CVT mapping

Table 1. Structure CVTFIX
`Offset`	`Offset`
`Dec`	`Hex`	`Type`	`Len`	`Name(Dim)`	`Description`
`-256`	`(-100)`	`STRUCTURE`	`0`	`CVTFIX`	`- CVTMAP-256 - PREFIX`
`-256`	`(-100)`	`CHARACTER`	`216`		`- RESERVED`
`-40`	`(-28)`	`CHARACTER`	`16`	`CVTPROD(0)`	`- SYSTEM CONTROL PROGRAM PRODUCT LEVEL.`
`-40`	`(-28)`	`CHARACTER`	`8`	`CVTPRODN`	`PRODUCT NAME OF THE CONTROL PROGRAM, EX.(SP3.2). This is maintained for compatibility reasons only. The true product name version, release, and modification level information is in the ECVT (ECVTPNAM, PVER, PREL, PMOD). This can be considered a shorthand for the offical name`
For z/OS V2R2 (HBB77A0), the value is SP7.2.2 For z/OS V2R1 (HBB7790), the value is SP7.2.1 For z/OS R13 (HBB7780), the value is SP7.1.3 For z/OS R12 (HBB7770), the value is SP7.1.2 For z/OS R11 (HBB7760), the value is SP7.1.1 For z/OS R10 (HBB7750), the value is SP7.1.0 For z/OS R9 (HBB7740), the value is SP7.0.9 For z/OS R8 (HBB7730), the value is SP7.0.8 For z/OS R7.1 (JBB772S), the value is SP7.S.7 For z/OS R7 (HBB7720), the value is SP7.0.7 For z/OS R6.1 (JBB77S9), the value is SP7.S.6 For z/OS R6 (HBB7709), the value is SP7.0.6 For z/OS R5 (HBB7708), the value is SP7.0.5 For z/OS R4 (HBB7707), the value is SP7.0.4 For z/OS R3 (HBB7706), the value is SP7.0.3 For z/OS R2 (HBB7705), the value is SP7.0.2 For z/OS R1 (JBB7713), the value is SP7.0.1 For OS/390 R10 (HBB7703), the value is SP6.1.0 For OS/390 R9 (JBB6609), the value is SP6.0.9 For OS/390 R8 (HBB6608), the value is SP6.0.8 For OS/390 R7 (JBB6607), the value is SP6.0.7 For OS/390 R6 (HBB6606), the value is SP6.0.6 For OS/390 R5 (HBB6605), the value is SP6.0.5 For OS/390 R4 (JBB6604), the value is SP6.0.4 For OS/390 R3 (HBB6603), the value is SP6.0.3 For OS/390 R2 (JBB6602), the value is SP6.0.2 For OS/390 R1 (HBB6601), the value is SP6.0.1 For MVS/ESA SP5.2.2 (JBB5522) the value is SP5.2.2 For MVS/ESA SPa.b.c the value is SPa.b.c
`-32`	`(-20)`	`CHARACTER`	`8`	`CVTPRODI`	`PRODUCT FMID IDENTIFIER FOR THE CONTROL PROGRAM, EX.(JBB1328).`
`-24`	`(-18)`	`CHARACTER`	`16`	`CVTVERID`	`OPTIONAL USER PERSONALIZATION OF SOFTWARE SYSTEM VERSION. (MDC415)`
`-8`	`(-8)`	`SIGNED`	`2`		`- RESERVED`
`-6`	`(-6)`	`CHARACTER`	`2`	`CVTMDL`	`- CPU NUMBER IN SIGNLESS PACKED DECIMAL, I.E., A 3090 PROCESSOR WOULD APPEAR AS X'3090'`
`-4`	`(-4)`	`CHARACTER`	`4`	`CVTRELNO(0)`	`- RELEASE NUMBER (EBCDIC)`
`-4`	`(-4)`	`CHARACTER`	`2`	`CVTNUMB`	`- RELEASE NUMBER YM2188`
`-2`	`(-2)`	`CHARACTER`	`2`	`CVTLEVL`	`- LEVEL NUMBER OF THIS RELEASE YM2188`
`END OF CVT PREFIX THE FOLLOWING LINE ESTABLISHES THE HIGHEST DEGREE OF ALIGNMENT REQUIRED IN CVT PROPER, SO THAT THE BOUNDARY ALIGNMENT IS NOT DETERMINED BY THE ENDING OFFSET OF THE PRECEDING SECTION`
`0`	`(0)`	`DBL WORD`	`8`	`(0)`	`- ESTABLISHES ALIGNMENT`
`0`	`(0)`	`X'100'`	`0`	`CVTMAP`	`"*" - CVTPTR CONTENT POINTS HERE`
`0`	`(0)`	`ADDRESS`	`4`	`CVTTCBP`	`"V(IEATCBP)" - Address of PSATNEW.`
`4`	`(4)`	`ADDRESS`	`4`	`CVT0EF00`	`"V(IEA0EF00)" - ADDRESS OF ROUTINE TO SCHEDULE ASYNCHRONOUS EXITS`
`8`	`(8)`	`ADDRESS`	`4`	`CVTLINK`	`"V(IEFLINK)" - ADDRESS OF DCB FOR SYS1.LINKLIB DATA SET. UPDATED BY CONTENTS SUPERVISION RIM. OWNERSHIP: CONTENTS SUPERVISION.`
`12`	`(C)`	`ADDRESS`	`4`	`CVTAUSCB`	`"V(IEFAUSDM)" - ADDRESS OF ASSIGN/UNASSIGN SERVICE DATA MODULE.`
`16`	`(10)`	`ADDRESS`	`4`	`CVTBUF`	`- ADDRESS OF THE BUFFER OF THE RESIDENT CONSOLE INTERRUPT ROUTINE`
`20`	`(14)`	`ADDRESS`	`4`	`CVTXAPG`	`"V(IECXAPG)" - ADDRESS OF I/O SUPERVISOR APPENDAGE VECTOR TABLE`
`24`	`(18)`	`ADDRESS`	`4`	`CVT0VL00`	`"V(IEA0VL00)" - ADDRESS OF ENTRY POINT OF THE TASK SUPERVISOR'S ADDRESS VALIDITY CHECKING ROUTINE`
`28`	`(1C)`	`ADDRESS`	`4`	`CVTPCNVT`	`"V(IECPCNVT)" - ADDRESS OF ENTRY POINT OF THE ROUTINE WHICH CONVERTS A RELATIVE TRACK ADDRESS (TTR) TO AN ABSOLUTE TRACK ADDRESS (MBBCCHHR)`
`32`	`(20)`	`ADDRESS`	`4`	`CVTPRLTV`	`"V(IECPRLTV)" - ADDRESS OF ENTRY POINT OF THE ROUTINE WHICH CONVERTS AN ABSOLUTE TRACK ADDRESS (MBBCCHHR) TO A RELATIVE TRACK ADDRESS (TTR)`
`36`	`(24)`	`ADDRESS`	`4`	`CVTLLCB`	`"V(CSVLLCB)" - ADDRESS OF THE LLCB.`
`40`	`(28)`	`ADDRESS`	`4`	`CVTLLTRM`	`"V(CSVLLTRM)" - ADDRESS OF LLA'S MEMORY TERNIMATION RESOURCE MANAGER.`
`44`	`(2C)`	`ADDRESS`	`4`	`CVTXTLER`	`"V(IECXTLER)" - ADDRESS OF ERROR RECOVERY PROCEDURE (ERP) LOADER (IECVERPL) ENTRY POINT IECXTLER (MDC349)`
`48`	`(30)`	`ADDRESS`	`4`	`CVTSYSAD`	`- UCB ADDRESS FOR THE SYSTEM RESIDENCE VOLUME (MDCXXX)`
`52`	`(34)`	`ADDRESS`	`4`	`CVTBTERM`	`"V(IEAVTRG1)" - ADDRESS OF ENTRY POINT OF THE ABTERM ROUTINE @(DCR854)`
`56`	`(38)`	`SIGNED`	`4`	`CVTDATE`	`- CURRENT DATE IN PACKED DECIMAL`
`60`	`(3C)`	`ADDRESS`	`4`	`CVTMSLT`	`"V(IEEMSER)" - ADDRESS OF THE MASTER COMMON AREA IN MASTER SCHEDULER RESIDENT DATA AREA. NOTE - USE CVTMSER INSTEAD TO ADDRESS MASTER SCHEDULER RESIDENT DATA AREA`
`64`	`(40)`	`ADDRESS`	`4`	`CVTZDTAB`	`- ADDRESS OF I/O DEVICE CHARACTERISTIC TABLE`
`68`	`(44)`	`ADDRESS`	`4`	`CVTXITP`	`"V(IECXITP)" - ADDRESS OF ERROR INTERPRETER ROUTINE`
`72`	`(48)`	`ADDRESS`	`4`	`CVT0EF01`	`"V(IEA0EF01)" ENTRY POINT IN STAGE II EXIT EFFECTOR USED BY SCHEDXIT MACRO`
`76`	`(4C)`	`SIGNED`	`4`	`CVTVPRM(0)`	`VECTOR PARAMETERS`
`76`	`(4C)`	`SIGNED`	`2`	`CVTVSS`	`VECTOR SECTION SIZE`
`78`	`(4E)`	`SIGNED`	`2`	`CVTVPSM`	`VECTOR PARTIAL SUM NUMBER`
`80`	`(50)`	`SIGNED`	`2`	`CVTEXIT`	`- An SVC 3 instruction. Exit to dispatcher. This is a programming interface for IRBs only. An IRB may return to the system by branching to this location`
`82`	`(52)`	`SIGNED`	`2`	`CVTBRET`	`- A BR 14 INSTRUCTION. RETURN TO CALLER (USED BY DATA MANAGEMENT ROUTINES)`
`84`	`(54)`	`ADDRESS`	`4`	`CVTSVDCB`	`"V(IEASVDCB)" - ADDRESS OF THE DCB FOR THE SYS1.SVCLIB DATA SET`
`88`	`(58)`	`ADDRESS`	`4`	`CVTTPC`	`"V(IEATPC)" - ADDRESS OF THE TIMER SUPERVISOR WORK AREA`
`92`	`(5C)`	`SIGNED`	`4`	`CVTFLGCS(0)`	`- Flags set by CS`
`92`	`(5C)`	`BITSTRING`	`1`	`CVTFLGC0`	`- Flags`
		`1... ....`		`CVTMULNF`	`"X'80'" - For users of IFAUSAGE, REQUEST=FUNCTIONxxx calls need not be done. This correlates to the NOMULCFUNC parameter in SMFPRMxx`
`93`	`(5D)`	`BITSTRING`	`1`	`CVTFLGC1`	`- Flags`
`94`	`(5E)`	`SIGNED`	`2`	`CVTICPID`	`- IPL'ED CPU PHYSICAL ID`
`96`	`(60)`	`CHARACTER`	`4`	`CVTCVT`	`- CVT ACRONYM IN EBCDIC (EYE-CATCHER)`
`100`	`(64)`	`ADDRESS`	`4`	`CVTCUCB`	`"V(IEECUCB)" - ADDRESS OF THE UNIT CONTOL MODULE (UCM)`
`104`	`(68)`	`ADDRESS`	`4`	`CVTQTE00`	`"V(IEAQTE00)" - ADDRESS OF THE TIMER ENQUEUE ROUTINE FOR INTERVAL TIMER`
`108`	`(6C)`	`ADDRESS`	`4`	`CVTQTD00`	`"V(IEAQTD00)" - ADDRESS OF THE TIMER DEQUEUE ROUTINE FOR INTERVAL TIMER`
`112`	`(70)`	`ADDRESS`	`4`	`CVTSTB`	`- ADDRESS OF THE I/O DEVICE STATISTICS TABLE`
`116`	`(74)`	`BITSTRING`	`1`	`CVTDCB`	`- OPERATING SYSTEM FOR S/370-XA MODE EXECUTION, CVTMVSE, CVT4MS1, CVTOSEXT, CVT6DAT, AND CVTMVS2 ARE SET ON AT CVT CREATION`
		`1... ....`		`CVTMVSE`	`"X'80'" - S/370-XA MODE EXECUTION`
		`.1.. ....`		`CVT1SSS`	`"X'40'" - OPTION 1 (PCP) SSS. ALSO, LANGUAGE COMPILERS MAY USE THIS BIT TO DETERMINE IF THEY ARE RUNNING UNDER OS OR VM (WILL BE 0 FOR OS).`
		`..1. ....`		`CVT2SPS`	`"X'20'" - OPTION 2 (MFT) SPS, OS/VS1, VSE`
		`...1 ....`		`CVT4MS1`	`"X'10'" - OPTION 4 (MVT) MS1, OS/VS2`
		`.... 1...`		`CVTOSEXT`	`"X'08'" - INDICATOR THAT THE CVTOSLVL AREA IS PRESENT AND MAY BE REFERENCED.`
		`.... .1..`		`CVT4MPS`	`"X'04'" - MODEL 65 MULTIPROCESSING`
		`.... ..1.`		`CVT6DAT`	`"X'02'" - DYNAMIC ADDRESS TRANSLATION BY CPU (OS/VS1, OS/VS2)`
		`.... ...1`		`CVTMVS2`	`"X'01'" - MULTIPLE MEMORY OPTION OF OS/VS2 IS PRESENT MDC131`
`116`	`(74)`	`X'12'`	`0`	`CVT8AOS2`	`"CVT4MS1+CVT6DAT" - OS/VS2 SYSTEM`
`117`	`(75)`	`ADDRESS`	`3`	`CVTDCBA`	`"VL3(IFBDCB)" - ADDRESS OF THE DCB FOR THE SYS1.LOGREC (OUTBOARD RECORDER) DATA SET FOR SYSTEM ENVIRONMENT RECORDING (SER)`
`120`	`(78)`	`SIGNED`	`4`	`CVTSV76M`	`- SVC 76 MESSAGE COUNT FIELD (OS/VS2) (MDC372)`
`124`	`(7C)`	`ADDRESS`	`4`	`CVTIXAVL`	`"V(IECIXAVL)" - ADDRESS OF THE I/O SUPERVISOR'S FREELIST POINTER WHICH CONTAINS THE ADDRESS OF THE NEXT REQUEST ELEMENT (OS/VS1) ADDRESS OF THE I/O SUPERVISOR'S COMMUNICATION AREA (IOCOM) (OS/VS2)`
`128`	`(80)`	`ADDRESS`	`4`	`CVTNUCB`	`- RESERVED (MDCXXX)`
`132`	`(84)`	`ADDRESS`	`4`	`CVTFBOSV`	`"V(IEWFBOSV)" - ADDRESS OF PROGRAM FETCH ROUTINE`
`136`	`(88)`	`ADDRESS`	`4`	`CVT0DS`	`"V(IEA0DS)" - ADDRESS OF ENTRY POINT OF THE DISPATCHER`
`140`	`(8C)`	`ADDRESS`	`4`	`CVTECVT`	`"V(IEAECVT)" - POINTER TO THE EXTENDED CVT`
`144`	`(90)`	`ADDRESS`	`4`	`CVTDAIRX`	`- ADDRESS OF THE 31- BIT ENTRY POINT OF IKJDAIR, TSO DYNAMIC ALLOCATION INTERFACE ROUTINE.`
`148`	`(94)`	`ADDRESS`	`4`	`CVTMSER`	`"V(IEEMSER)" - ADDRESS OF DATA AREA OF MASTER SCHEDULER RESIDENT DATA AREA`
`152`	`(98)`	`ADDRESS`	`4`	`CVT0PT01`	`"V(IEA0PT01)" - ADDRESS OF BRANCH ENTRY POINT OF POST ROUTINE`
`156`	`(9C)`	`ADDRESS`	`4`	`CVTTVT`	`- ADDRESS OF TSO VECTOR TABLE`
`160`	`(A0)`	`SIGNED`	`4`	`CVT040ID`	`- IFB040I WTO MESSAGE ID. OWNERSHIP: OUTBOARD RECORDING (OBR). SERIALIZATION: COMPARE AND SWAP.`
`164`	`(A4)`	`BITSTRING`	`4`	`CVTMZ00`	`- HIGHEST ADDRESS IN VIRTUAL STORAGE FOR THIS MACHINE @(PCC0178)`
`168`	`(A8)`	`ADDRESS`	`4`	`CVT1EF00`	`- ADDRESS OF ROUTINE WHICH CREATES IRB'S FOR EXITS`
`172`	`(AC)`	`ADDRESS`	`4`	`CVTQOCR`	`- GRAPHICS INTERFACE TASK (GFX) FIELD. ADDRESS OF SEVENTH WORD OF GFX PARAMETER LIST, IF GFX IS ACTIVE. ZERO IF GFX IS NOT ACTIVE`
`176`	`(B0)`	`ADDRESS`	`4`	`CVTQMWR`	`"V(IEFQMWR)" - ADDRESS OF THE ALLOCATION COMMUNICATION AREA (MAPPED BY IEFZB432) - CONTAINS THE ADDRESSES OF SERVICE ROUTINES AND THE CHAIN OF MOUNT AND VERIFY COMMUNICATION AREAS.`
`180`	`(B4)`	`SIGNED`	`2`	`CVTSNCTR`	`- SERIAL NUMBER COUNTER FOR ASSIGNING SERIAL NUMBERS TO NON-SPECIFIC, UNLABELED MAGNETIC TAPE VOLUMES`
`182`	`(B6)`	`BITSTRING`	`1`	`CVTOPTA`	`- OPTION INDICATORS`
		`1... ....`		`CVTCCH`	`"X'80'" - CHANNEL CHECK HANDLER (CCH) OPTION PRESENT - RECOVERY MANAGEMENT SUPPORT (RMS) XM4686`
		`.1.. ....`		`CVTAPR`	`"X'40'" - ALTERNATE PATH RETRY (APR) OPTION PRESENT - RECOVERY MANAGEMENT SUPPORT (RMS)`
		`..1. ....`		`CVTDDR`	`"X'20'" - DYNAMIC DEVICE RECONFIGURATION (DDR) OPTION PRESENT - RECOVERY MANAGEMENT SUPPORT (RMS) (OS/VS1) DDR SYSTEM-INITIATED SWAP ACTIVE (OS/VS2) MDC126`
		`...1 ....`		`CVTNIP`	`"X'10'" - NIP IS EXECUTING`
		`.... 1...`		`CVTWARNUND`	`"X'08'" WARNUND processing is in effect`
		`.... .1..`		`CVT121TR`	`"X'04',,C'X'" - DO NOT TRANSLATE EXCP V=R.`
		`.... ..1.`		`CVTASCII`	`"X'02'" - ASCII TAPE PROCESSING IS GENERATED IN THIS SYSTEM`
		`.... ...1`		`CVTXPFP`	`"X'01'" - CPU HAS EXTENDED PRECISION FLOATING POINT FEATURE`
`183`	`(B7)`	`BITSTRING`	`1`	`CVTOPTB`	`- MISCELLANEOUS FLAGS`
		`1... ....`		`CVTPROT`	`"X'80'" - CPU HAS STORE PROTECTION FEATURE (OS/VS1)`
		`.1.. ....`		`CVTCTIMS`	`"X'40'" - IF ON, HARDWARE HAS THE CLOCK COMPARATOR AND CPU TIMER FEATURE INSTALLED, AND OS/VS1 SYSGEN HAS SPECIFIED THIS FEATURE (OS/VS1) MDC127`
		`..1. ....`		`CVTTOD`	`"X'20'" - CPU HAS TIME-OF-DAY CLOCK FEATURE`
		`...1 ....`		`CVTNLOG`	`"X'10'" - SYS1.LOGREC IS UNAVAILABLE FOR ERROR RECORDING. ALWAYS SET TO ZERO FOR OS/VS1. MDC127`
		`.... 1...`		`CVTAPTHR`	`"X'08'" - NIP SETS THIS BIT TO 1 WHEN DEVICE TESTING IS COMPLETE. IF 1, I/O SUPERVISOR USES AN ALTERNATE PATH TO A DEVICE WHEN A CONDITION CODE OF 3 EXISTS. THIS BIT IS RESET TO 0 BY NIP AFTER THE LINK PACK AREA IS INITIALIZED. YM2670`
		`.... .1..`		`CVTFP`	`"X'04'" - CPU HAS FETCH PROTECTION FEATURE (OS/VS1) ICB427`
		`.... ..1.`		`CVTVS1A`	`"X'02'" - VS1 ASSIST IS AVAILABLE FOR USE (OS/VS1) (MDC353)`
		`.... ...1`		`CVTVS1B`	`"X'01'" - VS1 ASSIST SUBSET IS AVAILABLE FOR USE (OS/VS1) (MDC365)`
`184`	`(B8)`	`ADDRESS`	`4`	`CVTQCDSR`	`"V(IEAQCDSR)" - CDE SEARCH ROUTINE ADDRESS (OS/VS2)`
`188`	`(BC)`	`ADDRESS`	`4`	`CVTQLPAQ`	`"V(IEAQLPAQ)" - ADDRESS OF POINTER TO MOST RECENT ENTRY ON LINK PACK AREA CDE QUEUE (OS/VS2)`
`192`	`(C0)`	`ADDRESS`	`4`	`CVTENFCT`	`"V(IEFENFDM)" EVENT NOTIFICATION CONTROL TABLE (MDC409)`
`196`	`(C4)`	`ADDRESS`	`4`	`CVTSMCA`	`- ADDRESS OF THE SYSTEM MANAGEMENT CONTROL AREA (SMCA) IF THE SYSTEM MANAGEMENT FACILITIES (SMF) OPTION IS PRESENT IN THE SYSTEM. OTHERWISE, ZERO.`
`200`	`(C8)`	`ADDRESS`	`4`	`CVTABEND`	`"V(IEABEND)" - ADDRESS OF SECONDARY CVT FOR ABEND IN EOT (OS/VS2)`
`204`	`(CC)`	`ADDRESS`	`4`	`CVTUSER`	`- A WORD AVAILABLE TO THE USER`
`208`	`(D0)`	`ADDRESS`	`4`	`CVTMDLDS`	`- RESERVED FOR MODEL-DEPENDENT SUPPORT`
`212`	`(D4)`	`SIGNED`	`2`	`CVTQABST`	`- AN SVC 13 (ABEND) INVOCATION (OS/VS2)`
`214`	`(D6)`	`SIGNED`	`2`	`CVTLNKSC`	`- AN SVC 6 (LINK) INVOCATION`
`216`	`(D8)`	`ADDRESS`	`4`	`CVTTSCE`	`- ADDRESS OF THE FIRST TIME SLICE CONTROL ELEMENT (TSCE)`
`220`	`(DC)`	`ADDRESS`	`4`	`CVTPATCH`	`"V(IEAPATCH)" - ADDRESS OF A 200-BYTE FE PATCH AREA`
`224`	`(E0)`	`ADDRESS`	`4`	`CVTRMS`	`"V(IGFRVT)" - RECOVERY MANAGEMENT SUPPORT (RMS) COMMUNICATIONS VECTOR. ADDRESS OF A MACHINE STATUS BLOCK.`
`228`	`(E4)`	`ADDRESS`	`4`	`CVTSPDME`	`- SERVICE PROCESSOR DAMAGE MONITOR ECB.`
`232`	`(E8)`	`ADDRESS`	`4`	`CVT0SCR1`	`"V(IEC0SCR1)" - ADDRESS OF THE SECTOR CALCULATION ROUTINE FOR ROTATIONAL POSITION SENSING (RPS)`
`236`	`(EC)`	`ADDRESS`	`4`	`CVTGTF(0)`	`- GENERALIZED TRACE FACILITY (GTF) CONTROL WORD ICB312`
`236`	`(EC)`	`ADDRESS`	`1`	`CVTGTFST`	`- GTF FLAG BYTES ICB312`
		`1... ....`		`CVTGTFAV`	`"X'80'" - IF ZERO, GTF NOT ACTIVE. IF ONE, GTF ACTIVE. (OS/VS2) MDC098`
		`.1.. ....`		`CVTSPD`	`"X'40'" - SERVICE PROCESSOR DAMAGE. (1) INDICATES DAMAGE. (0) INDICATES NO DAMAGE.`
		`..1. ....`		`CVTWSPR`	`"X'20'" - WAITING FOR SERVICE PROCESSOR RESPONSE. (1) INDICATES OUTSTANDING REQUEST. (0) INDICATES NO OUTSTANDING REQUEST.`
		`.... .1..`		`CVTUSR`	`"X'04'" - TRACE=USR SPECIFIED. USER-REQUESTED TRACE DATA IS TO BE INCLUDED IN THE TRACE DATA SET. (MDC317)`
		`.... ..1.`		`CVTRNIO`	`"X'02'" - GTF IS ACTIVE AND TRACING RNIO EVENTS MDC187`
`237`	`(ED)`	`ADDRESS`	`3`	`CVTGTFA`	`"VL3(AHLHEAD)" -ADDRESS OF MAIN MONITOR CALL ROUTING TABLE, MCHEAD (OS/VS2) MDC156`
`240`	`(F0)`	`ADDRESS`	`4`	`CVTAQAVT(0)`	`- ADDRESS OF THE FIRST WORD OF THE TCAM DISPATCHER WHICH CONTAINS THE ADDRESS OF THE ADDRESS VECTOR TABLE (AVT). IF ZERO, TCAM IS NOT STARTED.`
`240`	`(F0)`	`BITSTRING`	`1`	`CVTTCMFG`	`- TCAM FLAGS`
		`1... ....`		`CVTTCRDY`	`"X'80'" - TCAM IS READY TO ACCEPT USERS`
		`.1.. ....`		`CVTLDEV`	`"X'40'" - LOCAL DEVICE ATTACHED TO TCAM (MDC357)`
		`..1. ....`		`CVTNWTCM`	`"X'20'" - MULTIPLE TCAM FEATURE ACTIVE.`
`241`	`(F1)`	`ADDRESS`	`3`	`CVTAQAVB`	`- SAME AS CVTAQAVT ABOVE`
`244`	`(F4)`	`BITSTRING`	`1`	`CVTFLAG5`	`Flags, refreshed upon error, set during NIP and never changed`
		`1... ....`		`CVTVEF`	`"X'80'" Vector Extension Facility`
		`1... ....`		`CVTZ1`	`"X'80'" Z1`
`245`	`(F5)`	`BITSTRING`	`1`	`CVTFLAG6`	`More flags`
		`1... ....`		`CVTSOLED`	`"X'80'" Solution Edition`
`246`	`(F6)`	`BITSTRING`	`1`	`CVTFLAG7`	`More flags`
`247`	`(F7)`	`BITSTRING`	`1`	`CVTFLAG8`	`More flags`
`248`	`(F8)`	`ADDRESS`	`4`	`CVTSAF`	`- ADDRESS OF ROUTER VECTOR TABLE. @(PCC0549)`
`252`	`(FC)`	`ADDRESS`	`4`	`CVTEXT1`	`- ADDRESS OF OS - OS/VS COMMON EXTENSION ICB421`
`256`	`(100)`	`ADDRESS`	`4`	`CVTCBSP`	`- ADDRESS OF ACCESS METHOD CONTROL BLOCK STRUCTURE MDC195`
`260`	`(104)`	`ADDRESS`	`4`	`CVTPURG(0)`	`- ADDRESS OF SUBSYSTEM PURGE ROUTINE ICB330`
`260`	`(104)`	`BITSTRING`	`1`		`- RESERVED - FIRST BYTE OF CVTPURG`
`261`	`(105)`	`ADDRESS`	`3`	`CVTPURGA`	`- ADDRESS OF SUBSYSTEM PURGE ROUTINE ICB330`
`264`	`(108)`	`BITSTRING`	`4`	`CVTAMFF`	`- RESERVED FOR ACCESS METHOD FLAGS ICB436`
`268`	`(10C)`	`ADDRESS`	`4`	`CVTQMSG`	`"V(IEAVMSGS)" - ADDRESS OF INFORMATION TO BE PRINTED BY ABEND. @(PCC0521)`
`272`	`(110)`	`ADDRESS`	`4`	`CVTDMSR(0)`	`- SAME AS CVTDMSRA BELOW ICB346`
`272`	`(110)`	`BITSTRING`	`1`	`CVTDMSRF`	`- OPEN/CLOSE/EOV FLAG BYTE. SETTING BOTH BIT 0 AND BIT 1 ON WILL CAUSE BOTH KINDS OF DUMPS TO BE TAKEN. THESE BITS ARE USED DURING TESTING AND DEBUGGING WHEN OTHER DEBUG METHODS ARE INEFFECTIVE. (OS/VS2) (MDC350)`
		`1... ....`		`CVTSDUMP`	`"X'80'" - SET BY COREZAP. WILL CAUSE AN SDUMP TO BE TAKEN AND IEC999I MESSAGE ISSUED FOR EVERY ABEND ISSUED WITHIN AN OPEN/CLOSE/EOV OR DADSM FUNCTION. (OS/VS2) (MDC351)`
		`.1.. ....`		`CVTUDUMP`	`"X'40'" - SET BY COREZAP. WILL CAUSE AN ABEND DUMP TO BE TAKEN FOR EVERY ABEND ISSUED WITHIN AN OPEN/CLOSE/EOV OR DADSM FUNCTION. (OS/VS2) (MDC352)`
`273`	`(111)`	`ADDRESS`	`3`	`CVTDMSRA`	`- ADDRESS OF THE OPEN/CLOSE/EOV SUPERVISORY ROUTINE IN THE NUCLEUS. THIS ROUTINE HANDLES THE ROUTING OF CONTROL AMONG THE I/O SUPPORT ROUTINES. ICB346`
`276`	`(114)`	`ADDRESS`	`4`	`CVTSFR`	`"V(IEAVTSFR)" - ADDRESS OF SETFRR ROUTINE (IEAVTSFR) (MDC414)`
`280`	`(118)`	`ADDRESS`	`4`	`CVTGXL`	`"V(CSVMEM)" - ADDRESS OF CONTENTS SUPERVISION MEMORY TERMINATION ROUTINE OWNERSHIP - CONTENTS SUPERVISION.`
`284`	`(11C)`	`ADDRESS`	`4`	`CVTREAL`	`- ADDRESS OF THE VIRTUAL STORAGE BYTE FOLLOWING THE HIGHEST V=R STORAGE ADDRESS. @(PCC1294)`
`288`	`(120)`	`ADDRESS`	`4`	`CVTPTRV`	`"V(IEAPTRV)" - ADDRESS OF PAGING SUPERVISOR GENERAL ROUTINE TO TRANSLATE 24 BIT REAL ADDRESSES TO VIRTUAL ADDRESSES.`
`292`	`(124)`	`ADDRESS`	`4`	`CVTIHVP`	`- POINTER TO IHV$COMM. INITIALIZED TO ZERO. OWNER: IHV/DATA HANDLER. SET BY: IHVSTRTM. SERIALIZATION: NONE.`
`296`	`(128)`	`ADDRESS`	`4`	`CVTJESCT`	`"V(IEFJESCT)" - ADDRESS OF JOB ENTRY SUBSYSTEM (JES) CONTROL TABLE ICB342`
`300`	`(12C)`	`BITSTRING`	`4`	`CVTRS12C`	`- RESERVED`
`304`	`(130)`	`SIGNED`	`4`	`CVTTZ`	`- Difference between local time and UTC (Coordinated Universal Time) in binary units of 1.048576 seconds. Contains the same value as CVTLDTOL. CVTLDTO (which contains CVTLDTOL) has this difference to a finer degree of accuracy.`
`308`	`(134)`	`ADDRESS`	`4`	`CVTMCHPR`	`- ADDRESS OF MACHINE CHECK PARAMETER LIST`
`312`	`(138)`	`ADDRESS`	`4`	`CVTEORM`	`- POTENTIAL REAL HIGH STORAGE ADDRESS. ONLY VALID PRE-z/Architecture. (SEE ECVTEORM IN IHAECVT).`
`316`	`(13C)`	`ADDRESS`	`4`	`CVTPTRV3`	`"V(IEAVTRV3)" - ADDRESS OF PAGING SUPERVISOR ROUTINE TO TRANSLATE REAL ADDRESSES WHICH MAY EXCEED 24 BITS TO VIRTUAL ADDRESSES.`
`320`	`(140)`	`ADDRESS`	`4`	`CVTLKRM`	`"V(IEAVLKRM)" ADDRESS OF CML LOCK RESOURCE MANAGER`
`324`	`(144)`	`ADDRESS`	`4`	`CVTAPF(0)`	`- SAME AS CVTAPFA BELOW ICB360`
`324`	`(144)`	`BITSTRING`	`1`		`- RESERVED - FIRST BYTE OF CVTAPF`
`325`	`(145)`	`ADDRESS`	`3`	`CVTAPFA`	`"VL3(IEAVTEST)" ADDRESS OF BRANCH ENTRY POINT IN AUTHORIZED PROGRAM FACILITY (APF) ROUTINE`
`328`	`(148)`	`ADDRESS`	`4`	`CVTEXT2(0)`	`- ADDRESS OF OS/VS1 - OS/VS2 COMMON EXTENSION ICB330`
`328`	`(148)`	`BITSTRING`	`1`		`- RESERVED - FIRST BYTE OF CVTEXT2`
`329`	`(149)`	`ADDRESS`	`3`	`CVTEXT2A`	`SAME AS CVTEXT2 ABOVE ICB330`
`332`	`(14C)`	`ADDRESS`	`4`	`CVTHJES(0)`	`- SAME AS CVTHJESA BELOW ICB454`
`332`	`(14C)`	`BITSTRING`	`1`		`- RESERVED - FIRST BYTE OF CVTHJES`
`333`	`(14D)`	`ADDRESS`	`3`	`CVTHJESA`	`- ADDRESS OF OPTIONAL JOB ENTRY SUBSYSTEM (JES) COMMUNICATION VECTOR TABLE ICB454`
`336`	`(150)`	`BITSTRING`	`4`	`CVTRSTW2(0)`	`- STATUS DATA FOR RESTART FLIH OWNERSHIP: RESTART FLIH SERIALIZATION: RESTART RESOURCE`
`336`	`(150)`	`BITSTRING`	`1`	`CVTRS150`	`- Reserved. Was CVTRSTCP: LOGICAL CPU ADDRESS OF TARGET OF RESTART.`
`337`	`(151)`	`BITSTRING`	`1`	`CVTRSTRS`	`- RESTART REASON.`
`338`	`(152)`	`SIGNED`	`2`	`CVTRCP2B`	`- Logical CPU address of target of the restart.`
`340`	`(154)`	`CHARACTER`	`8`	`CVTSNAME`	`SYSTEM NAME FOR CURRENT SYSTEM. OWNERSHIP: IPL/NIP. SERIALIZATION: NONE. @(PCC0452)`
`348`	`(15C)`	`ADDRESS`	`4`	`CVTGETL`	`- ADDRESS OF IKJGETL, TSO GET LINE ROUTINE (MDC206) YM2225`
`352`	`(160)`	`ADDRESS`	`4`	`CVTLPDSR`	`"V(IEAVVMSR)" - ADDRESS OF LINK PACK AREA (LPA) DIRECTORY SEARCH ROUTINE`
`356`	`(164)`	`ADDRESS`	`4`	`CVTPVTP`	`"V(IARMPVT)" - ADDRESS OF PAGE VECTOR TABLE`
`360`	`(168)`	`ADDRESS`	`4`	`CVTLPDIA(0)`	`- ADDRESS OF LINK PACK AREA (LPA) DIRECTORY (ON PAGE BOUNDARY)`
`360`	`(168)`	`BITSTRING`	`1`	`CVTDIRST`	`- FLAG BYTE`
		`1... ....`		`CVTDICOM`	`"X'80'" - LPA DIRECTORY HAS BEEN INITIALIZED BY NIP`
`361`	`(169)`	`ADDRESS`	`3`	`CVTLPDIR`	`- ADDRESS OF LINK PACK AREA (LPA) DIRECTORY (ON PAGE BOUNDARY)`
`364`	`(16C)`	`ADDRESS`	`4`	`CVTRBCB`	`- ADDRESS OF THE RECORD BUFFER'S CONTROL BLOCK`
`368`	`(170)`	`BITSTRING`	`4`	`CVTRS170`	`- RESERVED`
`372`	`(174)`	`CHARACTER`	`4`	`CVTSLIDA(0)`	`- IDENTITY OF TCB CAUSING SUPERVISOR LOCK BYTE (CVTSYLK) TO BE SET OR IDENTITY OF TCB THAT SECOND EXIT PROCESSING IS FOR WHEN CVTSEIC=1`
`372`	`(174)`	`BITSTRING`	`1`	`CVTSYLK`	`- SUPERVISOR LOCK. ONLY ENABLED TASKS MAY BE DISPATCHED`
		`1111 1111`		`CVTSYLKS`	`"X'FF'" - SET LOCK BYTE`
		`.... ....`		`CVTSYLKR`	`"X'00'" - RESET LOCK BYTE`
`373`	`(175)`	`ADDRESS`	`3`	`CVTSLID`	`- SAME AS CVTSLIDA ABOVE`
`376`	`(178)`	`SIGNED`	`4`	`CVTFLAGS(0)`	`- SYSTEM GLOBAL FLAGS`
`376`	`(178)`	`BITSTRING`	`1`	`CVTFLAG1`	`- FLAG BYTE`
		`1... ....`		`CVTRSMWD`	`"X'80'" - IF ONE REAL STORAGE MANAGER WINDOW WAS BUILT, INITIALIZED BY NIP.`
		`.1.. ....`		`CVTSVPRC`	`"X'40'" - SERVICE PROCESSOR ARCHITECTURE SUPPORTED.`
		`..1. ....`		`CVTCUSE`	`"X'20'" - CUSE. SET BY NIP`
		`...1 ....`		`CVTMVPG`	`"X'10'" - IF ONE, MOVEPAGE CAPABILITY IS PRESENT ON THIS SYSTEM. INITIALIZED BY NIP`
		`.... 1...`		`CVTOVER`	`"X'08'" - SUBPOOL OVERRIDE IS SUPPORTED. INITIALIZED BY NIP.`
		`.... .1..`		`CVTCSTR`	`"X'04'" - IF ONE, CSTRING FACILITY IS PRESENT ON THIS SYSTEM. INITIALIZED BY NIP.`
		`.... ..1.`		`CVTSUBSP`	`"X'02'" - IF ONE, SUBSPACE FACILITY IS PRESENT ON THIS SYSTEM. INITIALIZED BY NIP.`
		`.... ...1`		`CVTKPAR`	`"X'01'" - RESERVED FOR USE BY RTM ONLY. OWNERSHIP: RTM SERIALIZATION: NONE.`
`377`	`(179)`	`BITSTRING`	`1`	`CVTFLAG2`	`- FLAG BYTE`
		`1... ....`		`CVTCMPSC`	`"X'80'" - IF ONE, INDICATES PRESENCE OF MVS COMPRESSION/EXPANSION SERVICE. INITIALIZED ON. OWNERSHIP: CALLABLE SERVICES. SERIALIZATION: NONE.`
		`.1.. ....`		`CVTCMPSH`	`"X'40'" - IF ONE, INDICATES PRESENCE OF CMPSC COMPRESSION/EXPANSION HARDWARE INSTRUCTION SET BY NIP. OWNERSHIP: CALLABLE SERVICES. SERIALIZATION: NONE (UNCHANGED AFTER NIP).`
		`..1. ....`		`CVTSOPF`	`"X'20'" - IF ONE, INDICATES PRESENCE OF THE SUPPRESSION-ON-PROTECTION HARDWARE FACILITY. SET BY NIP. OWNERSHIP: SUPERVISOR CONTROL SERIALIZATION: NONE (UNCHANGED AFTER NIP).`
		`...1 ....`		`CVTBFPH`	`"X'10'" - If one, indicates presence of BFP hardware instruction set. Set by NIP. Ownership: Supervisor. Serialization: None (unchanged after NIP).`
		`.... 1...`		`CVTPER2`	`"X'08'" - If one, indicates presence of PER2 hardware on all CPUs Set by NIP. Ownership: Supervisor. Serialization: None (unchanged after NIP).`
		`.... .1..`		`CVTIQD`	`"X'04'" - If one, indicates that Internal Queued Direct Communications is supported. Set by IOS during NIP. Ownership: IOS Serialization: None (unchanged after NIP).`
		`.... ..1.`		`CVTALR`	`"X'02'" - If one, indicates ASN and LX Reuse Architecture is enabled. Set by NIP. Ownership: Supervisor. Serialization: None (unchanged after NIP).`
		`.... ...1`		`CVTEDAT`	`"X'01'" - If one, indicates that the Enhanced DAT Architecture is available Set by NIP. Ownership: Supervisor. Serialization: None (unchanged after NIP).`
`378`	`(17A)`	`BITSTRING`	`1`	`CVTFLAG3`	`- FLAG BYTE refreshed upon error, set during NIP and never changed`
		`1... ....`		`CVTESAME`	`"X'80'" -`
		`1... ....`		`CVTZARCH`	`"X'80'" - If one, indicates presence of z/Architecture hardware. Note that it is often simpler to check if PSA field FLCARCH is non-zero to determine this. Set by NIP. Ownership: Supervisor. Serialization: None (unchanged after NIP).`
		`.1.. ....`		`CVTPROCASCORE`	`"X'40'" A processor resource is viewed as a CPU Core`
		`..1. ....`		`CVTMULTICPUSPERCORE`	`"X'20'" When CvtProcAsCore is on, this indicates there are multiple CPUs defined within a CPU Core (On MT hardware). When CvtProcAsCore is off, this is always off`
		`...1 ....`		`CVTCPUASALIASTOCORE`	`"X'10'" When CvtProcAsCore is on, the term "CPU" is treated as an alias to "CORE" for D M and CF system commands. When CvtProcAsCore is off, this is always off`
`379`	`(17B)`	`BITSTRING`	`1`	`CVTFLAG4`	`- FLAG BYTE`
		`1... ....`		`CVTP001I`	`"X'80'" If one, indicates that P001 support is installed`
		`.1.. ....`		`CVTP001A`	`"X'40'" If one, indicates that the system is in P001_Active mode Ownership: IPL/NIP Serialization: SALLOC`
		`..1. ....`		`CVTZNALC`	`"X'20'" zNALC`
		`...1 ....`		`CVTDCPA`	`"X'10'" Dynamic CPU Addition is enabled`
		`.... 1...`		`CVTTX`	`"X'08'" TX support is enabled`
		`.... 1...`		`CVTP002`	`"X'08'" P002 support is enabled`
		`.... .1..`		`CVTTXC`	`"X'04'" TXC support is enabled`
		`.... .1..`		`CVTP002C`	`"X'04'" P002C support is enabled`
		`.... ..1.`		`CVTRI`	`"X'02'" RI support is enabled`
		`.... ...1`		`CVTEDAT2`	`"X'01'" EDAT2 is enabled`
`380`	`(17C)`	`ADDRESS`	`4`	`CVTRT03`	`"V(IEAVRT03)" - ADDRESS OF SRB TIMING INITIALIZATION MODULE. (MDC406)`
`384`	`(180)`	`BITSTRING`	`8`	`CVTRS180`	`- RESERVED`
`392`	`(188)`	`ADDRESS`	`4`	`CVTEXSNR`	`"V(IEEVEXSN)" - ADDRESS OF EXCESSIVE SPIN NOTIFICATION ROUTINE (MDC386)`
`396`	`(18C)`	`BITSTRING`	`1`	`CVTEXSNL`	`- SERIALIZATION BYTE FOR EXCESSIVE SPIN NOTIFICATION ROUTINE (MDC387)`
`397`	`(18D)`	`ADDRESS`	`1`	`CVTSPVLK`	`- NUMBER OF TASKS WHICH HAVE TERMINATED WHILE OWNING SUPERVISOR LOCK WITHOUT OPERATOR HAVING YET BEEN NOTIFIED`
`398`	`(18E)`	`BITSTRING`	`1`	`CVTCTLFG`	`- SYSTEM CONTROL FLAGS`
		`1... ....`		`CVTTXTE`	`"X'80'" A Transactional Execution test environment is available. When only such a test environment exists, you should not use Transactional Execution in product code. In this test environment, the limited diagnostic data available upon such failures as program interrupts may well be inadequate to debug programs`
		`1... ....`		`CVTTXJ`	`"X'80'" Not a programming interface`
		`...1 ....`		`CVTDSTAT`	`"X'10'" - DEVSTAT OPTION IN EFFECT. DEVICE ADDRESS FOR 2319, 3330, 2314, 3330-1, 3340 CAN VARY ACROSS SYSTEMS. Not a programming interface. MDC189`
		`.... 1...`		`CVTDRMOD`	`"X'08'" - Set on when DRMODE=YES was specified.`
		`.... .1..`		`CVTNOMP`	`"X'04'" - MULTIPROCESSING CODE IS NOT IN THE SYSTEM. Not a programming interface. MDC176`
		`.... ..1.`		`CVTGTRCE`	`"X'02'" - GENERALIZED TRACE FACILITY (GTF) HAS SUPPRESSED SUPERVISOR TRACE. Not a programming interface. ICB446`
		`.... ...1`		`CVTSDTRC`	`"X'01'" - SVC DUMP HAS SUPPRESSED SUPERVISOR TRACE. Not a programming interface. ICB446`
`399`	`(18F)`	`SIGNED`	`1`	`CVTAPG`	`- DISPATCHING PRIORITY OF AUTOMATIC PRIORITY GROUP (APG) MDC152`
`404`	`(194)`	`ADDRESS`	`4`	`CVTRSCN`	`"V(IEATRSCN)" - ADDRESS OF ROUTINE TO SCAN TCB TREE`
`408`	`(198)`	`ADDRESS`	`4`	`CVTTAS`	`- ADDRESS OF ROUTINE TO TRANSFER ADDRESS SPACE YM2706`
`412`	`(19C)`	`ADDRESS`	`4`	`CVTTRCRM`	`- ADDRESS POINTER OF THE SYSTEM TRACE RESOURCE MANAGER. @(DCR816)`
`416`	`(1A0)`	`ADDRESS`	`4`	`CVTSHRVM`	`- LOWEST ADDRESS OF SHARED VIRTUAL STORAGE AREA. THIS ADDRESS WILL BE THE BEGINNING OF THE COMMON SERVICE AREA (CSA) (MDC324)`
`420`	`(1A4)`	`ADDRESS`	`4`	`CVT0VL01`	`"V(IEA0VL01)" - ENTRY POINT ADDRESS OF VALIDITY CHECK ROUTINE (IEA0VL01) USED TO COMPARE PROTECT KEY OF AN ADDRESS WITH TCB PROTECT KEY`
`424`	`(1A8)`	`ADDRESS`	`4`	`CVTPPGMX`	`"V(CSVEXIT)" - ADDRESS POINTER FOR MVS/370-XA.`
`428`	`(1AC)`	`BITSTRING`	`1`	`CVTGRSST`	`- GRS status. SERIALIZATION: None.`
		`1... ....`		`CVTE51GN`	`"X'80'" - When on, global resource contention data normally reported via ENF event code 51 to listeners on this system is unavailable or incomplete.`
		`.1.. ....`		`CVTE51LN`	`"X'40'" - When on, local resource contention data normally reported via ENF event code 51 to listeners on this system is unavailable or incomplete.`
`429`	`(1AD)`	`BITSTRING`	`1`	`CVTRS1AD`	`- Reserved`
`430`	`(1AE)`	`BITSTRING`	`2`	`CVTBSM0F`	`- Return via reg 15, BSM 0,15`
`432`	`(1B0)`	`ADDRESS`	`4`	`CVTGVT`	`"V(GVT)" - ADDRESS OF THE GRS VECTOR TABLE (MDC414)`
`436`	`(1B4)`	`ADDRESS`	`4`	`CVTASCRF`	`- CREATED ASCB QUEUE HEADER (MDC337)`
`440`	`(1B8)`	`ADDRESS`	`4`	`CVTASCRL`	`- CREATED ASCB QUEUE TRAILER (MDC338)`
`444`	`(1BC)`	`ADDRESS`	`4`	`CVTPUTL`	`- ADDRESS OF IKJPUTL, TSO PUT LINE ROUTINE (MDC207) YM2225`
`448`	`(1C0)`	`ADDRESS`	`4`	`CVTSRBRT`	`"V(IEAPDSRT)" - DISPATCHER RETURN ADDRESS FOR SRB ROUTINES MDC130`
`452`	`(1C4)`	`ADDRESS`	`4`	`CVTOLT0A`	`"V(IFDOLT0A)" - BRANCH ENTRY TO OLTEP MEMORY TERMINATION RESOURCE MANAGER MDC129`
`456`	`(1C8)`	`ADDRESS`	`4`	`CVTSMFEX`	`"V(IEASMFEX)" - BRANCH ENTRY TO SYSTEM MANAGEMENT FACILITIES (SMF) EXCP COUNTING ROUTINE FOR VAM WINDOW INTERCEPT MDC133`
`460`	`(1CC)`	`ADDRESS`	`4`	`CVTCSPIE`	`- ENTRY POINT ADDRESS OF THE SUPERVISOR CHECKPOINT/RESTART ROUTER (IEAVCKRS). RESOLVED BY IEAVNP05 AFTER THE LPA HAS BEEN BUILT. PREVIOUSLY CONTAINED THE ENTRY POINT ADDRESS OF THE RTM CHECKPOINT/ RESTART EXIT ROUTINE (IEAVSPI).`
`464`	`(1D0)`	`ADDRESS`	`4`	`CVTPTGT`	`- ADDRESS OF IKJPTGT, TSO PUTGET ROUTINE (MDC208) YM2225`
`468`	`(1D4)`	`BITSTRING`	`1`	`CVTSIGPT`	`- SIGP TIMEOUT VALUE. OWNERSHIP: MACHINE CHECK HANDLER (MCH). SERIALIZATION: NONE (SET DURING IPL).`
`469`	`(1D5)`	`BITSTRING`	`1`	`CVTSPDMC`	`- SERVICE PROCESSOR DAMAGE MACHINE CHECK LOCK BYTE.`
`470`	`(1D6)`	`BITSTRING`	`1`	`CVTDSSAC`	`- DYNAMIC SUPPORT SYSTEM (DSS) ACTIVATED FLAG - USED BY RESTART FLIH. IF X'00', DSS NOT INITIALIZED. IF X'FF', DSS HAS BEEN INITIALIZED. MDC163`
`471`	`(1D7)`	`BITSTRING`	`1`	`CVTRS1D7`	`- RESERVED`
`472`	`(1D8)`	`ADDRESS`	`4`	`CVTSTCK`	`- ADDRESS OF IKJSTCK, TSO STACK ROUTINE (MDC209) YM2225`
`476`	`(1DC)`	`SIGNED`	`2`	`CVTMAXMP`	`- Maximum CPU address available for this IPL`
`478`	`(1DE)`	`BITSTRING`	`2`	`CVTBSM2`	`- RETURN VIA REG 2, BSM 0,2.`
`480`	`(1E0)`	`ADDRESS`	`4`	`CVTSCAN`	`- ADDRESS OF IKJSCAN, TSO SCAN ROUTINE (MDC210) YM2225`
`484`	`(1E4)`	`ADDRESS`	`4`	`CVTAUTHL`	`- POINTER TO AUTHORIZED LIBRARY TABLE. X'7FFFF001' IF DYNAMIC FORMAT APF TABLE. OWNED AND SET BY CONTENTS SUPERVISOR.`
`488`	`(1E8)`	`ADDRESS`	`4`	`CVTBLDCP`	`"V(IEAVBLDP)" - BRANCH ENTRY TO BUILD POOL MDC003`
`492`	`(1EC)`	`ADDRESS`	`4`	`CVTGETCL`	`"V(IEAVGTCL)" - BRANCH ENTRY TO GET CELL MDC004`
`496`	`(1F0)`	`ADDRESS`	`4`	`CVTFRECL`	`"V(IEAVFRCL)" - BRANCH ENTRY TO FREE CELL MDC005`
`500`	`(1F4)`	`ADDRESS`	`4`	`CVTDELCP`	`"V(IEAVDELP)" - BRANCH ENTRY TO DELETE POOL MDC006`
`504`	`(1F8)`	`ADDRESS`	`4`	`CVTCRMN`	`"V(CRBRANCH)" - BRANCH ENTRY TO SVC 120 (GETMAIN/FREEMAIN CRBRANCH) MDC007`
`508`	`(1FC)`	`ADDRESS`	`4`	`CVTCRAS`	`"V(IGVGCAS)" - POINTER DEFINED ADDRESS OF BRANCH ENTRY TO 'CREATE ADDRESS SPACE'`
`512`	`(200)`	`ADDRESS`	`4`	`CVTQSAS`	`"V(IGVQSPET)" - POINTER DEFINED ADDRESS OF BRANCH ENTRY TO TASK TERMINATION`
`516`	`(204)`	`ADDRESS`	`4`	`CVTFRAS`	`"V(IGVGFAS)" - POINTER DEFINED ENTRY TO TASK TERMINATION`
`520`	`(208)`	`ADDRESS`	`4`	`CVTS1EE`	`"V(IGC043BR)" - BRANCH ENTRY TO STAGE 1 EXIT EFFECTOR MDC011`
`524`	`(20C)`	`ADDRESS`	`4`	`CVTPARS`	`- ADDRESS OF IKJPARS, TSO PARSE ROUTINE (MDC211) YM2225`
`528`	`(210)`	`ADDRESS`	`4`	`CVTQUIS`	`"V(IEAVAR02)" - BRANCH ENTRY TO QUIESCE MDC013`
`532`	`(214)`	`ADDRESS`	`4`	`CVTSTXU`	`- BRANCH ENTRY TO ATTENTION EXIT EPILOGUE (MDC321)`
`536`	`(218)`	`ADDRESS`	`4`	`CVTOPTE`	`"V(IRARMI00)" - BRANCH ENTRY ADDRESS TO SYSEVENT MDC015`
`540`	`(21C)`	`ADDRESS`	`4`	`CVTSDRM`	`- BRANCH ENTRY ADDRESS OF THE RESOURCE MANAGER ROUTINE FOR SVC DUMP. THIS ROUTINE CAN BE INVOKED BY MEMORY TERMINATION`
`544`	`(220)`	`ADDRESS`	`4`	`CVTCSRT`	`"V(CSRTABLE)" - POINTER TO CALLABLE SERVICE REQUEST TABLE OWNERSHIP: CSR SERIALIZATION: NONE`
`548`	`(224)`	`ADDRESS`	`4`	`CVTAQTOP`	`"V(IEFAQTOP)" - POINTER TO THE ALLOCATION QUEUE LOCK AREA.`
`552`	`(228)`	`ADDRESS`	`4`	`CVTVVMDI`	`- CONSTANT USED BY PAGED LINK PACK AREA (LPA) DIRECTORY SEARCH ALGORITHM`
`556`	`(22C)`	`ADDRESS`	`4`	`CVTASVT`	`- POINTER TO ADDRESS SPACE VECTOR TABLE (ASVT)`
`560`	`(230)`	`ADDRESS`	`4`	`CVTGDA`	`- POINTER TO GLOBAL DATA AREA (GDA) IN SQA`
`564`	`(234)`	`ADDRESS`	`4`	`CVTASCBH`	`"V(IEAMASCB)" - POINTER TO HIGHEST PRIORITY ADDRESS SPACE CONTROL BLOCK (ASCB) ON THE ASCB DISPATCHING QUEUE (HEAD OF ASCB QUEUE) MDC027`
`568`	`(238)`	`ADDRESS`	`4`	`CVTASCBL`	`"V(IEAMASCB)" - POINTER TO LOWEST PRIORITY ASCB ON THE ASCB DISPATCHING QUEUE (MDC339)`
`572`	`(23C)`	`ADDRESS`	`4`	`CVTRTMCT`	`- POINTER TO RECOVERY/TERMINATION CONTROL TABLE`
`576`	`(240)`	`ADDRESS`	`4`	`CVTSV60`	`"V(IEAVSTAG)" - BRANCH ENTRY ADDRESS FOR 24 OR 31 BIT ADDRESSING MODE USERS OF SVC 60. @(DCR854) ENTRY TO A GLUE ROUTINE.`
`580`	`(244)`	`ADDRESS`	`4`	`CVTSDMP`	`"V(IEAVTSGL)" - ADDRESS OF SVC DUMP BRANCH ENTRY POINT @(DCR664)`
`584`	`(248)`	`ADDRESS`	`4`	`CVTSCBP`	`"V(IEAVTSBP)" - ADDRESS OF SCB PURGE RESOURCE MANAGER.`
`588`	`(24C)`	`BITSTRING`	`4`	`CVTSDBF`	`- Address of 4K SQA buffer used by SVC Dump. High-order bit of this CVT word is used as lock to indicate buffer is in use. See related bit ASCBSDBF in macro IHAASCB.`
`592`	`(250)`	`ADDRESS`	`4`	`CVTRTMS`	`- ADDRESS OF SERVICABILITY LEVEL INDICATOR PROCESSING (SLIP) HEADER (MDC358)`
`596`	`(254)`	`ADDRESS`	`4`	`CVTTPIOS`	`- ADDRESS OF THE TELEPROCESSING I/O SUPERVISOR ROUTINE (TPIOS)`
`600`	`(258)`	`ADDRESS`	`4`	`CVTSIC`	`- BRANCH ADDRESS OF THE ROUTINE TO SCHEDULE SYSTEM INITIALIZED CANCEL`
`604`	`(25C)`	`ADDRESS`	`4`	`CVTOPCTP`	`"V(IRARMCNS)" - ADDRESS OF SYSTEM RESOURCES MANAGER (SRM) CONTROL TABLE MDC043`
`608`	`(260)`	`ADDRESS`	`4`	`CVTEXPRO`	`"V(IEAVEXPR)" - ADDRESS OF EXIT PROLOGUE/TYPE 1 EXIT MDC044`
`612`	`(264)`	`ADDRESS`	`4`	`CVTGSMQ`	`"V(IEAGSMQ)" - ADDRESS OF GLOBAL SERVICE MANAGER QUEUE MDC045`
`616`	`(268)`	`ADDRESS`	`4`	`CVTLSMQ`	`"V(IEALSMQ)" - ADDRESS OF LOCAL SERVICE MANAGER QUEUE MDC046`
`620`	`(26C)`	`BITSTRING`	`4`	`CVTRS26C`	`- RESERVED.`
`624`	`(270)`	`ADDRESS`	`4`	`CVTVWAIT`	`"V(IEAVWAIT)" - ADDRESS OF WAIT ROUTINE MDC048`
`628`	`(274)`	`ADDRESS`	`4`	`CVTPARRL`	`"V(CSVARMGR)" - ADDRESS OF PARTIALLY LOADED DELETE QUEUE.`
`632`	`(278)`	`ADDRESS`	`4`	`CVTAPFT`	`- ADDRESS OF AUTHORIZED PROGRAM FACILITY (APF) TABLE. INITIALIZED BY NIP.`
`636`	`(27C)`	`ADDRESS`	`4`	`CVTQCS01`	`"V(IEAQCS01)" - BRANCH ENTRY ADDRESS TO PROGRAM MANAGER USED BY ATTACH MDC051`
`640`	`(280)`	`SIGNED`	`4`	`CVTFQCB`	`- FORMERLY USED BY ENQ/DEQ. SHOULD ALWAYS BE ZERO. (MDC414)`
`644`	`(284)`	`SIGNED`	`4`	`CVTLQCB`	`- FORMERLY USED BY ENQ/DEQ. SHOULD ALWAYS BE ZERO. (MDC414)`
`648`	`(288)`	`ADDRESS`	`4`	`CVTRENQ`	`"V(IEAVENQ2)" - RESOURCE MANAGER ADDRESS FOR ENQ`
`652`	`(28C)`	`ADDRESS`	`4`	`CVTRSPIE`	`- RESOURCE MANAGER FOR SPIE. @(PCC1076)`
`656`	`(290)`	`ADDRESS`	`4`	`CVTLKRMA`	`"V(IEAVELRM)" - RESOURCE MANAGER ADDRESS FOR LOCK MANAGER.`
`660`	`(294)`	`ADDRESS`	`4`	`CVTCSD`	`- VIRTUAL ADDRESS OF COMMON SYSTEM DATA AREA (CSD). INITIALIZED BY NIP.`
`664`	`(298)`	`ADDRESS`	`4`	`CVTDQIQE`	`"V(IEADQIQE)" - RESOURCE MANAGER FOR EXIT EFFECTORS.`
`668`	`(29C)`	`ADDRESS`	`4`	`CVTRPOST`	`"V(IEARPOST)" - RESOURCE MANAGER FOR POST.`
`672`	`(2A0)`	`ADDRESS`	`4`	`CVT062R1`	`"V(IGC062R1)" - BRANCH ENTRY TO DETACH MDC060`
`676`	`(2A4)`	`ADDRESS`	`4`	`CVTVEAC0`	`"V(IEAVEAC0)" - ASCBCHAP BRANCH ENTRY MDC061`
`680`	`(2A8)`	`ADDRESS`	`4`	`CVTGLMN`	`"V(GLBRANCH)" - GLOBAL BRANCH ENTRY ADDRESS FOR GETMAIN/FREEMAIN MDC062`
`684`	`(2AC)`	`ADDRESS`	`4`	`CVTSPSA`	`"V(IEAVGWSA)" - POINTER TO GLOBAL WORK/SAVE AREA VECTOR TABLE (WSAG) MDC071`
`688`	`(2B0)`	`ADDRESS`	`4`	`CVTWSAL`	`"V(IEAVWSAL)" - ADDRESS OF TABLE OF LENGTHS OF LOCAL WORK/SAVE AREAS MDC072`
`692`	`(2B4)`	`ADDRESS`	`4`	`CVTWSAG`	`"V(IEAVWSAG)" - ADDRESS OF TABLE OF LENGTHS OF GLOBAL WORK/SAVE AREAS (MDC391)`
`696`	`(2B8)`	`ADDRESS`	`4`	`CVTWSAC`	`"V(IEAVWSAC)" - ADDRESS OF TABLE OF LENGTHS OF CPU WORK/SAVE AREAS MDC074`
`700`	`(2BC)`	`ADDRESS`	`4`	`CVTRECRQ`	`"V(IEAVTRGR)" - ADDRESS OF THE RECORDING REQUEST FACILITY (PART OF RTM1 - CALLED BY RTM2 AND RMS). @(DCR854)`
`704`	`(2C0)`	`ADDRESS`	`4`	`CVTASMVT`	`"V(ASMVT)" - POINTER TO AUXILIARY STORAGE MANAGEMENT VECTOR TABLE (AMVT) (MDC340)`
`708`	`(2C4)`	`ADDRESS`	`4`	`CVTIOBP`	`"V(IDA121CV)" - ADDRESS OF THE BLOCK PROCESSOR CVT (MDC079) YM0029`
`712`	`(2C8)`	`ADDRESS`	`4`	`CVTSPOST`	`"V(IEASPOST)" - POST RESOURCE MANAGER TERMINATION ROUTINE (RMTR) ENTRY POINT MDC085`
`716`	`(2CC)`	`SIGNED`	`4`	`CVTRSTWD(0)`	`- RESTART RESOURCE MANAGEMENT WORD. CONTAINS IDENTIFIER OF USER IF RESTART IS IN USE. OTHERWISE, ZERO.`
`716`	`(2CC)`	`SIGNED`	`2`	`CVTRSTCI`	`- CPU ID OF THE CPU HOLDING THE RESTART RESOURCE.`
`718`	`(2CE)`	`BITSTRING`	`2`	`CVTRSTRI`	`- IDENTIFIER OF OWNING ROUTINE`
`720`	`(2D0)`	`ADDRESS`	`4`	`CVTFETCH`	`"V(IEWMSEPT)" - ADDRESS OF ENTRY POINT FOR BASIC FETCH.`
`724`	`(2D4)`	`ADDRESS`	`4`	`CVT044R2`	`"V(IGC044R2)" - ADDRESS OF IGC044R2 IN CHAP SERVICE ROUTINE MDC197`
`728`	`(2D8)`	`ADDRESS`	`4`	`CVTPERFM`	`- ADDRESS OF THE PERFORMANCE WORK AREA. SET BY IGX00018. MDC205`
`732`	`(2DC)`	`ADDRESS`	`4`	`CVTDAIR`	`- ADDRESS OF IKJDAIR, TSO DYNAMIC ALLOCATION INTERFACE ROUTINE (MDC212) YM2225`
`736`	`(2E0)`	`ADDRESS`	`4`	`CVTEHDEF`	`- ADDRESS OF IKJEHDEF, TSO DEFAULT SERVICE ROUTINE. @(PCC0919)`
`740`	`(2E4)`	`ADDRESS`	`4`	`CVTEHCIR`	`- ADDRESS OF IKJEHCIR, TSO CATALOG INFORMATION ROUTINE. @(PCC0919)`
`744`	`(2E8)`	`ADDRESS`	`4`	`CVTSSAP`	`- ADDRESS OF SYSTEM SAVE AREA`
`748`	`(2EC)`	`ADDRESS`	`4`	`CVTAIDVT`	`- POINTER TO APPENDAGE ID VECTOR TABLE`
`752`	`(2F0)`	`ADDRESS`	`4`	`CVTIPCDS`	`"V(IEAVEDR1)" - BRANCH ENTRY FOR DIRECT SIGNAL SERVICE ROUTINE`
`756`	`(2F4)`	`ADDRESS`	`4`	`CVTIPCRI`	`"V(IEAVERI1)" - BRANCH ENTRY FOR REMOTE IMMEDIATE SIGNAL SERVICE ROUTINE`
`760`	`(2F8)`	`ADDRESS`	`4`	`CVTIPCRP`	`"V(IEAVERP1)" - BRANCH ENTRY FOR REMOTE PENDABLE SIGNAL SERVICE ROUTINE`
`764`	`(2FC)`	`ADDRESS`	`4`	`CVTPCCAT`	`- POINTER TO PHYSICAL CCA VECTOR TABLE`
`768`	`(300)`	`ADDRESS`	`4`	`CVTLCCAT`	`- POINTER TO LOGICAL CCA VECTOR TABLE`
`772`	`(304)`	`ADDRESS`	`4`	`CVTXSFT`	`"V(IEAVXSFT)" - ADDRESS OF SYSTEM FUNCTION TABLE CONTAINING LINKAGE INDEX (LX) AND ENTRY INDEX (EX) NUMBERS FOR SYSTEM ROUTINES. (MDC414)`
`776`	`(308)`	`ADDRESS`	`4`	`CVTXSTKS`	`"V(IEAVXSTS)" - ADDRESS OF PCLINK STACK (SAVE=YES) ROUTINE. (MDC395)`
`780`	`(30C)`	`ADDRESS`	`4`	`CVTXSTKN`	`"V(IEAVXSTN)" - ADDRESS OF PCLINK STACK (SAVE=NO) ROUTINE. (MDC395)`
`784`	`(310)`	`ADDRESS`	`4`	`CVTXUNSS`	`"V(IEAVXUNS)" - ADDRESS OF PCLINK UNSTACK (SAVE=YES) ROUTINE. (MDC395)`
`788`	`(314)`	`ADDRESS`	`4`	`CVTPWI`	`- ADDRESS OF THE WINDOW INTERCEPT ROUTINE (MDC104) YM4043`
`792`	`(318)`	`ADDRESS`	`4`	`CVTPVBP`	`- ADDRESS OF THE VIRTUAL BLOCK PROCESSOR (MDC105) YM4043`
`796`	`(31C)`	`ADDRESS`	`4`	`CVTMFCTL`	`- POINTER TO MEASUREMENT FACILITY CONTROL BLOCK MDC100`
`800`	`(320)`	`ADDRESS`	`4`	`CVTMFRTR`	`- IF MEASUREMENT FACILITY IS ACTIVE, CONTAINS ADDRESS OF MEASUREMENT FACILITY ROUTINE. OTHERWISE, ADDRESS OF CVTBRET. MDC101`
		`1... ....`		`CVTMFACT`	`"X'80'" - IF ONE, I/O SUPERVISOR AND TIMER SECOND LEVEL INTERRUPT HANDLER HOOKS BRANCH TO MEASUREMENT FACILITY ROUTER. USED TO SET HIGH-ORDER BIT OF CVTMFRTR. MDC102`
`804`	`(324)`	`ADDRESS`	`4`	`CVTVPSIB`	`"V(IARPSIV)" - BRANCH ENTRY TO PAGE SERVICES`
`808`	`(328)`	`ADDRESS`	`4`	`CVTVSI`	`"V(IARXVIO)" - POINTER DEFINED, BRANCH ENTRY TO VAM SERVICES. @(DCR938)`
`812`	`(32C)`	`ADDRESS`	`4`	`CVTEXCL`	`"V(IECVEXCL)" - ADDRESS POINTER TO THE EXCP TERMINATION ROUTINE.`
`816`	`(330)`	`ADDRESS`	`4`	`CVTXUNSN`	`"V(IEAVXUNN)" - ADDRESS OF PCLINK UNSTACK (SAVE=NO) ROUTINE. (MDC395)`
`820`	`(334)`	`ADDRESS`	`4`	`CVTISNBR`	`"V(ISNBRNCH)" - ENTRY POINT ADDRESS OF DISABLED SERVICE PROCESSOR INTERFACE MODULE`
`824`	`(338)`	`ADDRESS`	`4`	`CVTXEXTR`	`"V(IEAVXEXT)" - ADDRESS OF PCLINK EXTRACT ROUTINE (MDC395)`
`828`	`(33C)`	`ADDRESS`	`4`	`CVTMSFRM`	`"V(IEAVMFRM)" - ADDRESS OF THE PROCESSOR CONTROLLER.`
`832`	`(340)`	`ADDRESS`	`4`	`CVTSCPIN`	`- ADDRESS OF IPL-TIME SCPINFO DATA BLOCK (ECVTSCPIN has address of "current"). Mapped by IHASCCB`
`836`	`(344)`	`ADDRESS`	`4`	`CVTWSMA`	`ADDRESS OF WAIT STATE MESSAGE AREA MUST BE DISPLAYABLE BY OPERATOR`
`840`	`(348)`	`ADDRESS`	`4`	`CVTRMBR`	`"V(RMBRANCH)" - ADDRESS OF REGMAIN BRANCH ENTRY. MDC123`
`844`	`(34C)`	`ADDRESS`	`4`	`CVTLFRM`	`"V(FMBRANCH)" - LIST FORMAT FREEMAIN BRANCH ENTRY MDC124 POINT. MDC124`
`848`	`(350)`	`ADDRESS`	`4`	`CVTGMBR`	`"V(GMBRANCH)" - LIST FORMAT GETMAIN BRANCH ENTRY MDC125 POINT. MDC125`
`852`	`(354)`	`ADDRESS`	`4`	`CVT0TC0A`	`- ADDRESS OF TASK CLOSE MODULE MDC128 IFG0TC0A. MDC128`
`856`	`(358)`	`SIGNED`	`4`	`CVTRLSTG`	`- SIZE OF ACTUAL REAL STORAGE ONLINE AT IPL TIME IN 'K'.`
`860`	`(35C)`	`ADDRESS`	`4`	`CVTSPFRR`	`"V(IEAVESPR)" - 'SUPER FRR' ADDRESS (ADDRESS OF FUNCTIONAL RECOVERY ROUTINE ESTABLISHED AT NIP0 TIME TO PROTECT SUPERVISOR CONTROL PROGRAM).`
`864`	`(360)`	`BITSTRING`	`4`	`CVTRS360`	`- RESERVED.`
`868`	`(364)`	`ADDRESS`	`4`	`CVTSVT`	`"V(IEAVESVT)" - ADDRESS POINTER FOR FETCH PROTECTED PSASVT.`
`872`	`(368)`	`ADDRESS`	`4`	`CVTIRECM`	`- ADDRESS OF INITIATOR RESOURCE MDC158 MANAGER. MDC158`
`876`	`(36C)`	`ADDRESS`	`4`	`CVTDARCM`	`- ADDRESS OF DEVICE ALLOCATION MDC159 RESOURCE MANAGER. MDC159`
`880`	`(370)`	`ADDRESS`	`4`	`CVT0PT02`	`"V(IEA0PT02)" - ADDRESS OF POST ENTRY POINT MDC160 IEA0PT02. MDC160`
`884`	`(374)`	`BITSTRING`	`4`	`CVTRS374`	`RESERVED`
`888`	`(378)`	`ADDRESS`	`4`	`CVTWTCB`	`"V(IEAWTCB)" - ADDRESS OF WAIT STATE TCB. MDC164`
`892`	`(37C)`	`ADDRESS`	`4`	`CVTVACR`	`- ACR/VARY CPU CHANNEL RECOVERY MDC178 ROUTINE ADDRESS. ADDRESS FILLED IN MDC178 BY VARY CPU PROCESSOR. MDC178`
`896`	`(380)`	`ADDRESS`	`4`	`CVTRECON`	`- VARY CPU SHUTDOWN ROUTINE ADDRESS. ADDRESS FILLED IN BY VARY CPU PROCESSOR.`
`900`	`(384)`	`ADDRESS`	`4`	`CVTGTFR8`	`"V(AHLVCCR8)" - GENERALIZED TRACE FACILITY (GTF) MDC180 CONTROL REGISTER 8 INITIALIZATION MDC180 ROUTINE ADDRESS. MDC180`
`904`	`(388)`	`ADDRESS`	`4`	`CVTVSTOP`	`"V(IEEVSTOP)" - ADDRESS OF VARY CPU STOP CPU MDC169 ROUTINE. MDC169`
`908`	`(38C)`	`ADDRESS`	`4`	`CVTVPSA`	`- ADDRESS OF COPY OF SYSGEN'ED PSA - MDC170 PLACED HERE BY NIP. MDC170`
`912`	`(390)`	`ADDRESS`	`4`	`CVTRMPTT`	`- ADDRESS OF ISTRAMA1, THE VTAM RESOURCE MANAGER FOR NORMAL AND ABNORMAL TASK TERMINATION. (MDC322)`
`916`	`(394)`	`ADDRESS`	`4`	`CVTRMPMT`	`- ADDRESS OF ISTRAMA2, THE VTAM RESOURCE MANAGER FOR NORMAL AND ABNORMAL MEMORY TERMINATION. (MDC323)`
`920`	`(398)`	`ADDRESS`	`4`	`CVTEXP1`	`"V(IEAVEXP1)" - ADDRESS OF EXIT PROLOGUE WHICH MDC173 RETURNS TO THE DISPATCHER. MDC173`
`924`	`(39C)`	`ADDRESS`	`4`	`CVTCSDRL`	`- REAL ADDRESS OF COMMON SYSTEM DATA MDC174 AREA (CSD). INITIALIZED BY NIP. MDC174`
`928`	`(3A0)`	`ADDRESS`	`4`	`CVTSSRB`	`"V(IGC07903)" - STATUS STOP SRB ENTRY. MDC175`
`932`	`(3A4)`	`BITSTRING`	`4`	`CVTRS3A4`	`- RESERVED`
`936`	`(3A8)`	`ADDRESS`	`4`	`CVTQV1`	`"V(IEAVEQV1)" - ADDRESS OF QUEUE VERIFICATION FOR MDC181 SINGLE THREADED QUEUES WITH MDC181 HEADERS ONLY. MDC181`
`940`	`(3AC)`	`ADDRESS`	`4`	`CVTQV2`	`"V(IEAVEQV2)" - ADDRESS OF QUEUE VERIFICATION FOR MDC182 SINGLE THREADED QUEUES WITH MDC182 HEADER AND TRAILER. MDC182`
`944`	`(3B0)`	`ADDRESS`	`4`	`CVTQV3`	`"V(IEAVEQV3)" - ADDRESS OF QUEUE VERIFICATION FOR MDC183 DOUBLE THREADED QUEUES. MDC183`
`948`	`(3B4)`	`ADDRESS`	`4`	`CVTGSDA`	`"V(IEAVGSDA)" - ADDRESS OF GLOBAL SYSTEM DUPLEX AREA.`
		`1... ....`		`CVTGSDAB`	`"X'80'" - IF HIGH-ORDER BIT IS ONE, THERE IS MDC185 A VALID VALUE IN FOLLOWING 31 BITS. MDC185`
`952`	`(3B8)`	`ADDRESS`	`4`	`CVTADV`	`"V(IEAVEADV)" - ADDRESS OF ADDRESS VERIFICATION MDC186 ROUTINE. MDC186`
`956`	`(3BC)`	`ADDRESS`	`4`	`CVTTPIO`	`"V(IGC124)" - ADDRESS OF VTAM TPIO (SVC 124) MDC193 ROUTINE. MDC193`
`960`	`(3C0)`	`BITSTRING`	`4`	`CVTRS3C0`	`- RESERVED`
`964`	`(3C4)`	`ADDRESS`	`4`	`CVTEVENT`	`"V(IEAVEVT2)" - BRANCH ENTRY ADDRESS TO EVENTS (FAST MULTIPLE WAIT ROUTINE). @(DCR738)`
`968`	`(3C8)`	`ADDRESS`	`4`	`CVTSSCR`	`- ADDRESS OF STORAGE SYSTEM CONTROLLER RECOVERY MANAGER CLEANUP ROUTINE (SSC RMCR). (MDC319)`
`972`	`(3CC)`	`ADDRESS`	`4`	`CVTCBBR`	`"V(CBBRANCH)" - BRANCH ENTRY ADDRESS TO GETMAIN/FREEMAIN. (MDC325)`
`976`	`(3D0)`	`ADDRESS`	`4`	`CVTEFF02`	`- ADDRESS OF IKJEFF02, TSO MESSAGE ISSUER SERVICE ROUTINE. (MDC326)`
`980`	`(3D4)`	`ADDRESS`	`4`	`CVTLSCH`	`"V(IEAVESC1)" - ADDRESS OF LOCAL SCHEDULE. (MDC364)`
`984`	`(3D8)`	`ADDRESS`	`4`	`CVTCDEQ`	`- ADDRESS OF PROGRAM MANAGER AVAILBLE CDE QUEUE CONTROL AREA. (MDC369)`
`988`	`(3DC)`	`ADDRESS`	`4`	`CVTHSM`	`- POINTER TO HIERARCHICAL STORAGE MANAGER (HSM) QUEUE CONTROL TABLE. (MDC375)`
`992`	`(3E0)`	`ADDRESS`	`4`	`CVTRAC`	`- ADDRESS OF ACCESS CONTROL CVT. (MDC320)`
`996`	`(3E4)`	`ADDRESS`	`4`	`CVTCGK`	`"V(IARXKEY)" - ADDRESS OF ROUTINE USED TO CHANGE THE KEY OF VIRTUAL PAGES. @(PCC0529)`
`1000`	`(3E8)`	`ADDRESS`	`4`	`CVTSRM`	`"V(IRARMEPS)" - ADDRESS OF ENTRY TABLE FOR SRM, ENTRY TABLE IS INITIALIZED BY NIP10. (MDC367)`
`1004`	`(3EC)`	`ADDRESS`	`4`	`CVT0PT0E`	`"V(IEA0PT0E)" - ENTRY POINT TO IDENTIFY POST EXIT ROUTINES. (MDC334)`
`1008`	`(3F0)`	`ADDRESS`	`4`	`CVT0PT03`	`"V(IEA0PT03)" - POST REINVOCATION ENTRY POINT FROM POST EXIT ROUTINES. (MDC335)`
`1012`	`(3F4)`	`ADDRESS`	`4`	`CVTTCASP`	`- POINTER TO THE TSO/VTAM TERMINAL CONTROL ADDRESS SPACE (TCAS) TABLE. (MDC336)`
`1016`	`(3F8)`	`ADDRESS`	`4`	`CVTCTTVT`	`- CTT VT`
`1020`	`(3FC)`	`ADDRESS`	`4`	`CVTJTERM`	`"V(ILRJTERM)" - POINTER DEFINED ADDRESS OF AUXILIARY STORAGE MANAGEMENT JOB TERMINATION RESOURCE MANAGER.`
`1024`	`(400)`	`ADDRESS`	`4`	`CVTRSUME`	`"V(IEAVRSUH)" - ADDRESS OF RESUME FUNCTION. (MDC414)`
`1028`	`(404)`	`ADDRESS`	`4`	`CVTTCTL`	`"V(IEAVTCTL)" - ADDRESS OF TRANSFER CONTROL (TCTL) FUNCTION. (MDC345)`
`1032`	`(408)`	`ADDRESS`	`4`	`CVTRMT`	`- ADDRESS OF RESOURCE MANAGER CONTROL STRUCTURE (RMT) OWNERSHIP: RTM. SERIALIZATION: NONE.`
`1036`	`(40C)`	`ADDRESS`	`4`	`CVTT6SVC`	`"V(IEAVET6E)" - ENTRY POINT ADDRESS FOR TYPE 6 SVC EXIT FUNCTION. (MDC347)`
`1040`	`(410)`	`ADDRESS`	`4`	`CVTSUSP`	`"V(IEAVSPND)" - ADDRESS OF SUSPEND ROUTINE. (MDC348)`
`1044`	`(414)`	`ADDRESS`	`4`	`CVTIHASU`	`"V(IEAIHASU)" - ADDRESS OF BIT STRING. (MDC355)`
`1048`	`(418)`	`ADDRESS`	`4`	`CVTSFV`	`"V(IEAVTSFV)" - ADDRESS OF SETFRR ROUTINE ABOVE 16M`
`1052`	`(41C)`	`ADDRESS`	`4`	`CVTIDEVN`	`"V(IOSVDEVN)" - ADDRESS OF DEVICE NUMBER CONVERSION ROUTINE OWNERSHIP: IOS. SERIALIZATION: NONE.`
`1056`	`(420)`	`ADDRESS`	`4`	`CVTSMF83`	`- ADDRESS OF BRANCH ENTRY TO SMF SVC 83. (MDC378)`
`1060`	`(424)`	`ADDRESS`	`4`	`CVTSMFSP`	`"V(IEASMFSP)" - ADDRESS OF SMF SUSPEND HANDLER.`
`1064`	`(428)`	`ADDRESS`	`4`	`CVTMSFCB`	`- ADDRESS OF MAINTENANCE AND SERVICE FACILITY CONTROL BLOCK (MSFCB). (MDC396)`
`1068`	`(42C)`	`ADDRESS`	`4`	`CVTHID`	`"V(IOSVHID)" - ADDRESS OF SCP HOST ID. @(DCR819)`
`1072`	`(430)`	`ADDRESS`	`4`	`CVTPSXM`	`"V(IARPSXM)" - ADDRESS OF CROSS MEMORY PAGE FIX AND PAGE FREE. (MDC414)`
`1076`	`(434)`	`ADDRESS`	`4`	`CVTUCBSC`	`"V(IOSVSUCB)" - ADDRESS OF UCB SCAN SERVICE. @(DCR377)`
`1080`	`(438)`	`ADDRESS`	`4`	`CVTTPUR`	`- DDR QUEUE OF TAPE UNIT-RECORD SWAP REQUESTS.`
`1084`	`(43C)`	`ADDRESS`	`4`	`CVTDPUR`	`- DDR QUEUE OF DASD SWAP REQUESTS.`
`1088`	`(440)`	`ADDRESS`	`4`	`CVTTRPOS`	`- DDR QUEUE OF TAPES TO BE REPRESENTED.`
`1092`	`(444)`	`ADDRESS`	`4`	`CVTRS444`	`- Reserved, must always be 0. Was CVTRESTX, VIRTUAL ADDRESS OF TEXT TO BE PLACED ON CONSOLE FRAME.`
`1096`	`(448)`	`SIGNED`	`2`	`CVTXCPCT`	`- MAXIMUM EXCP COUNT PER ADDRESS SPACE.`
`1098`	`(44A)`	`SIGNED`	`2`	`CVTCALL`	`- A BASSM 14,15 INSTRUCTION. POINTER USED VIA AN EXECUTE INSTRUCTION TO BRANCH TO USERS EXITS`
`1100`	`(44C)`	`ADDRESS`	`4`	`CVTVFIND`	`"V(CSVVFIND)" - THE POINTER TO VIRTUAL FETCH BUILD AND FIND ROUTINE.`
`1104`	`(450)`	`ADDRESS`	`4`	`CVTVFGET`	`"V(CSVVFGET)" - THE POINTER TO VIRTUAL FETCH GET ROUTINE.`
`1108`	`(454)`	`ADDRESS`	`4`	`CVTVFMEM`	`RESERVED. THIS FIELD IS NO LONGER USED. ANYONE USING IT AS A POINTER WILL PROGRAM CHECK`
`1112`	`(458)`	`ADDRESS`	`4`	`CVTVFCB`	`- THE POINTER TO VIRTUAL FETCH INTERNAL CONTROL BLOCK IN CSA, INITIALIZED TO ZERO AND SET TO NON-ZERO VALUE BY VIRTUAL FETCH INITIALIZATION ROUTINE.`
`1116`	`(45C)`	`ADDRESS`	`4`	`CVTPGSER`	`"V(IARPIBR)" - POINTER DEFINED ADDRESS OF ENTRY TO PAGE SERVICES (FIX,FREE,LOAD, OUT,RLSE,ANYWHER).`
`1120`	`(460)`	`ADDRESS`	`4`	`CVTTSKI`	`"V(IGVSTSKI)" - POINTER DEFINED ADDRESS OF TASK MANAGEMENT/STORAGE MANAGEMENT INTERFACE ROUTINE.`
`1124`	`(464)`	`ADDRESS`	`4`	`CVTCPGUB`	`"V(IGVCPGUB)" - POINTER DEFINED ADDRESS OF CPOOL GET UNCONDITIONAL BRANCH ENTRY ROUTINE.`
`1128`	`(468)`	`ADDRESS`	`4`	`CVTCPGUP`	`"V(IGVCPGUP)" - POINTER DEFINED ADDRESS OF CPOOL GET UNCONDITIONAL PC-ENTRY ROUTINE.`
`1132`	`(46C)`	`ADDRESS`	`4`	`CVTCPGTC`	`"V(IGVCPGTC)" - POINTER DEFINED ADDRESS OF GET UNCONDITIONAL ROUTINE.`
`1136`	`(470)`	`ADDRESS`	`4`	`CVTCPFRE`	`"V(IGVCPFRE)" - POINTER DEFINED ADDRESS OF CPOOL FREE ROUTINE.`
`1140`	`(474)`	`ADDRESS`	`4`	`CVTSLIST`	`"V(IGVSLIST)" - POINTER DEFINED ADDRESS OF VSM LIST SERVICE.`
`1144`	`(478)`	`ADDRESS`	`4`	`CVTSREGN`	`"V(IGVSREGN)" - POINTER DEFINED ADDRESS OF VSM REGION SIZE.`
`1148`	`(47C)`	`ADDRESS`	`4`	`CVTSLOC`	`"V(IGVSLOC)" - POINTER DEFINED ADDRESS OF VSM LOCATOR SERVICE.`
`1152`	`(480)`	`ADDRESS`	`4`	`CVTCPBDB`	`"V(IGVCPBDB)" - POINTER DEFINED ADDRESS OF CPOOL BUILD ENTRY ROUTINE.`
`1156`	`(484)`	`ADDRESS`	`4`	`CVTCPDLB`	`"V(IGVCPDLB)" - POINTER DEFINED ADDRESS OF CPOOL DELETE BRANCH ENTRY ROUTINE.`
`1160`	`(488)`	`ADDRESS`	`4`	`CVTDOFFS`	`- STARTING REAL ADDRESS OF DAT-OFF NUCLEUS.`
`1164`	`(48C)`	`ADDRESS`	`4`	`CVTDOFFE`	`- ENDING REAL ADDRESS OF DAT-OFF NUCLEUS.`
`1168`	`(490)`	`ADDRESS`	`4`	`CVTRCEP`	`"V(IARMRRCE)" - ADDRESS OF THE RSM CONTROL AND ENUMERATION AREA.`
`1172`	`(494)`	`ADDRESS`	`4`	`CVTCPGUS`	`"V(IGVCPGUS)" - ADDRESS OF CPOOL GET UNCONDITIONAL PC-ENTRY ROUTINE WHICH SAVES SECONDARY ASID STATUS. @(DCR722)`
`1176`	`(498)`	`ADDRESS`	`4`	`CVTGRRGN`	`"V(IGVGRRGN)" - POINTER DEFINED ADDRESS OF GET REAL REGION ROUTINE.`
`1180`	`(49C)`	`ADDRESS`	`4`	`CVTGVRGN`	`"V(IGVGVRGN)" - POINTER DEFINED ADDRESS OF GET VIRTUAL REGION ROUTINE.`
`1184`	`(4A0)`	`BITSTRING`	`1`	`CVTIONLV`	`- DEFAULT VALUE OF IOS LEVEL. @(PCC0461)`
`1185`	`(4A1)`	`BITSTRING`	`3`	`CVTRS4A1`	`- RESERVED`
`EXIT CODE FOR NORMAL AND/OR ABNORMAL END APPENDAGES FOR I/O DRIVERS.`
`1190`	`(4A6)`	`BITSTRING`	`2`		`- RETURN VIA A BSM.`
`1192`	`(4A8)`	`BITSTRING`	`4`	`CVTFUNC`	`- Reserved for solution/offering use. Must be zero for full function MVS.`
		`1... ....`		`CVTSOLN`	`"X'80'" - If high order bit is on, this is not a full function MVS system, but rather, a solution/offering.`
`1196`	`(4AC)`	`ADDRESS`	`4`	`CVTSMEXT`	`- ADDRESS OF STORAGE MAP EXTENSION.`
`1200`	`(4B0)`	`ADDRESS`	`4`	`CVTNUCMP`	`- ADDRESS OF NUCLEUS MAP.`
`1204`	`(4B4)`	`BITSTRING`	`1`	`CVTXAFL`	`- FLAG BYTE FOR MVS/XA PROCESSING. @(PCC3762)`
		`1... ....`		`CVTCSRIM`	`"X'80'" - EXPLICIT LOAD PROCESSING REQUIRED FOR CONTENTS SUPERVISOR RIM.`
`1205`	`(4B5)`	`BITSTRING`	`3`	`CVTRS4B5`	`- RESERVED`
`1208`	`(4B8)`	`ADDRESS`	`4`	`CVTVTAM`	`- ADDRESS OF VTAM COMMAND PROCESSOR (ISTCFF3D). @(DCR642)`
`1212`	`(4BC)`	`ADDRESS`	`4`	`CVTSPIP`	`- ADDRESS OF RTM INTERFACE TO RETURN PROGRAM MASK TO CONTENTS SUPERVISOR,(ON SPIE/ESPIE).`
`1216`	`(4C0)`	`ADDRESS`	`4`	`CVTCKRAS(0)`	`- OLD NAME FOR CVTDFA FIELD.`
`1216`	`(4C0)`	`ADDRESS`	`4`	`CVTDFA`	`"V(DFAIDTAB)" - ADDRESS OF DFP ID TABLE, MAPPED BY THE DFA. OWNERSHIP: DFP.`
`1220`	`(4C4)`	`ADDRESS`	`4`	`CVTNVT0`	`"V(IEAVNVT0)" - ADDRESS OF DATA IN DAT-ON NUCLEUS`
`1224`	`(4C8)`	`ADDRESS`	`4`	`CVTCSOMF`	`- OWNER OF CHANNEL MEASUREMENT FACILITY. @(DCR1020)`
`1228`	`(4CC)`	`ADDRESS`	`4`	`CVTCSOAL`	`- OWNER OF ADDRESS LIMIT FACILITY.`
`1232`	`(4D0)`	`ADDRESS`	`4`	`CVTICHPT`	`- ADDRESS OF THE INSTALLED CHANNEL PATH TABLE. @(DCR719)`
`1236`	`(4D4)`	`ADDRESS`	`4`	`CVTCSOCR`	`- CHANNEL SUBSYSTEM OWNER - CHANNEL PATH RESET FACILITY. @(DCR719)`
`1240`	`(4D8)`	`ADDRESS`	`4`	`CVTCSOCS`	`- CHANNEL SUBSYSTEM OWNER - CHANNEL PATH STATUS FACILITY. @(DCR719)`
`1244`	`(4DC)`	`ADDRESS`	`4`	`CVTLLTA`	`- LINK LIST TABLE ADDRESS. @(DCR719)`
`1248`	`(4E0)`	`ADDRESS`	`4`	`CVTDCQA`	`- ADDRESS OF DEVICE CLASS QUEUE`
`1252`	`(4E4)`	`ADDRESS`	`4`	`CVTUCBA`	`- ADDRESS OF THE FIRST UCB IN THE CHAIN OF UCB'S. @(DCR719)`
`1256`	`(4E8)`	`ADDRESS`	`4`	`CVTVESTU`	`"V(IEAVESTU)" - ADDRESS OF THE ENTRY POINT OF THE SVC UPDATE ROUTINE. @(DCR825)`
`1260`	`(4EC)`	`ADDRESS`	`4`	`CVTNUCLU`	`"V(IEAVENLU)" - ADDRESS TO SUPPORT THE NUCLEUS MAP LOOKUP ROUTINE. @(DCR892)`
`1264`	`(4F0)`	`BITSTRING`	`16`	`CVTOSLVL(0)`	`SYSTEM LEVEL INDICATORS The presence of certain hardware functions is indicated within the SCCB (mapped by macro IHASCCB, pointed to by CVTSCPIN and/or ECVTSCPIN). The presence of other hardware functions can be found within CVT field CVTFLAGS2.`
`1264`	`(4F0)`	`BITSTRING`	`1`	`CVTOSLV0`	`BYTE 0 OF CVTOSLVL`
		`1... ....`		`CVTH3310`	`"X'80'" HBB3310 FUNCTIONS ARE PRESENT`
		`1... ....`		`CVTESA`	`"X'80'" ESA/370 IS SUPPORTED`
		`1... ....`		`CVTXAX`	`"X'80'" ESA/370 IS SUPPORTED (XAX - OLD NAME)`
		`.1.. ....`		`CVTH4420`	`"X'40'" HBB4420 FUNCTIONS ARE PRESENT.`
		`..1. ....`		`CVTJ3313`	`"X'20'" JBB3313 FUNCTIONS ARE PRESENT`
		`...1 ....`		`CVTJ3311`	`"X'10'" JBB3311 FUNCTIONS ARE PRESENT`
		`...1 ....`		`CVTHIPER`	`"X'10'" HIPERSPACES ARE SUPPORTED`
		`.... 1...`		`CVTH4410`	`"X'08'" HBB4410 FUNCTIONS ARE PRESENT.`
		`.... 1...`		`CVTLKR`	`"X'08'" SPIN LOCK RESTRUCTURE INDICATOR.`
		`.... 1...`		`CVTUCBSV`	`"X'08'" UCB SERVICES INSTALLED.`
		`.... .1..`		`CVTCADS`	`"X'04'" SCOPE=COMMON DATA SPACES SUPPORTED`
		`.... ..1.`		`CVTCRPTL`	`"X'02'" ENCRYPTION ASYMMETRIC FEATURE IS SUPPORTED`
		`.... ...1`		`CVTJ4422`	`"X'01'" JBB4422 FUNCTIONS ARE PRESENT`
`1265`	`(4F1)`	`BITSTRING`	`1`	`CVTOSLV1`	`BYTE 1 OF CVTOSLVL`
		`1... ....`		`CVTH4430`	`"X'80'" HBB4430 FUNCTIONS ARE PRESENT`
		`1... ....`		`CVTDYAPF`	`"X'80'" DYNAMIC APF, THROUGH CSVAPF, PRESENT`
		`.1.. ....`		`CVTWLM`	`"X'40'" WORKLOAD MANAGER IS INSTALLED`
		`..1. ....`		`CVTH5510`	`"X'20'" HBB5510 FUNCTIONS ARE PRESENT`
		`..1. ....`		`CVTDYNEX`	`"X'20'" CSVDYNEX FOR DYNAMIC EXITS IS PRESENT`
		`...1 ....`		`CVTH5520`	`"X'10'" HBB5520 FUNCTIONS ARE PRESENT`
		`...1 ....`		`CVTENCLV`	`"X'10'" ENCLAVES FUNCTION IS PRESENT`
		`.... 1...`		`CVTJ5522`	`"X'08'" JBB5522 FUNCTIONS ARE PRESENT`
		`.... .1..`		`CVTH5530`	`"X'04'" HBB6603 FUNCTIONS ARE PRESENT`
		`.... .1..`		`CVTH6603`	`"X'04'" HBB6603 FUNCTIONS ARE PRESENT`
		`.... .1..`		`CVTOS390_010300`	`"X'04'" OS/390 R3`
		`.... .1..`		`CVTOS390_R3`	`"X'04'" OS/390 R3`
		`.... .1..`		`CVTDYNL`	`"X'04'" Dynamic LNKLST, via CSVDYNL, is present`
		`.... ..1.`		`CVTH6601`	`"X'02'" OS/390 release 1`
		`.... ..1.`		`CVTOS390`	`"X'02'" OS/390 release 1`
		`.... ..1.`		`CVTOS390_010100`	`"X'02'" OS/390 R1`
		`.... ..1.`		`CVTOS390_R1`	`"X'02'" OS/390 R1`
		`.... ..1.`		`CVTPRDED`	`"X'02'" Product enable/disable (IFAEDxxx) is present`
		`.... ...1`		`CVTJ6602`	`"X'01'" OS/390 release 2`
		`.... ...1`		`CVTOS390_010200`	`"X'01'" OS/390 R2`
		`.... ...1`		`CVTOS390_R2`	`"X'01'" OS/390 R2`
		`.... ...1`		`CVTPARMC`	`"X'01'" Logical Parmlib Service is available via IEFPRMLB.`
`1266`	`(4F2)`	`BITSTRING`	`1`	`CVTOSLV2`	`BYTE 2 OF CVTOSLVL`
		`1... ....`		`CVTOS390_010400`	`"X'80'" OS/390 R4`
		`1... ....`		`CVTOS390_020400`	`"X'80'" OS/390 R4`
		`1... ....`		`CVTOS390_R4`	`"X'80'" OS/390 R4`
		`1... ....`		`CVTJ6604`	`"X'80'" OS/390 R4`
		`1... ....`		`CVTDYLPA`	`"X'80'" Dynamic LPA (CSVDYLPA) available`
		`1... ....`		`CVTRTLS`	`"X'80'" Runtime Library Services (CSVRTLS)`
		`.1.. ....`		`CVTOS390_020500`	`"X'40'" OS/390 R5`
		`.1.. ....`		`CVTOS390_R5`	`"X'40'" OS/390 R5`
		`.1.. ....`		`CVTH6605`	`"X'40'" OS/390 R5`
		`..1. ....`		`CVTOS390_020600`	`"X'20'" OS/390 R6`
		`..1. ....`		`CVTOS390_R6`	`"X'20'" OS/390 R6`
		`..1. ....`		`CVTH6606`	`"X'20'" OS/390 R6`
		`...1 ....`		`CVTBFP`	`"X'10'" Binary Floating Point support (simulated unless CVTBFPH is on)`
		`.... 1...`		`CVTOS390_020700`	`"X'08'" OS/390 R7`
		`.... 1...`		`CVTOS390_R7`	`"X'08'" OS/390 R7`
		`.... 1...`		`CVTJ6607`	`"X'08'" OS/390 R7`
		`.... .1..`		`CVTOS390_020800`	`"X'04'" OS/390 R8`
		`.... .1..`		`CVTOS390_R8`	`"X'04'" OS/390 R8`
		`.... .1..`		`CVTH6608`	`"X'04'" OS/390 R8`
		`.... ..1.`		`CVTOS390_020900`	`"X'02'" OS/390 R9`
		`.... ..1.`		`CVTOS390_R9`	`"X'02'" OS/390 R9`
		`.... ..1.`		`CVTJ6609`	`"X'02'" OS/390 R9`
		`.... ..1.`		`CVTH6609`	`"X'02'" OS/390 R9`
		`.... ...1`		`CVTOS390_021000`	`"X'01'" OS/390 R10`
		`.... ...1`		`CVTOS390_R10`	`"X'01'" OS/390 R10`
		`.... ...1`		`CVTH7703`	`"X'01'" OS/390 R10`
`1267`	`(4F3)`	`BITSTRING`	`1`	`CVTOSLV3`	`BYTE 3 OF CVTOSLVL`
		`1... ....`		`CVTPAUSE`	`"X'80'" Pause/Release services are present`
		`.1.. ....`		`CVTPAUS2`	`"X'40'" IEAVAPE2 and related services, and Ownership options.`
		`..1. ....`		`CVTZOS`	`"X'20'" z/OS V1R1`
		`..1. ....`		`CVTZOS_010100`	`"X'20'" z/OS V1R1`
		`..1. ....`		`CVTZOS_V1R1`	`"X'20'" z/OS V1R1`
		`..1. ....`		`CVTJ7713`	`"X'20'" JBB7713`
		`..1. ....`		`CVTLPARC`	`"X'20'" LPAR Clustering is present.`
		`...1 ....`		`CVTZOS_010200`	`"X'10'" z/OS V1R2`
		`...1 ....`		`CVTZOS_V1R2`	`"X'10'" z/OS V1R2`
		`...1 ....`		`CVTH7705`	`"X'10'" HBB7705`
		`...1 ....`		`CVTV64`	`"X'10'" 64-bit virtual services are present. You should ensure FLCARCH (in IHAPSA) is non-zero before using`
		`.... 1...`		`CVTZOS_010300`	`"X'08'" z/OS V1R3`
		`.... 1...`		`CVTZOS_V1R3`	`"X'08'" z/OS V1R3`
		`.... 1...`		`CVTH7706`	`"X'08'" HBB7706`
		`.... .1..`		`CVTZOS_010400`	`"X'04'" z/OS V1R4`
		`.... .1..`		`CVTZOS_V1R4`	`"X'04'" z/OS V1R4`
		`.... .1..`		`CVTH7707`	`"X'04'" HBB7707`
		`.... ..1.`		`CVTZOS_010500`	`"X'02'" z/OS V1R5`
		`.... ..1.`		`CVTZOS_V1R5`	`"X'02'" z/OS V1R5`
		`.... ..1.`		`CVTH7708`	`"X'02'" HBB7708`
		`.... ...1`		`CVTZOS_010600`	`"X'01'" z/OS V1R6`
		`.... ...1`		`CVTZOS_V1R6`	`"X'01'" z/OS V1R6`
		`.... ...1`		`CVTH7709`	`"X'01'" HBB7709`
`1268`	`(4F4)`	`BITSTRING`	`1`	`CVTOSLV4`	`BYTE 4 OF CVTOSLVL`
		`1... ....`		`CVTCSRSI`	`"X'80'" CSRSI service is available`
		`.1.. ....`		`CVTUNICS`	`"X'40'" Unicode callable services available`
		`..1. ....`		`CVTCSRUN`	`"X'20'" CSRUNIC callable service available`
		`...1 ....`		`CVTILM`	`"X'10'" IBM License Manager functions are present`
		`.... 1...`		`CVTALRS`	`"X'08'" ASN-and-LX-Reuse architecture is supported. It might not be enabled. See CVTALR.`
		`.... .1..`		`CVTTOCP`	`"X'04'" TIMEUSED TIME_ON_CP`
		`.... ..1.`		`CVTZIIP`	`"X'02'" zIIP support is present`
		`.... ..1.`		`CVTSUP`	`"X'02'" zIIP support is present`
		`.... ...1`		`CVTIFAR`	`"X'01'" IFA routine is present`
`1269`	`(4F5)`	`BITSTRING`	`1`	`CVTOSLV5`	`BYTE 5 OF CVTOSLVL`
		`1... ....`		`CVTZOSE`	`"X'80'" z/OS.e`
		`1... ....`		`CVTZOSAS`	`"X'80'" z/OS.e`
		`1... ....`		`CVTPUMA`	`"X'80'" z/OS.e`
		`.1.. ....`		`CVTZOS_010700`	`"X'40'" z/OS V1R7`
		`.1.. ....`		`CVTZOS_V1R7`	`"X'40'" z/OS V1R7`
		`.1.. ....`		`CVTH7720`	`"X'40'" HBB7720`
		`..1. ....`		`CVTZOS_010800`	`"X'20'" z/OS V1R8`
		`..1. ....`		`CVTZOS_V1R8`	`"X'20'" z/OS V1R8`
		`..1. ....`		`CVTH7730`	`"X'20'" HBB7730`
		`...1 ....`		`CVTZOS_010900`	`"X'10'" z/OS V1R9`
		`...1 ....`		`CVTZOS_V1R9`	`"X'10'" z/OS V1R9`
		`...1 ....`		`CVTH7740`	`"X'10'" HBB7740`
		`.... 1...`		`CVTZOS_011000`	`"X'08'" z/OS V1R10`
		`.... 1...`		`CVTZOS_V1R10`	`"X'08'" z/OS V1R10`
		`.... 1...`		`CVTH7750`	`"X'08'" HBB7750`
		`.... .1..`		`CVTZOS_011100`	`"X'04'" z/OS V1R11`
		`.... .1..`		`CVTZOS_V1R11`	`"X'04'" z/OS V1R11`
		`.... .1..`		`CVT_G64CPU_INFRASTRUCTURE`	`"X'04'" G64CPU Infrastructure present`
		`.... .1..`		`CVTH7760`	`"X'04'" HBB7760`
		`.... ..1.`		`CVTZOS_011200`	`"X'02'" z/OS V1R12`
		`.... ..1.`		`CVTZOS_V1R12`	`"X'02'" z/OS V1R12`
		`.... ..1.`		`CVTH7770`	`"X'02'" HBB7770`
		`.... ...1`		`CVTZOS_011300`	`"X'01'" z/OS V1R13`
		`.... ...1`		`CVTZOS_V1R13`	`"X'01'" z/OS V1R13`
		`.... ...1`		`CVTH7780`	`"X'01'" HBB7780`
`1270`	`(4F6)`	`BITSTRING`	`1`	`CVTOSLV6`	`BYTE 6 OF CVTOSLVL`
		`1... ....`		`CVTZOS_020100`	`"X'80'" z/OS V2R1`
		`1... ....`		`CVTZOS_V2R1`	`"X'80'" z/OS V2R1`
		`1... ....`		`CVTH7790`	`"X'80'" HBB7790`
		`.1.. ....`		`CVTZOS_020200`	`"X'40'" z/OS V2R2`
		`.1.. ....`		`CVTZOS_V2R2`	`"X'40'" z/OS V2R2`
		`.1.. ....`		`CVTPAUSEMULTIPLE`	`"X'40'" Pause Multiple`
		`.1.. ....`		`CVTH77A0`	`"X'40'" HBB77A0`
		`..1. ....`		`CVTJ778H`	`"X'20'" JBB778H`
		`..1. ....`		`CVTZOS_V1R13_JBB778H`	`"X'20'" JBB778H`
		`..1. ....`		`CVTZOS_011300_JBB778H`	`"X'20'" JBB778H`
`1271`	`(4F7)`	`BITSTRING`	`1`	`CVTOSLV7`	`BYTE 7 OF CVTOSLVL`
`1272`	`(4F8)`	`BITSTRING`	`1`	`CVTOSLV8`	`BYTE 8 OF CVTOSLVL`
		`1... ....`		`CVTPAUS3`	`"X'80'" IEA4xxxx`
		`.1.. ....`		`CVTPAUS4`	`"X'40'" Pause with checkpoint-OK`
		`..1. ....`		`CVTECT1`	`"X'20'" TIMEUSED ECT=YES with TIME_ON_CP, OFFLOAD_TIME, OFFLOAD_ON_CP`
		`...1 ....`		`CVTOOCP`	`"X'10'" TIMEUSED with TIME_ON_CP and OFFLOAD_ON_CP`
		`.... 1...`		`CVTIEFOPZ`	`"X'08'" IEFOPZ`
`1273`	`(4F9)`	`BITSTRING`	`1`	`CVTOSLV9`	`BYTE 9 OF CVTOSLVL`
`1274`	`(4FA)`	`BITSTRING`	`1`	`CVTOSLVA`	`BYTE 10 OF CVTOSLVL`
`1275`	`(4FB)`	`BITSTRING`	`1`	`CVTOSLVB`	`BYTE 11 OF CVTOSLVL`
`1276`	`(4FC)`	`BITSTRING`	`1`	`CVTOSLVC`	`BYTE 12 OF CVTOSLVL`
`1277`	`(4FD)`	`BITSTRING`	`1`	`CVTOSLVD`	`BYTE 13 OF CVTOSLVL`
`1278`	`(4FE)`	`BITSTRING`	`1`	`CVTOSLVE`	`BYTE 14 OF CVTOSLVL`
`1279`	`(4FF)`	`BITSTRING`	`1`	`CVTOSLVF`	`BYTE 15 OF CVTOSLVL`

Table 2. Structure CVTVSTGX
`Offset`	`Offset`
`Dec`	`Hex`	`Type`	`Len`	`Name(Dim)`	`Description`
`0`	`(0)`	`STRUCTURE`	`0`	`CVTVSTGX`
`0`	`(0)`	`SIGNED`	`4`	`CVTBLDLS`	`- RESERVED - WAS STARTING ADDRESS OF BLDL LIST. MUST BE ZERO NOW.`
`4`	`(4)`	`SIGNED`	`4`	`CVTBLDLE`	`- RESERVED - WAS ENDING ADDRESS OF BLDL LIST. MUST BE ZERO NOW.`
`8`	`(8)`	`ADDRESS`	`4`	`CVTMLPAS`	`- STARTING VIRTUAL ADDRESS OF MLPA.`
`12`	`(C)`	`ADDRESS`	`4`	`CVTMLPAE`	`- ENDING VIRTUAL ADDRESS OF MLPA.`
`16`	`(10)`	`ADDRESS`	`4`	`CVTFLPAS`	`- STARTING VIRTUAL ADDRESS OF FLPA.`
`20`	`(14)`	`ADDRESS`	`4`	`CVTFLPAE`	`- ENDING VIRTUAL ADDRESS OF FLPA.`
`24`	`(18)`	`ADDRESS`	`4`	`CVTPLPAS`	`- STARTING VIRTUAL ADDRESS OF PLPA.`
`28`	`(1C)`	`ADDRESS`	`4`	`CVTPLPAE`	`- ENDING VIRTUAL ADDRESS OF PLPA.`
`32`	`(20)`	`ADDRESS`	`4`	`CVTRWNS`	`- STARTING VIRTUAL ADDRESS OF READ-WRITE NUCLEUS. (MDCXXX)`
`36`	`(24)`	`ADDRESS`	`4`	`CVTRWNE`	`- ENDING VIRTUAL ADDRESS OF READ-WRITE NUCLEUS. (MDCXXX)`
`40`	`(28)`	`ADDRESS`	`4`	`CVTRONS`	`- STARTING VIRTUAL ADDRESS OF READ-ONLY NUCLEUS. (MDCXXX)`
`44`	`(2C)`	`ADDRESS`	`4`	`CVTRONE`	`- ENDING VIRTUAL ADDRESS OF READ-ONLY NUCLEUS. (MDCXXX)`
`48`	`(30)`	`ADDRESS`	`4`	`CVTERWNS`	`- STARTING EXTENDED ADDRESS READ/WRITE NUCLEUS. @(DCR658)`
`52`	`(34)`	`ADDRESS`	`4`	`CVTERWNE`	`- ENDING EXTENDED ADDRESS READ/WRITE NUCLEUS. @(DCR658)`
`56`	`(38)`	`ADDRESS`	`4`	`CVTEPLPS`	`- STARTING VIRTUAL ADDRESS OF EXTENDED PLPA.`
`60`	`(3C)`	`ADDRESS`	`4`	`CVTEPLPE`	`- ENDING VIRTUAL ADDRESS OF EXTENDED PLPA.`
`64`	`(40)`	`ADDRESS`	`4`	`CVTEFLPS`	`- STARTING VIRTUAL ADDRESS OF EXTENDED FLPA.`
`68`	`(44)`	`ADDRESS`	`4`	`CVTEFLPE`	`- ENDING VIRTUAL ADDRESS OF EXTENDED FLPA.`
`72`	`(48)`	`ADDRESS`	`4`	`CVTEMLPS`	`- STARTING VIRTUAL ADDRESS OF EXTENDED MLPA.`
`76`	`(4C)`	`ADDRESS`	`4`	`CVTEMLPE`	`- ENDING VIRTUAL ADDRESS OF EXTENDED MLPA.`

Table 3. Structure CVTXTNT1
`Offset`	`Offset`
`Dec`	`Hex`	`Type`	`Len`	`Name(Dim)`	`Description`
`0`	`(0)`	`STRUCTURE`	`0`	`CVTXTNT1`
`0`	`(0)`	`ADDRESS`	`4`	`CVTFACHN`	`- ADDRESS OF CHAIN OF DCB FIELD AREAS (ISAM). ICB421`
`4`	`(4)`	`BITSTRING`	`8`	`CVT1R004`	`RESERVED`

Table 4. Structure CVTXTNT2
`Offset`	`Offset`
`Dec`	`Hex`	`Type`	`Len`	`Name(Dim)`	`Description`
`0`	`(0)`	`STRUCTURE`	`0`	`CVTXTNT2`
`0`	`(0)`	`BITSTRING`	`4`	`CVT2R000`	`RESERVED`
`4`	`(4)`	`CHARACTER`	`1`	`CVTNUCLS`	`- IDENTIFICATION OF THE NUCLEUS MEMBER NAME`
`5`	`(5)`	`BITSTRING`	`1`	`CVTFLGBT`	`- Flag byte. This byte is an interface only for bit CVTUNDVM`
		`1... ....`		`CVTNPE`	`"X'80'" - INDICATES NON-PAGING ENVIRONMENT (VM HANDSHAKING) (OS/VS1) (MDC302)`
		`.1.. ....`		`CVTVME`	`"X'40'" - INDICATES MACHINE IS OPERATING IN VM ENVIRONMENT (OS/VS1) (MDC303)`
		`..1. ....`		`CVTBAH`	`"X'20'" - INDICATES THAT THE VM/370 - OS/VS1 BTAM AUTOPOLL HANDSHAKE IS OPERATIONAL (OS/VS1) (MDC356)`
		`...1 ....`		`CVTUNDVM`	`"X'10'" - Running under VM (this is not the same as running in VM)`
`6`	`(6)`	`BITSTRING`	`2`	`CVTIOCID`	`- EBCDIC IDENTIFIER OF THE ACTIVE I/O CONFIGURATION SPECIFIED BY THE OPERATOR`
`8`	`(8)`	`ADDRESS`	`4`	`CVTDEBVR`	`"V(IFGDEBVR)" - ADDRESS OF BRANCH ENTRY POINT OF DEB VALIDITY CHECK ROUTINE (ICB380) XM9028`
`12`	`(C)`	`ADDRESS`	`4`	`CVTCVAF`	`- POINTER TO THE CVAF TABLE, WHICH CONTAINS THE CVAF BRANCH ENTRY ADDRESS AND NEXT VIB ADDRESS. (MDC410)`
`16`	`(10)`	`ADDRESS`	`4`	`CVTMMVT`	`"V(ICYMMVTC)" ADDRESS OF THE MEDIA MANAGER VECTOR TABLE (MDC410)`
`20`	`(14)`	`ADDRESS`	`4`	`CVTNCVP`	`ADDRESS OF CSA BUFFER POOL - USED BY NETWORK MANAGEMENT FACILITY (NMF)`
`24`	`(18)`	`ADDRESS`	`4`	`CVTQID(0)`	`- SAME AS CVTQIDA BELOW ICB381`
`24`	`(18)`	`BITSTRING`	`1`		`- RESERVED - FIRST BYTE OF CVTQID`
`25`	`(19)`	`ADDRESS`	`3`	`CVTQIDA`	`- ADDRESS OF QUEUE IDENTIFICATION (QID) TABLE PREFIX ICB381`
`28`	`(1C)`	`ADDRESS`	`4`	`CVTOLTEP`	`- POINTER TO CONTROL BLOCK CREATED BY SVC 59 TO POINT TO PSEUDO-DEB'S`
`32`	`(20)`	`BITSTRING`	`4`	`CVT2R020`	`- RESERVED`
`36`	`(24)`	`ADDRESS`	`4`	`CVTAVVT(0)`	`ADDRESS OF AVM CONTROL BLOCK OWNERSHIP: AVM SERIALIZATION: CS`
		`1... ....`		`CVTAVIN`	`"X'80'" INDICATES AVM INSTALLED`
`36`	`(24)`	`BITSTRING`	`4`
`40`	`(28)`	`ADDRESS`	`4`	`CVTCCVT`	`- ADDRESS OF CRYPTOGRAPHIC FACILITY CVT (MDC370)`
`44`	`(2C)`	`ADDRESS`	`4`	`CVTSKTA`	`- ADDRESS OF STORAGE KEY TABLE (VM HANDSHAKING) (OS/VS1) (MDC304)`
`48`	`(30)`	`ADDRESS`	`4`	`CVTICB`	`- ADDRESS OF MASS STORAGE SYSTEM (MSS) CONTROL BLOCK (MDC305)`
`52`	`(34)`	`BITSTRING`	`1`	`CVTFBYT1`	`- FLAG BYTE`
		`1... ....`		`CVTRDE`	`"X'80'" - RELIABILITY DATA EXTRACTOR INDICATOR OWNERSHIP: DFP. SERIALIZATION: NONE.`
`53`	`(35)`	`BITSTRING`	`3`	`CVT2R035`	`- RESERVED`
`CVTLDTO contains the offset value needed to adjust the TOD value to the local date and time of day. It is similar to CVTTZ except that CVTLDTO is a doubleword value. CVTLDTOL and CVTTZ contain the same value.`
`56`	`(38)`	`DBL WORD`	`8`	`CVTLDTO(0)`	`LOCAL TIME/DATE OFFSET`
`56`	`(38)`	`SIGNED`	`4`	`CVTLDTOL`	`HIGH WORD`
`60`	`(3C)`	`SIGNED`	`4`	`CVTLDTOR`	`LOW WORD`
`64`	`(40)`	`ADDRESS`	`4`	`CVTATCVT`	`- POINTER TO VTAM'S CVT`
		`1... ....`		`CVTATACT`	`"X'80'" IF ON, VTAM IS ACTIVE MDC081`
`68`	`(44)`	`BITSTRING`	`4`	`CVT2R044`	`- RESERVED`
`72`	`(48)`	`SIGNED`	`4`	`CVTBCLMT`	`- NUMBER OF 130-BYTE RECORDS SET ASIDE FOR BROADCAST MESSAGES`
`76`	`(4C)`	`SIGNED`	`4`	`CVT2R04C`	`RESERVED`
`80`	`(50)`	`DBL WORD`	`8`	`CVTLSO(0)`	`LEAP SECOND OFFSET IN TOD FORMAT`
`80`	`(50)`	`SIGNED`	`4`	`CVTLSOH`	`HIGH WORD`
`84`	`(54)`	`SIGNED`	`4`	`CVTLSOL`	`LOW WORD`
`88`	`(58)`	`BITSTRING`	`44`	`CVT2R058`	`RESERVED`
`END OF CVT`

Table 5. Cross Reference for CVT
`Name`	`Offset`	`Hex Tag`
`CVT_G64CPU_INFRASTRUCTURE`	`4F5`	`4`
`CVTABEND`	`C8`
`CVTADV`	`3B8`
`CVTAIDVT`	`2EC`
`CVTALR`	`179`	`2`
`CVTALRS`	`4F4`	`8`
`CVTAMFF`	`108`	`0`
`CVTAPF`	`144`
`CVTAPFA`	`145`
`CVTAPFT`	`278`
`CVTAPG`	`18F`	`7`
`CVTAPR`	`B6`	`40`
`CVTAPTHR`	`B7`	`8`
`CVTAQAVB`	`F1`
`CVTAQAVT`	`F0`
`CVTAQTOP`	`224`
`CVTASCBH`	`234`
`CVTASCBL`	`238`
`CVTASCII`	`B6`	`2`
`CVTASCRF`	`1B4`
`CVTASCRL`	`1B8`
`CVTASMVT`	`2C0`
`CVTASVT`	`22C`
`CVTATACT`	`40`	`80`
`CVTATCVT`	`40`
`CVTAUSCB`	`C`
`CVTAUTHL`	`1E4`
`CVTAVIN`	`24`	`80`
`CVTAVVT`	`24`
`CVTBAH`	`5`	`20`
`CVTBCLMT`	`48`	`0`
`CVTBFP`	`4F2`	`10`
`CVTBFPH`	`179`	`10`
`CVTBLDCP`	`1E8`
`CVTBLDLE`	`4`	`0`
`CVTBLDLS`	`0`	`0`
`CVTBRET`	`52`
`CVTBSM0F`	`1AE`	`B0F`
`CVTBSM2`	`1DE`	`B02`
`CVTBTERM`	`34`
`CVTBUF`	`10`
`CVTCADS`	`4F0`	`4`
`CVTCALL`	`44A`
`CVTCBBR`	`3CC`
`CVTCBSP`	`100`
`CVTCCH`	`B6`	`80`
`CVTCCVT`	`28`
`CVTCDEQ`	`3D8`
`CVTCGK`	`3E4`
`CVTCKRAS`	`4C0`
`CVTCMPSC`	`179`	`80`
`CVTCMPSH`	`179`	`40`
`CVTCPBDB`	`480`
`CVTCPDLB`	`484`
`CVTCPFRE`	`470`
`CVTCPGTC`	`46C`
`CVTCPGUB`	`464`
`CVTCPGUP`	`468`
`CVTCPGUS`	`494`
`CVTCPUASALIASTOCORE`	`17A`	`10`
`CVTCRAS`	`1FC`
`CVTCRMN`	`1F8`
`CVTCRPTL`	`4F0`	`2`
`CVTCSD`	`294`
`CVTCSDRL`	`39C`
`CVTCSOAL`	`4CC`
`CVTCSOCR`	`4D4`
`CVTCSOCS`	`4D8`
`CVTCSOMF`	`4C8`
`CVTCSPIE`	`1CC`
`CVTCSRIM`	`4B4`	`80`
`CVTCSRSI`	`4F4`	`80`
`CVTCSRT`	`220`
`CVTCSRUN`	`4F4`	`20`
`CVTCSTR`	`178`	`4`
`CVTCTIMS`	`B7`	`40`
`CVTCTLFG`	`18E`	`10`
`CVTCTTVT`	`3F8`
`CVTCUCB`	`64`
`CVTCUSE`	`178`	`20`
`CVTCVAF`	`C`
`CVTCVT`	`60`	`40C3E5E3`
`CVTDAIR`	`2DC`
`CVTDAIRX`	`90`
`CVTDARCM`	`36C`
`CVTDATE`	`38`	`0`
`CVTDCB`	`74`	`9B`
`CVTDCBA`	`75`
`CVTDCPA`	`17B`	`10`
`CVTDCQA`	`4E0`
`CVTDDR`	`B6`	`20`
`CVTDEBVR`	`8`
`CVTDELCP`	`1F4`
`CVTDFA`	`4C0`
`CVTDICOM`	`168`	`80`
`CVTDIRST`	`168`	`0`
`CVTDMSR`	`110`
`CVTDMSRA`	`111`
`CVTDMSRF`	`110`	`0`
`CVTDOFFE`	`48C`
`CVTDOFFS`	`488`
`CVTDPUR`	`43C`
`CVTDQIQE`	`298`
`CVTDRMOD`	`18E`	`8`
`CVTDSSAC`	`1D6`	`0`
`CVTDSTAT`	`18E`	`10`
`CVTDYAPF`	`4F1`	`80`
`CVTDYLPA`	`4F2`	`80`
`CVTDYNEX`	`4F1`	`20`
`CVTDYNL`	`4F1`	`4`
`CVTECT1`	`4F8`	`20`
`CVTECVT`	`8C`
`CVTEDAT`	`179`	`1`
`CVTEDAT2`	`17B`	`1`
`CVTEFF02`	`3D0`
`CVTEFLPE`	`44`
`CVTEFLPS`	`40`
`CVTEHCIR`	`2E4`
`CVTEHDEF`	`2E0`
`CVTEMLPE`	`4C`
`CVTEMLPS`	`48`
`CVTENCLV`	`4F1`	`10`
`CVTENFCT`	`C0`
`CVTEORM`	`138`
`CVTEPLPE`	`3C`
`CVTEPLPS`	`38`
`CVTERWNE`	`34`
`CVTERWNS`	`30`
`CVTESA`	`4F0`	`80`
`CVTESAME`	`17A`	`80`
`CVTEVENT`	`3C4`
`CVTEXCL`	`32C`
`CVTEXIT`	`50`
`CVTEXPRO`	`260`
`CVTEXP1`	`398`
`CVTEXSNL`	`18C`	`0`
`CVTEXSNR`	`188`
`CVTEXT1`	`FC`
`CVTEXT2`	`148`
`CVTEXT2A`	`149`
`CVTE51GN`	`1AC`	`80`
`CVTE51LN`	`1AC`	`40`
`CVTFACHN`	`0`
`CVTFBOSV`	`84`
`CVTFBYT1`	`34`	`0`
`CVTFETCH`	`2D0`
`CVTFIX`	`-100`
`CVTFLAGS`	`178`
`CVTFLAG1`	`178`	`0`
`CVTFLAG2`	`179`	`80`
`CVTFLAG3`	`17A`	`0`
`CVTFLAG4`	`17B`	`80`
`CVTFLAG5`	`F4`	`0`
`CVTFLAG6`	`F5`	`0`
`CVTFLAG7`	`F6`	`0`
`CVTFLAG8`	`F7`	`0`
`CVTFLGBT`	`5`	`0`
`CVTFLGCS`	`5C`
`CVTFLGC0`	`5C`	`0`
`CVTFLGC1`	`5D`	`0`
`CVTFLPAE`	`14`
`CVTFLPAS`	`10`
`CVTFP`	`B7`	`4`
`CVTFQCB`	`280`	`0`
`CVTFRAS`	`204`
`CVTFRECL`	`1F0`
`CVTFUNC`	`4A8`	`0`
`CVTGDA`	`230`
`CVTGETCL`	`1EC`
`CVTGETL`	`15C`
`CVTGLMN`	`2A8`
`CVTGMBR`	`350`
`CVTGRRGN`	`498`
`CVTGRSST`	`1AC`	`0`
`CVTGSDA`	`3B4`
`CVTGSDAB`	`3B4`	`80`
`CVTGSMQ`	`264`
`CVTGTF`	`EC`
`CVTGTFA`	`ED`
`CVTGTFAV`	`EC`	`80`
`CVTGTFR8`	`384`
`CVTGTFST`	`EC`
`CVTGTRCE`	`18E`	`2`
`CVTGVRGN`	`49C`
`CVTGVT`	`1B0`
`CVTGXL`	`118`
`CVTHID`	`42C`
`CVTHIPER`	`4F0`	`10`
`CVTHJES`	`14C`
`CVTHJESA`	`14D`
`CVTHSM`	`3DC`
`CVTH3310`	`4F0`	`80`
`CVTH4410`	`4F0`	`8`
`CVTH4420`	`4F0`	`40`
`CVTH4430`	`4F1`	`80`
`CVTH5510`	`4F1`	`20`
`CVTH5520`	`4F1`	`10`
`CVTH5530`	`4F1`	`4`
`CVTH6601`	`4F1`	`2`
`CVTH6603`	`4F1`	`4`
`CVTH6605`	`4F2`	`40`
`CVTH6606`	`4F2`	`20`
`CVTH6608`	`4F2`	`4`
`CVTH6609`	`4F2`	`2`
`CVTH77A0`	`4F6`	`40`
`CVTH7703`	`4F2`	`1`
`CVTH7705`	`4F3`	`10`
`CVTH7706`	`4F3`	`8`
`CVTH7707`	`4F3`	`4`
`CVTH7708`	`4F3`	`2`
`CVTH7709`	`4F3`	`1`
`CVTH7720`	`4F5`	`40`
`CVTH7730`	`4F5`	`20`
`CVTH7740`	`4F5`	`10`
`CVTH7750`	`4F5`	`8`
`CVTH7760`	`4F5`	`4`
`CVTH7770`	`4F5`	`2`
`CVTH7780`	`4F5`	`1`
`CVTH7790`	`4F6`	`80`
`CVTICB`	`30`
`CVTICHPT`	`4D0`
`CVTICPID`	`5E`	`0`
`CVTIDEVN`	`41C`
`CVTIEFOPZ`	`4F8`	`8`
`CVTIFAR`	`4F4`	`1`
`CVTIHASU`	`414`
`CVTIHVP`	`124`
`CVTILM`	`4F4`	`10`
`CVTIOBP`	`2C4`
`CVTIOCID`	`6`	`0`
`CVTIONLV`	`4A0`	`0`
`CVTIPCDS`	`2F0`
`CVTIPCRI`	`2F4`
`CVTIPCRP`	`2F8`
`CVTIQD`	`179`	`4`
`CVTIRECM`	`368`
`CVTISNBR`	`334`
`CVTIXAVL`	`7C`
`CVTJESCT`	`128`
`CVTJTERM`	`3FC`
`CVTJ3311`	`4F0`	`10`
`CVTJ3313`	`4F0`	`20`
`CVTJ4422`	`4F0`	`1`
`CVTJ5522`	`4F1`	`8`
`CVTJ6602`	`4F1`	`1`
`CVTJ6604`	`4F2`	`80`
`CVTJ6607`	`4F2`	`8`
`CVTJ6609`	`4F2`	`2`
`CVTJ7713`	`4F3`	`20`
`CVTJ778H`	`4F6`	`20`
`CVTKPAR`	`178`	`1`
`CVTLCCAT`	`300`
`CVTLDEV`	`F0`	`40`
`CVTLDTO`	`38`
`CVTLDTOL`	`38`	`0`
`CVTLDTOR`	`3C`	`0`
`CVTLEVL`	`-2`
`CVTLFRM`	`34C`
`CVTLINK`	`8`
`CVTLKR`	`4F0`	`8`
`CVTLKRM`	`140`
`CVTLKRMA`	`290`
`CVTLLCB`	`24`
`CVTLLTA`	`4DC`
`CVTLLTRM`	`28`
`CVTLNKSC`	`D6`
`CVTLPARC`	`4F3`	`20`
`CVTLPDIA`	`168`
`CVTLPDIR`	`169`
`CVTLPDSR`	`160`
`CVTLQCB`	`284`	`0`
`CVTLSCH`	`3D4`
`CVTLSMQ`	`268`
`CVTLSO`	`50`
`CVTLSOH`	`50`	`0`
`CVTLSOL`	`54`	`0`
`CVTMAP`	`0`	`100`
`CVTMAXMP`	`1DC`	`1`
`CVTMCHPR`	`134`
`CVTMDL`	`-6`
`CVTMDLDS`	`D0`
`CVTMFACT`	`320`	`80`
`CVTMFCTL`	`31C`
`CVTMFRTR`	`320`
`CVTMLPAE`	`C`
`CVTMLPAS`	`8`
`CVTMMVT`	`10`
`CVTMSER`	`94`
`CVTMSFCB`	`428`
`CVTMSFRM`	`33C`
`CVTMSLT`	`3C`
`CVTMULNF`	`5C`	`80`
`CVTMULTICPUSPERCORE`	`17A`	`20`
`CVTMVPG`	`178`	`10`
`CVTMVSE`	`74`	`80`
`CVTMVS2`	`74`	`1`
`CVTMZ00`	`A4`	`7FFFFFFF`
`CVTNCVP`	`14`
`CVTNIP`	`B6`	`10`
`CVTNLOG`	`B7`	`10`
`CVTNOMP`	`18E`	`4`
`CVTNPE`	`5`	`80`
`CVTNUCB`	`80`
`CVTNUCLS`	`4`	`40`
`CVTNUCLU`	`4EC`
`CVTNUCMP`	`4B0`
`CVTNUMB`	`-4`
`CVTNVT0`	`4C4`
`CVTNWTCM`	`F0`	`20`
`CVTOLTEP`	`1C`
`CVTOLT0A`	`1C4`
`CVTOOCP`	`4F8`	`10`
`CVTOPCTP`	`25C`
`CVTOPTA`	`B6`	`B2`
`CVTOPTB`	`B7`	`30`
`CVTOPTE`	`218`
`CVTOSEXT`	`74`	`8`
`CVTOSLVA`	`4FA`	`0`
`CVTOSLVB`	`4FB`	`0`
`CVTOSLVC`	`4FC`	`0`
`CVTOSLVD`	`4FD`	`0`
`CVTOSLVE`	`4FE`	`0`
`CVTOSLVF`	`4FF`	`0`
`CVTOSLVL`	`4F0`
`CVTOSLV0`	`4F0`	`FF`
`CVTOSLV1`	`4F1`	`FF`
`CVTOSLV2`	`4F2`	`FF`
`CVTOSLV3`	`4F3`	`FF`
`CVTOSLV4`	`4F4`	`AF`
`CVTOSLV5`	`4F5`	`7F`
`CVTOSLV6`	`4F6`	`E0`
`CVTOSLV7`	`4F7`	`0`
`CVTOSLV8`	`4F8`	`D0`
`CVTOSLV9`	`4F9`	`0`
`CVTOS390`	`4F1`	`2`
`CVTOS390_R1`	`4F1`	`2`
`CVTOS390_R10`	`4F2`	`1`
`CVTOS390_R2`	`4F1`	`1`
`CVTOS390_R3`	`4F1`	`4`
`CVTOS390_R4`	`4F2`	`80`
`CVTOS390_R5`	`4F2`	`40`
`CVTOS390_R6`	`4F2`	`20`
`CVTOS390_R7`	`4F2`	`8`
`CVTOS390_R8`	`4F2`	`4`
`CVTOS390_R9`	`4F2`	`2`
`CVTOS390_010100`	`4F1`	`2`
`CVTOS390_010200`	`4F1`	`1`
`CVTOS390_010300`	`4F1`	`4`
`CVTOS390_010400`	`4F2`	`80`
`CVTOS390_020400`	`4F2`	`80`
`CVTOS390_020500`	`4F2`	`40`
`CVTOS390_020600`	`4F2`	`20`
`CVTOS390_020700`	`4F2`	`8`
`CVTOS390_020800`	`4F2`	`4`
`CVTOS390_020900`	`4F2`	`2`
`CVTOS390_021000`	`4F2`	`1`
`CVTOVER`	`178`	`8`
`CVTPARMC`	`4F1`	`1`
`CVTPARRL`	`274`
`CVTPARS`	`20C`
`CVTPATCH`	`DC`
`CVTPAUSE`	`4F3`	`80`
`CVTPAUSEMULTIPLE`	`4F6`	`40`
`CVTPAUS2`	`4F3`	`40`
`CVTPAUS3`	`4F8`	`80`
`CVTPAUS4`	`4F8`	`40`
`CVTPCCAT`	`2FC`
`CVTPCNVT`	`1C`
`CVTPERFM`	`2D8`
`CVTPER2`	`179`	`8`
`CVTPGSER`	`45C`
`CVTPLPAE`	`1C`
`CVTPLPAS`	`18`
`CVTPPGMX`	`1A8`
`CVTPRDED`	`4F1`	`2`
`CVTPRLTV`	`20`
`CVTPROCASCORE`	`17A`	`40`
`CVTPROD`	`-28`
`CVTPRODI`	`-20`	`40404040`
`CVTPRODN`	`-28`	`40404040`
`CVTPROT`	`B7`	`80`
`CVTPSXM`	`430`
`CVTPTGT`	`1D0`
`CVTPTRV`	`120`
`CVTPTRV3`	`13C`
`CVTPUMA`	`4F5`	`80`
`CVTPURG`	`104`
`CVTPURGA`	`105`
`CVTPUTL`	`1BC`
`CVTPVBP`	`318`
`CVTPVTP`	`164`
`CVTPWI`	`314`
`CVTP001A`	`17B`	`40`
`CVTP001I`	`17B`	`80`
`CVTP002`	`17B`	`8`
`CVTP002C`	`17B`	`4`
`CVTQABST`	`D4`
`CVTQCDSR`	`B8`
`CVTQCS01`	`27C`
`CVTQID`	`18`
`CVTQIDA`	`19`
`CVTQLPAQ`	`BC`
`CVTQMSG`	`10C`
`CVTQMWR`	`B0`
`CVTQOCR`	`AC`
`CVTQSAS`	`200`
`CVTQTD00`	`6C`
`CVTQTE00`	`68`
`CVTQUIS`	`210`
`CVTQV1`	`3A8`
`CVTQV2`	`3AC`
`CVTQV3`	`3B0`
`CVTRAC`	`3E0`
`CVTRBCB`	`16C`
`CVTRCEP`	`490`
`CVTRCP2B`	`152`	`0`
`CVTRDE`	`34`	`80`
`CVTREAL`	`11C`
`CVTRECON`	`380`
`CVTRECRQ`	`2BC`
`CVTRELNO`	`-4`
`CVTRENQ`	`288`
`CVTRI`	`17B`	`2`
`CVTRLSTG`	`358`	`0`
`CVTRMBR`	`348`
`CVTRMPMT`	`394`
`CVTRMPTT`	`390`
`CVTRMS`	`E0`
`CVTRMT`	`408`
`CVTRNIO`	`EC`	`2`
`CVTRONE`	`2C`
`CVTRONS`	`28`
`CVTRPOST`	`29C`
`CVTRSCN`	`194`
`CVTRSMWD`	`178`	`80`
`CVTRSPIE`	`28C`
`CVTRSTCI`	`2CC`	`0`
`CVTRSTRI`	`2CE`	`0`
`CVTRSTRS`	`151`	`0`
`CVTRSTWD`	`2CC`
`CVTRSTW2`	`150`
`CVTRSUME`	`400`
`CVTRS1AD`	`1AD`	`0`
`CVTRS1D7`	`1D7`	`0`
`CVTRS12C`	`12C`	`0`
`CVTRS150`	`150`	`0`
`CVTRS170`	`170`	`0`
`CVTRS180`	`180`	`0`
`CVTRS26C`	`26C`	`0`
`CVTRS3A4`	`3A4`	`0`
`CVTRS3C0`	`3C0`	`0`
`CVTRS360`	`360`	`0`
`CVTRS374`	`374`	`0`
`CVTRS4A1`	`4A1`	`0`
`CVTRS4B5`	`4B5`	`0`
`CVTRS444`	`444`
`CVTRTLS`	`4F2`	`80`
`CVTRTMCT`	`23C`
`CVTRTMS`	`250`
`CVTRT03`	`17C`
`CVTRWNE`	`24`
`CVTRWNS`	`20`
`CVTSAF`	`F8`
`CVTSCAN`	`1E0`
`CVTSCBP`	`248`
`CVTSCPIN`	`340`
`CVTSDBF`	`24C`	`80000000`
`CVTSDMP`	`244`
`CVTSDRM`	`21C`
`CVTSDTRC`	`18E`	`1`
`CVTSDUMP`	`110`	`80`
`CVTSFR`	`114`
`CVTSFV`	`418`
`CVTSHRVM`	`1A0`
`CVTSIC`	`258`
`CVTSIGPT`	`1D4`	`1E`
`CVTSKTA`	`2C`
`CVTSLID`	`175`
`CVTSLIDA`	`174`
`CVTSLIST`	`474`
`CVTSLOC`	`47C`
`CVTSMCA`	`C4`
`CVTSMEXT`	`4AC`
`CVTSMFEX`	`1C8`
`CVTSMFSP`	`424`
`CVTSMF83`	`420`
`CVTSNAME`	`154`	`40404040`
`CVTSNCTR`	`B4`	`0`
`CVTSOLED`	`F5`	`80`
`CVTSOLN`	`4A8`	`80`
`CVTSOPF`	`179`	`20`
`CVTSPD`	`EC`	`40`
`CVTSPDMC`	`1D5`	`0`
`CVTSPDME`	`E4`
`CVTSPFRR`	`35C`
`CVTSPIP`	`4BC`
`CVTSPOST`	`2C8`
`CVTSPSA`	`2AC`
`CVTSPVLK`	`18D`
`CVTSRBRT`	`1C0`
`CVTSREGN`	`478`
`CVTSRM`	`3E8`
`CVTSSAP`	`2E8`
`CVTSSCR`	`3C8`
`CVTSSRB`	`3A0`
`CVTSTB`	`70`
`CVTSTCK`	`1D8`
`CVTSTXU`	`214`
`CVTSUBSP`	`178`	`2`
`CVTSUP`	`4F4`	`2`
`CVTSUSP`	`410`
`CVTSVDCB`	`54`
`CVTSVPRC`	`178`	`40`
`CVTSVT`	`364`
`CVTSV60`	`240`
`CVTSV76M`	`78`	`0`
`CVTSYLK`	`174`	`0`
`CVTSYLKR`	`174`	`0`
`CVTSYLKS`	`174`	`FF`
`CVTSYSAD`	`30`
`CVTS1EE`	`208`
`CVTTAS`	`198`
`CVTTCASP`	`3F4`
`CVTTCBP`	`0`
`CVTTCMFG`	`F0`	`0`
`CVTTCRDY`	`F0`	`80`
`CVTTCTL`	`404`
`CVTTOCP`	`4F4`	`4`
`CVTTOD`	`B7`	`20`
`CVTTPC`	`58`
`CVTTPIO`	`3BC`
`CVTTPIOS`	`254`
`CVTTPUR`	`438`
`CVTTRCRM`	`19C`
`CVTTRPOS`	`440`
`CVTTSCE`	`D8`
`CVTTSKI`	`460`
`CVTTVT`	`9C`
`CVTTX`	`17B`	`8`
`CVTTXC`	`17B`	`4`
`CVTTXJ`	`18E`	`80`
`CVTTXTE`	`18E`	`80`
`CVTTZ`	`130`	`0`
`CVTT6SVC`	`40C`
`CVTUCBA`	`4E4`
`CVTUCBSC`	`434`
`CVTUCBSV`	`4F0`	`8`
`CVTUDUMP`	`110`	`40`
`CVTUNDVM`	`5`	`10`
`CVTUNICS`	`4F4`	`40`
`CVTUSER`	`CC`
`CVTUSR`	`EC`	`4`
`CVTVACR`	`37C`
`CVTVEAC0`	`2A4`
`CVTVEF`	`F4`	`80`
`CVTVERID`	`-18`	`40404040`
`CVTVESTU`	`4E8`
`CVTVFCB`	`458`
`CVTVFGET`	`450`
`CVTVFIND`	`44C`
`CVTVFMEM`	`454`
`CVTVME`	`5`	`40`
`CVTVPRM`	`4C`
`CVTVPSA`	`38C`
`CVTVPSIB`	`324`
`CVTVPSM`	`4E`	`0`
`CVTVSI`	`328`
`CVTVSS`	`4C`	`0`
`CVTVSTGX`	`0`
`CVTVSTOP`	`388`
`CVTVS1A`	`B7`	`2`
`CVTVS1B`	`B7`	`1`
`CVTVTAM`	`4B8`
`CVTVVMDI`	`228`
`CVTVWAIT`	`270`
`CVTV64`	`4F3`	`10`
`CVTWARNUND`	`B6`	`8`
`CVTWLM`	`4F1`	`40`
`CVTWSAC`	`2B8`
`CVTWSAG`	`2B4`
`CVTWSAL`	`2B0`
`CVTWSMA`	`344`
`CVTWSPR`	`EC`	`20`
`CVTWTCB`	`378`
`CVTXAFL`	`4B4`	`0`
`CVTXAPG`	`14`
`CVTXAX`	`4F0`	`80`
`CVTXCPCT`	`448`	`1F4`
`CVTXEXTR`	`338`
`CVTXITP`	`44`
`CVTXPFP`	`B6`	`1`
`CVTXSFT`	`304`
`CVTXSTKN`	`30C`
`CVTXSTKS`	`308`
`CVTXTLER`	`2C`
`CVTXTNT1`	`0`
`CVTXTNT2`	`0`
`CVTXUNSN`	`330`
`CVTXUNSS`	`310`
`CVTZARCH`	`17A`	`80`
`CVTZDTAB`	`40`
`CVTZIIP`	`4F4`	`2`
`CVTZNALC`	`17B`	`20`
`CVTZOS`	`4F3`	`20`
`CVTZOS_V1R1`	`4F3`	`20`
`CVTZOS_V1R10`	`4F5`	`8`
`CVTZOS_V1R11`	`4F5`	`4`
`CVTZOS_V1R12`	`4F5`	`2`
`CVTZOS_V1R13`	`4F5`	`1`
`CVTZOS_V1R13_JBB778H`	`4F6`	`20`
`CVTZOS_V1R2`	`4F3`	`10`
`CVTZOS_V1R3`	`4F3`	`8`
`CVTZOS_V1R4`	`4F3`	`4`
`CVTZOS_V1R5`	`4F3`	`2`
`CVTZOS_V1R6`	`4F3`	`1`
`CVTZOS_V1R7`	`4F5`	`40`
`CVTZOS_V1R8`	`4F5`	`20`
`CVTZOS_V1R9`	`4F5`	`10`
`CVTZOS_V2R1`	`4F6`	`80`
`CVTZOS_V2R2`	`4F6`	`40`
`CVTZOS_010100`	`4F3`	`20`
`CVTZOS_010200`	`4F3`	`10`
`CVTZOS_010300`	`4F3`	`8`
`CVTZOS_010400`	`4F3`	`4`
`CVTZOS_010500`	`4F3`	`2`
`CVTZOS_010600`	`4F3`	`1`
`CVTZOS_010700`	`4F5`	`40`
`CVTZOS_010800`	`4F5`	`20`
`CVTZOS_010900`	`4F5`	`10`
`CVTZOS_011000`	`4F5`	`8`
`CVTZOS_011100`	`4F5`	`4`
`CVTZOS_011200`	`4F5`	`2`
`CVTZOS_011300`	`4F5`	`1`
`CVTZOS_011300_JBB778H`	`4F6`	`20`
`CVTZOS_020100`	`4F6`	`80`
`CVTZOS_020200`	`4F6`	`40`
`CVTZOSAS`	`4F5`	`80`
`CVTZOSE`	`4F5`	`80`
`CVTZ1`	`F4`	`80`
`CVT0DS`	`88`
`CVT0EF00`	`4`
`CVT0EF01`	`48`
`CVT0PT0E`	`3EC`
`CVT0PT01`	`98`
`CVT0PT02`	`370`
`CVT0PT03`	`3F0`
`CVT0SCR1`	`E8`
`CVT0TC0A`	`354`
`CVT0VL00`	`18`
`CVT0VL01`	`1A4`
`CVT040ID`	`A0`	`0`
`CVT044R2`	`2D4`
`CVT062R1`	`2A0`
`CVT1EF00`	`A8`
`CVT1R004`	`4`	`0`
`CVT1SSS`	`74`	`40`
`CVT121TR`	`B6`	`4`
`CVT2R000`	`0`	`0`
`CVT2R020`	`20`	`0`
`CVT2R035`	`35`	`0`
`CVT2R04C`	`4C`	`0`
`CVT2R044`	`44`	`0`
`CVT2R058`	`58`	`0`
`CVT2SPS`	`74`	`20`
`CVT4MPS`	`74`	`4`
`CVT4MS1`	`74`	`10`
`CVT6DAT`	`74`	`2`
`CVT8AOS2`	`74`	`12`