0264 612 Address 4 SRMMSPFX Master's prefix page address 0268 616 Signed 4 * Reserved for future IBM use 026C 620 Signed 4 SRMSTPTB Pointer to STP's smoothing table 0270 624 Bitstring 8 SRMMVESL Maximum Elapsed Timeslice. Required only for users whose ETS is calculated proportional to their Working Set Size. 0278 632 Signed 4 SRMWSSDL Start of total Working Set Size table. Sum of WSS's for all users (Q0 Q3) currently in the dispatch list. 027C 636 Signed 4 SRMWSSD1 Sum of WSS's for all Q1, Q2, and Q3 users currently in the dispatch list. 0280 640 Signed 4 SRMWSSD2 Sum of WSS's for all Q2 and Q3 users currently in the dispatch list. 0284 644 Signed 4 SRMWSSD3 Sum of WSS's for all Q3 users currently in the dispatch list. 0288 648 Signed 4 SRMWSSLG Start of largest user that can fit into storage by class table. Equivalent to total unused storage available per class. Used to determine if a user should be allowed into the dispatch list. First entry is for indexing only since class 0 users are always allowed in the dispatch list. 028C 652 Signed 4 SRMWSSL1 Largest E1 user that can fit into storage = total unused Q1 storage 0290 656 Signed 4 SRMWSSL2 Largest E2 user that can fit into storage = total unused Q2 storage 0294 660 Signed 4 SRMWSSL3 Largest E3 user that can fit into storage = total unused Q3 storage 00000004 SRMWSSEL 4 Size of an entry for the SRMWSSDL and SRMWSSLG (also SRMPCWSS) tables 0298 664 Signed 4 SRMCTGRW Count drops for growth limit. 029C 668 Signed 4 SRMCTLCK Count drops for LockShot end. 02A0 672 Signed 4 SRMCTPRM Count drops for preemption. 02A4 676 Signed 4 * Reserved for future IBM use 02A8 680 Signed 8 SRMPGLIF Average page life (the time it takes to turn over all of main storage once at the current pag- ing rate). Units are TOD. Adjunct List Lock 02B0 688 Dbl-Word 8 SRMALOCK (6) Adjunct List Lock *******WARNING: THIS AREA IS MAPPED BY THE SYNBK COPY FILE. *******THE AREA MUST BE 6 DOUBLE WORDS. Notes : The field SRMTODSV (below) has been placed adjacent to the the scheduler lock (SRMSLOCK above) with the intent of having both fields occupy the same storage cache-block. SRMTODSV is tested in the dispatcher (a high frequency path) after the scheduler lock has been obtained. By placing both fields in the same cache block we will reduce the number of cache misses. 02E0 736 Signed 8 SRMTODSV TOD clock time when last retrieved for scheduler. 02E8 744 Signed 8 SRMTODUS TOD clock time when the last CPU usage interval started 02F0 752 Dbl-Word 8 * (3) Reserved for future IBM use 0308 776 Signed 4 * Reserved for future IBM use 030C 780 Address 4 * Reserved for IBM use 0310 784 Signed 8 SRMMAJAT Value of SRMATOD for the primary real CPU type at the time of the last major PLDV reshuffle The next several fields are part of a mechanism for tracking how far ahead or behind their eligible list deadlines users are when they get moved to the dispatch list. This allows us to forecast more accurately how long they are remaining in the eligible list, and whether or not we should steal a user's pages when putting him in the eligible list. 0318 792 Signed 8 SRMDLYTM Time of next update of the SRMDLYEL table. 0320 800 Dbl-Word 8 SRMDLYEL (0) Start of table of delays (with respect to E-list deadline) that users are encountering when entering dispatch list. Positive values represent delays. Negative represents early entry. 0320 800 Signed 8 SRMDLYE0 E0 delay. (Probably always 0.) 0328 808 Signed 8 SRMDLYE1 E1 delay. Units are TOD. 0330 816 Signed 8 SRMDLYE2 E2 delay. Units are TOD. 0338 824 Signed 8 SRMDLYE3 E3 delay. Units are TOD. .... ..11 SRMDLYEX 3 SRMDLYEX Shift for indexing SRMDLYEL. 00000340 SRMDLYEZ * End of the table. 0340 832 Signed 4 SRMCONLL Total count of users on the limit lists of all SRXBK's. This is the sum of all SRXCONLL's Serialized by the sched lock. The following 3 fields contain the calculated ideal MDC size for main storage for the last 3 intervals (see STP) 0344 836 Signed 4 SRMSISZ1 MDC storage target size calculated last interval 0348 840 Signed 4 SRMSISZ2 MDC storage target size calculated interval before last 034C 844 Signed 4 SRMSISZ3 MDC storage target size calculated interval before that The following 3 fields contain the calculated ideal MDC size for XSTORE for the last 3 intervals (see STP) 0350 848 Signed 4 SRMXISZ1 MDC XSTORE target size calculated last interval 0354 852 Signed 4 SRMXISZ2 MDC XSTORE target size calculated interval before last 0358 856 Signed 4 SRMXISZ3 MDC XSTORE target size calculated interval before that 035C 860 Signed 4 SRMMSNDX PFXINDEX value of master proc The following 4 fields are bit masks for which each real processor has a corresponding unique bit 0360 864 Dbl-Word 8 SRMDCPUM Dedicated processor bit mask 0368 872 Dbl-Word 8 SRMCPUWT Mask of CPUs in wait state This field was formerly known as SRMWTCPU. 0370 880 Dbl-Word 8 SRMLCPUA Mask containing the logical CPU ids (PFXLCPUA) of CPUs which are online and non-dedicated. This is the logical OR of SRXLCPUA for all processor types. Serialized by the sched lock. 0378 888 Dbl-Word 8 SRMPKMSK Mask containing the logical CPU ids (PFXLCPUA) of parked CPUs. This is the logical OR of SRXPKMSK for all processor types. Serialized by the sched lock. The following field is used to decide whether parking processors is advantageous to eliminate Control Program overhead such as lock contention. 0380 896 Signed 4 SRMTVCRL T/V Critical Value. This is used as a low threshold to decide whether a projected T/V ratio for the next interval is high enough that the processor parking algorithm should be adjusted to limit parking of extra processors. Expressed as a scaled number where x'00010000' = 1.0. 0384 900 Signed 4 SRMTVCRH T/V Critical Value. This is used as a high threshold to decide whether a projected T/V ratio for the next interval is low enough that the processor parking algorithm should be adjusted to limit parking of extra processors. Expressed as a scaled number where x'00010000' = 1.0. 0388 904 Dbl-Word 8 * (7) Reserved for future IBM use The following fields are used together as a table that may be indexed by processor type (VMDDSPTY). They must remain contiguous! 03C0 960 Signed 4 SRMXTBL (0) Table of SRXBK indices 03C0 960 Address 4 SRMXCP Pointer to SRXBK for type CP 03C4 964 Address 4 * Unused 03C8 968 Address 4 SRMXZAAP Pointer to SRXBK for type zAAP 03CC 972 Address 4 SRMXIFL Pointer to SRXBK for type IFL 03D0 976 Address 4 SRMXICF Pointer to SRXBK for type ICF 03D4 980 Address 4 SRMXZIIP Pointer to SRXBK for type zIIP .... .11. SRMXCNT 6 SRMXCNT Count of entries in SRMXTBL END OF SRMXTBL TABLE SCHEDULER LOCK 03D8 984 Dbl-Word 8 SRMSLOCK (6) SCHEDULER LOCK 0408 1032 Dbl-Word 8 * (12) Spin lock extension area See SYNBX DSECT in HCPSYNBK COPY. *******WARNING: THIS AREA IS MAPPED BY THE SYNBK COPY FILE. *******THE AREA MUST BE 6 DOUBLE WORDS PLUS THE CONTINGUOUS *******EXTENSION AREA WHICH IS REQUIRED FOR ANY SPIN LOCK *******THAT CAN BE SHARED. ATOD LOCK 0468 1128 Dbl-Word 8 SRMATDLK (6) ATOD lock. This lock serializes updates to SRMATOD, SRMATOD2, and SRMLODSP. This is an exclusive only lock that requires at least a share of the scheduler lock to already be held. *******WARNING: THIS AREA IS MAPPED BY THE SYNBK COPY FILE. *******THE AREA MUST BE 6 DOUBLE WORDS. 0498 1176 Signed 4 SRMRSHFSQ Reshuffle sequence number which is incremented each time a reshuffle operation occurs. Miscellaneous Equates 00000008 SRMSCL8 8 For 8-bit scaling (multi-purpose). 00000094 SRMSIZE (*-SRMBK+7)/8 SRMBK SIZE IN DOUBLE WORDS
 
 
  SRMBK Storage Layout Top of page
 
          
*** SRMBK - SYSTEM RESOURCE MANAGEMENT BLOCK
*
*     +---------------------------+---------------------------+
*   0 |         SRMELIST          |         SRMMLIST          |
*     +---------------------------+---------------------------+
*   8 |         SRMVMTID          |         SRME1ADD          |
*     +---------------------------+---------------------------+
*  10 |         SRME2ADD          |         SRME3ADD          |
*     +---------------------------+---------------------------+
*  18 |                       SRMTSLIC                        |
*     +-------------------------------------------------------+
*  20 |                       SRMTSHOT                        |
*     +-------------------------------------------------------+
*  28 |                       SRMTIMIN                        |
*     +-------------------------------------------------------+
*  30 |                       SRMRVLTM                        |
*     +-------------+-------------+-------------+-------------+
*  38 |  SRMCDISP   |  SRMC1DSP   |  SRMC2DSP   |  SRMC3DSP   |
*     +-------------+-------------+-------------+-------------+
*  40 |  SRMCDLDG   |  SRMC1DLD   |  SRMC2DLD   |  SRMC3DLD   |
*     +-------------+-------------+-------------+-------------+
*  48 |  SRMCELIG   |  SRMC1ELG   |  SRMC2ELG   |  SRMC3ELG   |
*     +-------------+-------------+-------------+-------------+
*  50 |  SRMCELDG   |  SRMC1ELD   |  SRMC2ELD   |  SRMC3ELD   |
*     +-------------+-------------+-------------+-------------+
*  58 |         SRMCDORM          |         SRMSPLIN          |
*     +-------------+-------------+-------------+-------------+
*  60 |  SRMEPNF0   |  SRMEPNF1   |  SRMEPNF2   |  SRMEPNF3   |
*     +-------------+-------------+-------------+-------------+
*  68 |  SRMSDSPL   |  SRMSDSP1   |  SRMSDSP2   |  SRMSDSP3   |
*     +-------------+-------------+-------------+-------------+
*  70 |  SRMSLDDL   |  SRMSLDD1   |  SRMSLDD2   |  SRMSLDD3   |
*     +-------------+-------------+-------------+-------------+
*  78 |  SRMSELGL   |  SRMSELG1   |  SRMSELG2   |  SRMSELG3   |
*     +-------------+-------------+-------------+-------------+
*  80 |  SRMSLDEL   |  SRMSLDE1   |  SRMSLDE2   |  SRMSLDE3   |
*     +-------------+-------------+-------------+-------------+
*  88 |         SRMSDORL          |         SRMSTORP          |
*     +---------------------------+---------------------------+
*  90 |         SRMADJL           |         SRMDSVMW          |
*     +---------------------------+---------------------------+
*  98 |         SRMSTEAL          |         SRMSSTEL          |
*     +---------------------------+---------------------------+
*  A0 |                       SRMTDTM1                        |
*     +-------------------------------------------------------+
*  A8 |                       SRMTDTM2                        |
*     +-------------------------------------------------------+
*  B0 |                       SRMTDTM3                        |
*     +-------------------------------------------------------+
*  B8 |                       SRMTATM1                        |
*     +-------------------------------------------------------+
*  C0 |                       SRMTATM2                        |
*     +-------------------------------------------------------+
*  C8 |                       SRMTATM3                        |
*     +-------------------------------------------------------+
*  D0 |                       SRMTIDLE                        |
*     +---------------------------+---------------------------+
*  D8 |         SRMXSIZE          |         SRMSTORQ          |
*     +-------------+-------------+---------------------------+
*  E0 |  SRMLDGUS   |  SRMLDGFC   |         SRMSPGRT          |
*     +-------------+-------------+---------------------------+
*  E8 |         SRMAPGDE          |         SRMAWSDE          |
*     +---------------------------+---------------------------+
*  F0 |         SRMXSRTE          |         SRMMNPGR          |
*     +---------------------------+---------------------------+
*  F8 |         SRMMXPAG          |         SRMPGSRW          |
*     +---------------------------+---------------------------+
* 100 |                       SRMSTRD                         |
*     +---------------------------+---------------------------+
* 108 |         SRMPGRLD          |         SRMMAJTD          |
*     +---------------------------+---------------------------+
* 110 |                       SRMDLTLD                        |
*     +---------------------------+---------------------------+
* 118 |         SRMT1WSS          |         SRMT1PGR          |
*     +---------------------------+---------------------------+
* 120 |         SRMT1USR          |         SRMSTSRW          |
*     +---------------------------+---------------------------+
* 128 |///////////////////////////|         SRMLOTHR          |
*     +---------------------------+---------------------------+
* 130 |                                                       |
*     =                       SRMRTBL                         =
*     |                                                       |
*     +---------------------------+---------------------------+
* 158 |         SRMRSRVP          |         SRMBIASI          |
*     +-------------+-------------+---------------------------+
* 160 |  SRMBIASD   |/////////////|///////////////////////////|
*     +-------------+-------------+---------------------------+
* 168 |                       SRME1ETS                        |
*     +-------------------------------------------------------+
* 170 |                       SRMETSMN                        |
*     +-------------------------------------------------------+
* 178 |                       SRMETSMX                        |
*     +---------------------------+---------------------------+
* 180 |         SRMETSIN          |         SRMETSDC          |
*     +---------------------------+---------------------------+
* 188 |         SRMDFPTR          |         SRMDWPTR          |
*     +-------------+-------------+-------------+-------------+
* 190 |  SRME0ETF   |  SRME1ETF   |  SRME2ETF   |  SRME3ETF   |
*     +-------------+-------------+-------------+-------------+
* 198 |  SRMLMDSP   |  SRML1DSP   |  SRML2DSP   |  SRML3DSP   |
*     +-------------+-------------+-------------+-------------+
* 1A0 |  SRMLHRDU   |  SRMD1DSP   |  SRMD2DSP   |  SRMD3DSP   |
*     +-------------+-------------+-------------+-------------+
* 1A8 |  SRMLMLDG   |  SRML1LDG   |  SRML2LDG   |  SRML3LDG   |
*     +-------------+-------------+-------------+-------------+
* 1B0 |///////////////////////////|         SRMD1LDG          |
*     +---------------------------+---------------------------+
* 1B8 |         SRMD2LDG          |         SRMD3LDG          |
*     +---------------------------+---------------------------+
* 1C0 |         SRMPCLDG          |         SRMP1LDG          |
*     +---------------------------+---------------------------+
* 1C8 |         SRMP2LDG          |         SRMP3LDG          |
*     +---------------------------+---------------------------+
* 1D0 |         SRMWSSMN          |         SRMWSSMP          |
*     +---------------------------+---------------------------+
* 1D8 |         SRMXPCTG          |         SRMD1WSS          |
*     +---------------------------+---------------------------+
* 1E0 |         SRMD2WSS          |         SRMD3WSS          |
*     +---------------------------+---------------------------+
* 1E8 |         SRMPCWSS          |         SRMP1WSS          |
*     +---------------------------+---------------------------+
* 1F0 |         SRMP2WSS          |         SRMP3WSS          |
*     +---------------------------+---------------------------+
* 1F8 |         SRMETSVI          |         SRMETSVD          |
*     +---------------------------+---------------------------+
* 200 |         SRMMNLDC          |         SRMLDGCP          |
*     +---------------------------+---------------------------+
* 208 |         SRM1AVPG          |         SRM1AVWS          |
*     +---------------------------+---------------------------+
* 210 |///////////////////////////|         SRMWSSDE          |
*     +---------------------------+---------------------------+
* 218 |         SRMPGRDE          |         SRMPGRDL          |
*     +---------------------------+------+------+-------------+
* 220 |         SRMTOTST          |:BLOCK|//////|  SRMSTDSP   |
*     +---------------------------+------+------+-------------+
* 228 |         SRMHOTIN          |         SRMNEWVM          |
*     +---------------------------+---------------------------+
* 230 |         SRMEDFF1          |         SRMEDFF2          |
*     +---------------------------+---------------------------+
* 238 |         SRMEDFF3          |         SRMEDFFC          |
*     +---------------------------+---------------------------+
* 240 |///////////////////////////////////////////////////////|
*     |///////////////////////////////////////////////////////|
*     +---------------------------+---------------------------+
* 250 |         SRMPGWTF          |         SRMCKVAL          |
*     +-------------+-------------+---------------------------+
* 258 |/////////////|  SRMCTSMP   |         SRMCRCPU          |
*     +-------------+------+------+---------------------------+
* 260 |  SRMMSCPU   |:FLAGS|:TIDCT|         SRMMSPFX          |
*     +-------------+------+------+---------------------------+
* 268 |///////////////////////////|         SRMSTPTB          |
*     +---------------------------+---------------------------+
* 270 |                       SRMMVESL                        |
*     +---------------------------+---------------------------+
* 278 |         SRMWSSDL          |         SRMWSSD1          |
*     +---------------------------+---------------------------+
* 280 |         SRMWSSD2          |         SRMWSSD3          |
*     +---------------------------+---------------------------+
* 288 |         SRMWSSLG          |         SRMWSSL1          |
*     +---------------------------+---------------------------+
* 290 |         SRMWSSL2          |         SRMWSSL3          |
*     +---------------------------+---------------------------+
* 298 |         SRMCTGRW          |         SRMCTLCK          |
*     +---------------------------+---------------------------+
* 2A0 |         SRMCTPRM          |///////////////////////////|
*     +---------------------------+---------------------------+
* 2A8 |                       SRMPGLIF                        |
*     +-------------------------------------------------------+
* 2B0 |                                                       |
*     =                       SRMALOCK                        =
*     |                                                       |
*     +-------------------------------------------------------+
* 2E0 |                       SRMTODSV                        |
*     +-------------------------------------------------------+
* 2E8 |                       SRMTODUS                        |
*     +-------------------------------------------------------+
* 2F0 |///////////////////////////////////////////////////////|
*     =///////////////////////////////////////////////////////=
*     |///////////////////////////////////////////////////////|
*     +---------------------------+---------------------------+
* 308 |///////////////////////////|///////////////////////////|
*     +---------------------------+---------------------------+
* 310 |                       SRMMAJAT                        |
*     +-------------------------------------------------------+
* 318 |                       SRMDLYTM                        |
*     +-------------------------------------------------------+
* 320 |                       SRMDLYE0                        |
*     +-------------------------------------------------------+
* 328 |                       SRMDLYE1                        |
*     +-------------------------------------------------------+
* 330 |                       SRMDLYE2                        |
*     +-------------------------------------------------------+
* 338 |                       SRMDLYE3                        |
*     +---------------------------+---------------------------+
* 340 |         SRMCONLL          |         SRMSISZ1          |
*     +---------------------------+---------------------------+
* 348 |         SRMSISZ2          |         SRMSISZ3          |
*     +---------------------------+---------------------------+
* 350 |         SRMXISZ1          |         SRMXISZ2          |
*     +---------------------------+---------------------------+
* 358 |         SRMXISZ3          |         SRMMSNDX          |
*     +---------------------------+---------------------------+
* 360 |                       SRMDCPUM                        |
*     +-------------------------------------------------------+
* 368 |                       SRMCPUWT                        |
*     +-------------------------------------------------------+
* 370 |                       SRMLCPUA                        |
*     +-------------------------------------------------------+
* 378 |                       SRMPKMSK                        |
*     +---------------------------+---------------------------+
* 380 |         SRMTVCRL          |         SRMTVCRH          |
*     +---------------------------+---------------------------+
* 388 |///////////////////////////////////////////////////////|
*     =///////////////////////////////////////////////////////=
*     |///////////////////////////////////////////////////////|
*     +---------------------------+---------------------------+
* 3C0 |          SRMXCP           |///////////////////////////|
*     +---------------------------+---------------------------+
* 3C8 |         SRMXZAAP          |         SRMXIFL           |
*     +---------------------------+---------------------------+
* 3D0 |         SRMXICF           |         SRMXZIIP          |
*     +---------------------------+---------------------------+
* 3D8 |                                                       |
*     =                       SRMSLOCK                        =
*     |                                                       |
*     +-------------------------------------------------------+
* 408 |///////////////////////////////////////////////////////|
*     =///////////////////////////////////////////////////////=
*     |///////////////////////////////////////////////////////|
*     +-------------------------------------------------------+
* 468 |                                                       |
*     =                       SRMATDLK                        =
*     |                                                       |
*     +---------------------------+---------------------------+
* 498 |        SRMRSHFSQ          | 49C
*     +---------------------------+
*
*** SRMBK - SYSTEM RESOURCE MANAGEMENT BLOCK
 
 
  SRMBK Cross Reference Top of page
 
 
Symbol         Dspl Value
-------------- ---- -----
SRMADJL        0090
SRMALOCK       02B0
SRMAPGDE       00E8
SRMATDLK       0468
SRMAWAIT       0262 80
SRMAWSDE       00EC
SRMBIASD       0160
SRMBIASI       015C
SRMBLOCK       0224
SRMCDISP       0038
SRMCDLDG       0040
SRMCDORM       0058
SRMCELDG       0050
SRMCELIG       0048
SRMCKELI       0262 10
SRMCKVAL       0254
SRMCLEAR       0262 00
SRMCLS0        0196 00000000
SRMCLS1        0196 00000002
SRMCLS2        0196 00000004
SRMCLS3        0196 00000006
SRMCONLL       0340
SRMCPUWT       0368
SRMCRCPU       025C
SRMCTBEL       0196 00000002
SRMCTBLN       0196 00000004
SRMCTGRW       0298
SRMCTLCK       029C
SRMCTPRM       02A0
SRMCTSHF       0196 00000001
SRMCTSMP       025A
SRMCUSRE       0056 00000058
SRMCUSRL       0056 00000020
SRMC1DLD       0042
SRMC1DSP       003A
SRMC1ELD       0052
SRMC1ELG       004A
SRMC2DLD       0044
SRMC2DSP       003C
SRMC2ELD       0054
SRMC2ELG       004C
SRMC3DLD       0046
SRMC3DSP       003E
SRMC3ELD       0056
SRMC3ELG       004E
SRMDCPUM       0360
SRMDFB0        0188
SRMDFLDG       01B4
SRMDFPTR       0188
SRMDFWSS       01DC
SRMDLTLD       0110
SRMDLYEL       0320
SRMDLYEX       0338 03
SRMDLYEZ       0338 00000340
SRMDLYE0       0320
SRMDLYE1       0328
SRMDLYE2       0330
SRMDLYE3       0338
SRMDLYTM       0318
SRMDSPEL       019E 00000002
SRMDSVMW       0094
SRMDWPTR       018C
SRMD1DSP       01A2
SRMD1LDG       01B4
SRMD1WSS       01DC
SRMD2DSP       01A4
SRMD2LDG       01B8
SRMD2WSS       01E0
SRMD3DSP       01A6
SRMD3LDG       01BC
SRMD3WSS       01E4
SRMEDFF        0230
SRMEDFFC       023C
SRMEDFF1       0230
SRMEDFF2       0234
SRMEDFF3       0238
SRMELIST       0000
SRMEONE        0196 00000001
SRMEPNFC       005C 00000060
SRMEPNF0       0060
SRMEPNF1       0062
SRMEPNF2       0064
SRMEPNF3       0066
SRMETHRE       0196 00000003
SRMETSDC       0184
SRMETSIN       0180
SRMETSLC       0190
SRMETSMN       0170
SRMETSMX       0178
SRMETSVD       01FC
SRMETSVI       01F8
SRMETWO        0196 00000002
SRMEZERO       0196 00000000
SRME0ETF       0190
SRME1ADD       000C
SRME1ETF       0192
SRME1ETS       0168
SRME2ADD       0010
SRME2ETF       0194
SRME3ADD       0014
SRME3ETF       0196
SRMFLAGS       0262
SRMFRSTP       0262 20
SRMHOTIN       0228
SRMLCPUA       0370
SRMLDGCP       0204
SRMLDGFC       00E2
SRMLDGFW       00E0
SRMLDGUS       00E0
SRMLEDSP       019E 000001A0
SRMLHRDU       01A0
SRMLMCNS       0262 02
SRMLMDSP       0198
SRMLMLDG       01A8
SRMLMTEL       01AE 00000004
SRMLOTHR       012C
SRMLSCAN       0226 00000032
SRMLSTEL       018C 00000003
SRML1DSP       019A
SRML1LDG       01AA
SRML2DSP       019C
SRML2LDG       01AC
SRML3DSP       019E
SRML3LDG       01AE
SRMMAJAT       0310
SRMMAJRV       0262 04
SRMMAJTD       010C
SRMMLIST       0004
SRMMNLDC       0200
SRMMNPGR       00F4
SRMMSCPU       0260
SRMMSNDX       035C
SRMMSPFX       0264
SRMMVESL       0270
SRMMXPAG       00F8
SRMNEWVM       022C
SRMNWRSC       0262 08
SRMPCLDG       01C0
SRMPCWSS       01E8
SRMPELDG       01CC 000001D0
SRMPEWSS       01F4 000001F8
SRMPGLIF       02A8
SRMPGRDE       0218
SRMPGRDL       021C
SRMPGRLD       0108
SRMPGSRW       00FC
SRMPGWTF       0250
SRMPKMSK       0378
SRMPRMPT       0262 40
SRMP1LDG       01C4
SRMP1WSS       01EC
SRMP2LDG       01C8
SRMP2WSS       01F0
SRMP3LDG       01CC
SRMP3WSS       01F4
SRMRSHFSQ      0498
SRMRSRVP       0158
SRMRTBEL       012C 00000004
SRMRTBEN       0130 00000158
SRMRTBL        0130
SRMRTBSZ       012C 0000000A
SRMRVLTM       0030
SRMSCL8        0498 00000008
SRMSDORL       0088
SRMSDSPE       006E 00000070
SRMSDSPL       0068
SRMSDSP1       006A
SRMSDSP2       006C
SRMSDSP3       006E
SRMSELGE       007E 00000080
SRMSELGL       0078
SRMSELG1       007A
SRMSELG2       007C
SRMSELG3       007E
SRMSETDF       0188 80
SRMSISZ1       0344
SRMSISZ2       0348
SRMSISZ3       034C
SRMSIZE        0498 00000094
SRMSLDDE       0076 00000078
SRMSLDDL       0070
SRMSLDD1       0072
SRMSLDD2       0074
SRMSLDD3       0076
SRMSLDEL       0080
SRMSLDE1       0082
SRMSLDE2       0084
SRMSLDE3       0086
SRMSLOCK       03D8
SRMSPGRT       00E4
SRMSPLIN       005C
SRMSSCAN       0226 00000005
SRMSSTEL       009C
SRMSTDSP       0226
SRMSTEAL       0098
SRMSTORP       008C
SRMSTORQ       00DC
SRMSTPTB       026C
SRMSTRD        0100
SRMSTSRW       0124
SRMSUSRC       005C 00000060
SRMSUSRE       0086 00000088
SRMTATM        00B0 000000B8
SRMTATM1       00B8
SRMTATM2       00C0
SRMTATM3       00C8
SRMTDTM        009C 000000A0
SRMTDTM1       00A0
SRMTDTM2       00A8
SRMTDTM3       00B0
SRMTIDCT       0263
SRMTIDLE       00D0
SRMTIMIN       0028
SRMTIMN        0028 28
SRMTODSV       02E0
SRMTODUS       02E8
SRMTOTST       0220
SRMTSHOT       0020
SRMTSLIC       0018
SRMTVCRH       0384
SRMTVCRL       0380
SRMT1PGR       011C
SRMT1USR       0120
SRMT1WSS       0118
SRMUSERC       0030 00000038
SRMVMTID       0008
SRMWSSDE       0214
SRMWSSDL       0278
SRMWSSD1       027C
SRMWSSD2       0280
SRMWSSD3       0284
SRMWSSEL       0294 00000004
SRMWSSLG       0288
SRMWSSL1       028C
SRMWSSL2       0290
SRMWSSL3       0294
SRMWSSMN       01D0
SRMWSSMP       01D4
SRMXCNT        03D4 06
SRMXCP         03C0
SRMXICF        03D0
SRMXIFL        03CC
SRMXISZ1       0350
SRMXISZ2       0354
SRMXISZ3       0358
SRMXPCTG       01D8
SRMXSIZE       00D8
SRMXSRTE       00F0
SRMXTBL        03C0
SRMXZAAP       03C8
SRMXZIIP       03D4
SRM1AVPG       0208
SRM1AVWS       020C
SRM1MNPG       0208 00000001
SRM1MNWS       020C 00000001
 
This information is based on z/VM 6.3.0 Last updated on 22 May 2013 at 13:55:48 EDT.
Copyright IBM Corporation, 1990, 2013