Programming Interface Information: This information is NOT intended to be used as Programming Interfaces of z/VM.

#### CPEBK

Prolog

Control Block Contents
CPEBK DSECT

Storage Layout

Cross Reference (Contains links to field and bit definitions)

#### CPEBK Prolog

     NAME       : HCPCPEBK
     DESCRIPTION: CP TASK EXECUTION BLOCK
     DSECT      : CPEBK
     FUNCTION   : HCPCPEBK MAINTAINS REGISTER VALUES AND ADDRESSING
                  INFORMATION (MODULE ADDRESS OR ENTRY POINT ADDRESS)
                  TO ALLOW CODE TO BE EXECUTED ASYNCHRONOUSLY.  NOTE:
                  A CPEBK IS IDENTICAL TO A SAVBK.
     LOCATED BY : CPEXFPNT  DOUBLY CHAINED
                  CPEXBPNT  DOUBLY CHAINED
                  CACXRCPX  FIELD OF HCPCACBK   (X-SIDE CHANNEL RECONNECT)
                  CACYRCPX  FIELD OF HCPCACBK   (Y-SIDE CHANNEL RECONNECT)
                  DIOQUEUE  FIELD OF HCPDIOBK   (PENDING CRW TASKS FOR
                  THE CORRESPONDING RDEV)
                  GSDCPEX   FIELD OF HCPGSDBK
                  LCKQUE    FIELD OF HCPLCKBK   (OBTAIN LOCK QUEUE)
                  PIOCPEX   FIELD OF HCPPIOBK   (PAGING I/O)
                  RDEVWTDV  FIELD OF HCPRDEV    (WAIT-DEVICE)
                  SYSDCPEX  FIELD OF HCPSYSCM   (DIRECTORY SWAP CONTROL BLOCK)
                  VDSDSTK   FIELD OF HCPVDSBK   (DEFERRED STACK FOR DEVICE)
                  VMDQURCP  FIELD OF HCPVMDBK   (URGENT CPEBK STACK)
                  VMDQCPEF  FIELD OF HCPVMDBK   (NORMAL CPEBK STACK)
                  HCPPAGQ   FIELD OF HCPPAG     (TASKS IN TRANSIT - ACTIVE I/O)
     CREATED BY : HCPABN   SWITCH BACK TO ORIGINAL USER DURING SOFT ABEND
                  HCPCSP   SWITCH TO BASE VMDBK DURING CLOSE OR SPOOL COMMAND
                  HCPCTC   SUSPEND COMMANDS DURING CTCA PROCESSING
                  HCPFRE   SWITCH TO MASTER PROCESSOR DURING FREE STORAGE
                  EXTEND
                  HCPGDS   SIMULATE DASD UNSOLICITED INTERRUPT
                  HCPGFS   SWITCH TO RDEVUSER FOR FULLSCREEN PROCESSING
                  HCPGMC   STACKED GOTO ENDOP TO REFLECT MACHINE CHECK
                  HCPGRF   TRANSFER CONTROL DURING LOGON, SWITCH TO BASE VMDBK
                  IF NEEDED AFTER CALL TO HCPIOSRQ
                  HCPGRS   DEFERRED WRITE TO PRINTER FOR PF COPY
                  HCPIOS   DEFERRED DEVICE INTERVENTION-REQUIRED TASK
                  HCPLOC   WAIT FOR LOCK TO BECOME UNLOCKED
                  HCPLOG   DEFERRED RECONNECT,AUTOLOG,LOGON OF USER
                  HCPMCH   CALL HCPGMC ASYNCHRONOUSLY TO REFLECT MACHINE
                  CHECK, ARRANGE FOR MACHINE CHECK SLIH TO RUN
                  ASYNCHRONOUSLY
                  HCPMCW   CALL HCPGMC ASYNCHRONOUSLY TO REFLECT MACHINE
                  HCPMPF   DEFERRED UNDEDICATE PROCESSOR TASK DURING SWITCH
                  MASTER PROCESSOR
                  HCPPAG   DEFERRED PAGING I/O ERROR MESSAGE
                  HCPPGT   DEFERRED PAGING/SPOOLING SPACE FULL MESSAGE
                  HCPQCO   DEFERRED COMPLETION RESPONSE TO COMBK ORIGINATOR
                  HCPRES   DEFERRED COMPLETION RESPONSE (PATH-MANAGEMENT
                  CONTROL)
                  HCPRFC   (RFCNT)  PENDING CRW TASK -OR- CRW TASK
                  STACKED ON THE SYSTEM.
                  HCPRSP   DEFERRED SPOOL DEVICE REQUEST
                  HCPSFR   DEFERRED SPOOL FILE DELETION
                  HCPSTK   DEFERRED RELEASE OF VMDBK STORAGE DURING LOGOFF
                  HCPUDR   DEFERRED DIRECTORY SWAP TASK
                  HCPUSO   DEFERRED LOGOFF OF FORCED-OFF USER
                  HCPVSP   DEFERRED VIRTUAL SPOOLING REQUEST
                  HCPVUR   DEFERRED VIRTUAL UNIT RECORD DEVICE REQUEST
     DELETED BY : HCPSVC   CPEBKS ARE DELETED AS SAVBKS
     SERIALIZED : SERIALIZATION IS PROVIDED BY THE DISPATCH LOCK EXCEPT
                  FOR CPEXCPRQ WHICH IS SERIALIZED BY TRQBK AND BY THE
                  MP DEFER FUNCTION.
     COMMENTS   : CPEXFPNT AND CPEXBPNT ARE USED TO MAINTAIN VARIOUS
                  CPEBK QUEUES AND STACKS.  ROUTINES MAY USE THESE
                  FIELDS IF THE CPEBK IS NOT CURRENTLY ON A QUEUE OR
                  STACK.  AN EXAMPLE IS THE SAVBK (A CPEBK SYNONYM)
                  USED ON A DYNAMIC CALL.
                  IF A ROUTINE CALLS ANOTHER ROUTINE TO STACK A CPEBK
                  ONTO A QUEUE, THE CALLING ROUTINE SHOULD BE AWARE
                  THAT THE CPEXFPNT AND CPEXBPNT FIELDS MAY HAVE BEEN
                  CHANGED AS A RESULT OF THE CALL.  THE CALLING
                  ROUTINES SHOULD REFRAIN FROM USING THESE FIELDS.
     NOTES      : THE CPEXFPNT, CPEXBPNT AND CPEXSFQP ARE ASSUMED
                  TO BE THE FIRST THREE WORDS IN THIS CONTROL
                  BLOCK BY PROCESSING IN HCPFTH.  THUS, IF YOU
                  CHANGE THE LOCATION OF THESE FIELDS THEN YOU MUST
                  ALSO UPDATE HCPFTH

#### CPEBK Control Block Content

#### CPEBK DSECT

    Hex   Dec Type/Val   Lng Label (dup)    Comments
    ---- ---- --------- ---- -------------- --------
    0000    0 Structure      CPEBK          CP TASK EXECUTION BLOCK
    0000    0 Bitstring    1 CPEXHEAD (0)   Savearea header
          The header of the savearea includes queue pointers, status
          flags, and a type code.  This header must be laid out
          the same in all savearea formats, since a single queue
          or savearea chain may contain a mix of both blocks.
          Eventually, all header fields are to be SVHxxxx.
    0000    0 Address      4 CPEXFPNT       General forward pointer
    0004    4 Address      4 CPEXBPNT       General backward pointer
                                            (backward pointer not used for
                                            single-thread lists)
    0008    8 Address      4 CPEXSFQP       Savearea frame queue pointer
    000C   12 Address      4 CPEXCPRQ       Cross processor return queue addr
    0010   16 Bitstring    1 CPEXSCHC       Savearea dispatching controls
              1... ....      CPEXNOFR       X'80' Do not fret savearea on
                                            dispatch
              .1.. ....      CPEXSKCR       X'40' This is a stacked return
              ..1. ....      CPEXSKCL       X'20' This is a stacked call
              ...1 ....      CPEXRTNF       X'10' "Return" with no fret
              .... 1...      CPEXUCFM       X'08' Stack as console function
                                            work
              .... .1..      CPEXURGT       X'04' Stack as urgent work
              .... ...1      CPEXDMCO       X'01' Dispatch on the master CPU
                                            only
    0011   17 Bitstring    1 CPEXCALC       Block usage status
              1... ....      SVHOPEN        X'80'
              .1.. ....      CPEXGET        X'40' Savearea obtained via GET
              ..1. ....      CPEXCSAV       X'20' FPNT is ptr to C savearea
                                            chain
              .... .1..      SVHSVA         X'04'
              .... ..1.      SVHIS2W        X'02'
              .... ...1      SVHHF2W        X'01'
    0012   18 Bitstring    1 CPEXIAC        Address mode when we HCPCALL
    0013   19 Bitstring    1 CPEXFORM       Savearea format/content
              1... ....      CPEXSTAM       X'80' For STATIC entry pt,
                                            TmodeSTD or TmodeINT: ARs saved
                                            by HCPENTER, and should be
                                            restored by HCPEXIT. Also, set by
                                            HCPSTK and others, tested by
                                            HCPDSB, indicating ARs should be
                                            restored at CPEBK unstack time.
              .1.. ....      CPEXCREG       X'40' Savearea has contiguous
                                            64-bit register fields (SVGBK)
              ..1. ....      CPEXRG64       X'20' Savearea accommodates 64
                                            bits per register (SVGBK, or
                                            SAVBK with SAVEHIRG extension)
              .11. ....      CPEXREGF       CPEXCREG+CPEXRG64 Mask for
                                            register-layout bits above; has
                                            value: noformat 00 for SAVBK 01
                                            for SAVBK with SAVEHIRG 11 for
                                            SVGBK enoformat
    0014   20 Address      4 CPEXRETN       Return linkage routine address
    0018   24 Bitstring    1 CPEXBODY (0)   Savearea body
    0018   24 Bitstring  232 CPEXAREA (0)   Register and working storage
    0018   24 Bitstring   64 CPEXREGS (0)   Caller's registers
    0018   24 Signed       4 CPEXR0 (0)     Caller's saved register 0
    0018   24 Bitstring    1 CPEXR0B0       byte 0
    0019   25 Bitstring    1 CPEXR0B1       byte 1
    001A   26 Bitstring    1 CPEXR0B2       byte 2
    001B   27 Bitstring    1 CPEXR0B3       byte 3
    001C   28 Signed       4 CPEXR1 (0)     Caller's saved register 1
    001C   28 Bitstring    1 CPEXR1B0       byte 0
    001D   29 Bitstring    1 CPEXR1B1       byte 1
    001E   30 Bitstring    1 CPEXR1B2       byte 2
    001F   31 Bitstring    1 CPEXR1B3       byte 3
    0020   32 Signed       4 CPEXR2 (0)     Caller's saved register 2 THE
                                            FOLLOWING BYTE DEFINITIONS OF
                                            SAVER2 ARE FOR TESTING PARAMETERS
                                            PASSED BETWEEN MODULES.
    0020   32 Bitstring    1 CPEXR2B0       byte 0
    0021   33 Bitstring    1 CPEXR2B1       byte 1
    0022   34 Bitstring    1 CPEXR2B2       byte 2
    0023   35 Bitstring    1 CPEXR2B3       byte 3
    0024   36 Signed       4 CPEXR3         Caller's saved register 3
    0028   40 Signed       4 CPEXR4         Caller's saved register 4
    002C   44 Signed       4 CPEXR5         Caller's saved register 5
    0030   48 Signed       4 CPEXR6         Caller's saved register 6
    0034   52 Signed       4 CPEXR7         Caller's saved register 7
    0038   56 Signed       4 CPEXR8         Caller's saved register 8
    003C   60 Signed       4 CPEXR9         Caller's saved register 9
    0040   64 Signed       4 CPEXR10        Caller's saved register 10
    0044   68 Signed       4 CPEXR11        Caller's saved register 11; ALSO
                                            VMDBK ADDRESS OF USER ON WHICH
                                            SAVBK IS SCHEDULED
    0048   72 Bitstring   16 CPEXRCF (0)    Caller's saved register 12-15
    0048   72 Signed       4 CPEXR12        Caller's saved register 12
    004C   76 Signed       4 CPEXR13        Caller's saved register 13; ALSO
                                            PREVIOUS SAVBK ADDRESS ON CALL
    0050   80 Signed       4 CPEXR14        Caller's saved register 14; ALSO
                                            RETURN ADDRESS ON CALL OR STACKED
                                            SAVBK RETURN
    0054   84 Signed       4 CPEXR15        Caller's saved register 15; ALSO
                                            GOTO ADDRESS ON SCHEDULED SAVBK
                                            EXECUTION; ALSO REGISTER 15
                                            RETURN CODE ON HCPEXIT OR STACKED
                                            SAVBK RETURN
    0058   88 Bitstring   40 CPEXWRK (0)    Workarea for callee
    0058   88 Signed       4 CPEXWRK0
    005C   92 Signed       4 CPEXWRK1
    0060   96 Signed       4 CPEXWRK2
    0064  100 Signed       4 CPEXWRK3
    0068  104 Signed       4 CPEXWRK4
    006C  108 Signed       4 CPEXWRK5
    0070  112 Signed       4 CPEXWRK6
    0074  116 Signed       4 CPEXWRK7
    0078  120 Signed       4 CPEXWRK8
    007C  124 Signed       4 CPEXWRK9
          SAVBK extension:  Saveareas in the
          SAVBK format *may* have the high halves of
          registers stored in the tail end.  Bit SAVERG64 in the
          savearea header indicates that these fields are valid.
    0080  128 Signed       4 * (4)          Reserved for future use
    0090  144 Signed       4 * (4)          Reserved for future use
          The SAVBK SAVEAARP and the SVGBK SVGAARP fields must be
          at the same offset into each control block.  The only
          available area in both that satisfies this requirement
          is, unfortunately, here in the middle of the control
          block.
    00A0  160 Address      4 CPEXOPNR       A(who set SVHOPEN)
    00A4  164 Signed       4 *              Reserved for IBM use
    00A8  168 Address      4 CPEXAARP       A(AR sidecar) for PFX saveareas
    00AC  172 Bitstring    1 CPEXIACA       Caller actual IAC
    00AD  173 Bitstring    1 CPEXAMDE       Amode of callee at entry.
    00AE  174 Bitstring    1 CPEXIACR       Caller "should be" IAC
    00AF  175 Bitstring    1 CPEXIACE       Callee "should be" IAC
    00B0  176 Signed       4 * (4)          Reserved for future use
    00C0  192 Bitstring   64 CPEXHIRG (0)
    00C0  192 Signed       4 CPEXH0         High word of zArch general reg 0
    00C4  196 Signed       4 CPEXH1         High word of zArch general reg 1
    00C8  200 Signed       4 CPEXH2         High word of zArch general reg 2
    00CC  204 Signed       4 CPEXH3         High word of zArch general reg 3
    00D0  208 Signed       4 CPEXH4         High word of zArch general reg 4
    00D4  212 Signed       4 CPEXH5         High word of zArch general reg 5
    00D8  216 Signed       4 CPEXH6         High word of zArch general reg 6
    00DC  220 Signed       4 CPEXH7         High word of zArch general reg 7
    00E0  224 Signed       4 CPEXH8         High word of zArch general reg 8
    00E4  228 Signed       4 CPEXH9         High word of zArch general reg 9
    00E8  232 Signed       4 CPEXH10        High word of zArch general reg 10
    00EC  236 Signed       4 CPEXH11        High word of zArch general reg 11
    00F0  240 Signed       4 CPEXH12        High word of zArch general reg 12
    00F4  244 Signed       4 CPEXH13        High word of zArch general reg 13
    00F8  248 Signed       4 CPEXH14        High word of zArch general reg 14
    00FC  252 Signed       4 CPEXH15        High word of zArch general reg 15
    0100  256 Bitstring   64 CPEXARS (0)    Access Registers
    0100  256 Signed       4 CPEXAR0        AR0
    0104  260 Signed       4 CPEXAR1        AR1
    0108  264 Signed       4 CPEXAR2        AR2
    010C  268 Signed       4 CPEXAR3        AR3
    0110  272 Signed       4 CPEXAR4        AR4
    0114  276 Signed       4 CPEXAR5        AR5
    0118  280 Signed       4 CPEXAR6        AR6
    011C  284 Signed       4 CPEXAR7        AR7
    0120  288 Signed       4 CPEXAR8        AR8
    0124  292 Signed       4 CPEXAR9        AR9
    0128  296 Signed       4 CPEXAR10       AR10
    012C  300 Signed       4 CPEXAR11       AR11
    0130  304 Signed       4 CPEXAR12       AR12
    0134  308 Signed       4 CPEXAR13       AR13
    0138  312 Signed       4 CPEXAR14       AR14
    013C  316 Signed       4 CPEXAR15       AR15
    0140  320 Signed       4 CPEX2ARS (16)  AR storage for TmINT routines
    0180  384 Bitstring   44 CPEXTSK (0)    Fields copied from TSKBK in 1 MVC
    0180  384 Bitstring    1 *              - TSKFLAGS
    0181  385 Bitstring    1 * (3)          - Reserved for IBM use
    0184  388 Signed       4 *              - TSKCR0SAV
    0188  392 Address      4 *              - TSKSPIEA
    018C  396 Bitstring    4 *              - TSKSPIEM
    0190  400 Dbl-Word     8 *              - Reserved for IBM use
    0198  408 Address      4 *              - TSKEXPIR
    019C  412 Address      4 *              - TSKSTERR
    01A0  416 Address      4 *              - TSKINVAD
    01A4  420 Signed       4 *              - Reserved for IBM use
    01A8  424 Bitstring    1 *              - TSKEVENT
    01A9  425 Bitstring    1 * (3)          - Reserved for IBM use
    01AC  428 Bitstring    1 * (84)         Reserved for future use
              00000040       CPEXSIZE       (*-CPEBK+7)/8 SIZE IN DOUBLE
                                            WORDS

#### CPEBK Storage Layout

    *** CPEBK - CP TASK EXECUTION BLOCK
    *
    *     +---------------------------+---------------------------+
    *   0 |         CPEXFPNT          |         CPEXBPNT          |
    *     +---------------------------+---------------------------+
    *   8 |         CPEXSFQP          |         CPEXCPRQ          |
    *     +------+------+------+------+---------------------------+
    *  10 |:XSCHC|:XCALC|:XIAC |:XFORM|         CPEXRETN          |
    *     +------+------+------+------+------+------+------+------+
    *  18 |:XR0B0|:XR0B1|:XR0B2|:XR0B3|:XR1B0|:XR1B1|:XR1B2|:XR1B3|
    *     +------+------+------+------+------+------+------+------+
    *  20 |:XR2B0|:XR2B1|:XR2B2|:XR2B3|          CPEXR3           |
    *     +------+------+------+------+---------------------------+
    *  28 |          CPEXR4           |          CPEXR5           |
    *     +---------------------------+---------------------------+
    *  30 |          CPEXR6           |          CPEXR7           |
    *     +---------------------------+---------------------------+
    *  38 |          CPEXR8           |          CPEXR9           |
    *     +---------------------------+---------------------------+
    *  40 |         CPEXR10           |         CPEXR11           |
    *     +---------------------------+---------------------------+
    *  48 |         CPEXR12           |         CPEXR13           |
    *     +---------------------------+---------------------------+
    *  50 |         CPEXR14           |         CPEXR15           |
    *     +---------------------------+---------------------------+
    *  58 |         CPEXWRK0          |         CPEXWRK1          |
    *     +---------------------------+---------------------------+
    *  60 |         CPEXWRK2          |         CPEXWRK3          |
    *     +---------------------------+---------------------------+
    *  68 |         CPEXWRK4          |         CPEXWRK5          |
    *     +---------------------------+---------------------------+
    *  70 |         CPEXWRK6          |         CPEXWRK7          |
    *     +---------------------------+---------------------------+
    *  78 |         CPEXWRK8          |         CPEXWRK9          |
    *     +---------------------------+---------------------------+
    *  80 |///////////////////////////////////////////////////////|
    *     |///////////////////////////////////////////////////////|
    *     +-------------------------------------------------------+
    *  90 |///////////////////////////////////////////////////////|
    *     |///////////////////////////////////////////////////////|
    *     +---------------------------+---------------------------+
    *  A0 |         CPEXOPNR          |///////////////////////////|
    *     +---------------------------+------+------+------+------+
    *  A8 |         CPEXAARP          |:XIACA|:XAMDE|:XIACR|:XIACE|
    *     +---------------------------+------+------+------+------+
    *  B0 |///////////////////////////////////////////////////////|
    *     |///////////////////////////////////////////////////////|
    *     +---------------------------+---------------------------+
    *  C0 |          CPEXH0           |          CPEXH1           |
    *     +---------------------------+---------------------------+
    *  C8 |          CPEXH2           |          CPEXH3           |
    *     +---------------------------+---------------------------+
    *  D0 |          CPEXH4           |          CPEXH5           |
    *     +---------------------------+---------------------------+
    *  D8 |          CPEXH6           |          CPEXH7           |
    *     +---------------------------+---------------------------+
    *  E0 |          CPEXH8           |          CPEXH9           |
    *     +---------------------------+---------------------------+
    *  E8 |         CPEXH10           |         CPEXH11           |
    *     +---------------------------+---------------------------+
    *  F0 |         CPEXH12           |         CPEXH13           |
    *     +---------------------------+---------------------------+
    *  F8 |         CPEXH14           |         CPEXH15           |
    *     +---------------------------+---------------------------+
    * 100 |         CPEXAR0           |         CPEXAR1           |
    *     +---------------------------+---------------------------+
    * 108 |         CPEXAR2           |         CPEXAR3           |
    *     +---------------------------+---------------------------+
    * 110 |         CPEXAR4           |         CPEXAR5           |
    *     +---------------------------+---------------------------+
    * 118 |         CPEXAR6           |         CPEXAR7           |
    *     +---------------------------+---------------------------+
    * 120 |         CPEXAR8           |         CPEXAR9           |
    *     +---------------------------+---------------------------+
    * 128 |         CPEXAR10          |         CPEXAR11          |
    *     +---------------------------+---------------------------+
    * 130 |         CPEXAR12          |         CPEXAR13          |
    *     +---------------------------+---------------------------+
    * 138 |         CPEXAR14          |         CPEXAR15          |
    *     +---------------------------+---------------------------+
    * 140 |                                                       |
    *     =                       CPEX2ARS                        =
    *     |                                                       |
    *     +------+--------------------+---------------------------+
    * 180 |//////|////////////////////|///////////////////////////|
    *     +------+--------------------+---------------------------+
    * 188 |///////////////////////////|///////////////////////////|
    *     +---------------------------+---------------------------+
    * 190 |///////////////////////////////////////////////////////|
    *     +---------------------------+---------------------------+
    * 198 |///////////////////////////|///////////////////////////|
    *     +---------------------------+---------------------------+
    * 1A0 |///////////////////////////|///////////////////////////|
    *     +------+--------------------+---------------------------+
    * 1A8 |//////|////////////////////|///////////////////////////|
    *     +------+--------------------+///////////////////////////|
    * 1B0 |///////////////////////////////////////////////////////|
    *     =///////////////////////////////////////////////////////=
    *     |///////////////////////////////////////////////////////|
    *     +-------------------------------------------------------+
    * 200
    *
    *** CPEBK - CP TASK EXECUTION BLOCK

#### CPEBK Cross Reference

    Symbol         Dspl Value
    -------------- ---- -----
    CPEXAARP       00A8
    CPEXAMDE       00AD
    CPEXAREA       0018
    CPEXARS        0100
    CPEXAR0        0100
    CPEXAR1        0104
    CPEXAR10       0128
    CPEXAR11       012C
    CPEXAR12       0130
    CPEXAR13       0134
    CPEXAR14       0138
    CPEXAR15       013C
    CPEXAR2        0108
    CPEXAR3        010C
    CPEXAR4        0110
    CPEXAR5        0114
    CPEXAR6        0118
    CPEXAR7        011C
    CPEXAR8        0120
    CPEXAR9        0124
    CPEXBODY       0018
    CPEXBPNT       0004
    CPEXCALC       0011
    CPEXCPRQ       000C
    CPEXCREG       0013 40
    CPEXCSAV       0011 20
    CPEXDMCO       0010 01
    CPEXFORM       0013
    CPEXFPNT       0000
    CPEXGET        0011 40
    CPEXHEAD       0000
    CPEXHIRG       00C0
    CPEXH0         00C0
    CPEXH1         00C4
    CPEXH10        00E8
    CPEXH11        00EC
    CPEXH12        00F0
    CPEXH13        00F4
    CPEXH14        00F8
    CPEXH15        00FC
    CPEXH2         00C8
    CPEXH3         00CC
    CPEXH4         00D0
    CPEXH5         00D4
    CPEXH6         00D8
    CPEXH7         00DC
    CPEXH8         00E0
    CPEXH9         00E4
    CPEXIAC        0012
    CPEXIACA       00AC
    CPEXIACE       00AF
    CPEXIACR       00AE
    CPEXNOFR       0010 80
    CPEXOPNR       00A0
    CPEXRCF        0048
    CPEXREGF       0013 60
    CPEXREGS       0018
    CPEXRETN       0014
    CPEXRG64       0013 20
    CPEXRTNF       0010 10
    CPEXR0         0018
    CPEXR0B0       0018
    CPEXR0B1       0019
    CPEXR0B2       001A
    CPEXR0B3       001B
    CPEXR1         001C
    CPEXR1B0       001C
    CPEXR1B1       001D
    CPEXR1B2       001E
    CPEXR1B3       001F
    CPEXR10        0040
    CPEXR11        0044
    CPEXR12        0048
    CPEXR13        004C
    CPEXR14        0050
    CPEXR15        0054
    CPEXR2         0020
    CPEXR2B0       0020
    CPEXR2B1       0021
    CPEXR2B2       0022
    CPEXR2B3       0023
    CPEXR3         0024
    CPEXR4         0028
    CPEXR5         002C
    CPEXR6         0030
    CPEXR7         0034
    CPEXR8         0038
    CPEXR9         003C
    CPEXSCHC       0010
    CPEXSFQP       0008
    CPEXSIZE       01AC 00000040
    CPEXSKCL       0010 20
    CPEXSKCR       0010 40
    CPEXSTAM       0013 80
    CPEXTSK        0180
    CPEXUCFM       0010 08
    CPEXURGT       0010 04
    CPEXWRK        0058
    CPEXWRK0       0058
    CPEXWRK1       005C
    CPEXWRK2       0060
    CPEXWRK3       0064
    CPEXWRK4       0068
    CPEXWRK5       006C
    CPEXWRK6       0070
    CPEXWRK7       0074
    CPEXWRK8       0078
    CPEXWRK9       007C
    CPEX2ARS       0140
    SVHHF2W        0011 01
    SVHIS2W        0011 02
    SVHOPEN        0011 80
    SVHSVA         0011 04

This information is based on z/VM V5R2.0. Last updated on 12 Apr 2006 at 16:46:10 EDT.
Copyright IBM Corporation, 1990, 2005