ASRBK Back to Index page
 
Prolog 
Control Block Contents 
   ASRBK DSECT
Storage Layout 
Cross Reference (Contains links to field and bit definitions)
Programming Interface Information:
This information is NOT intended to be
used as Programming Interfaces of z/VM.


  ASRBK Prolog Top of page
 
 NAME       : HCPASRBK
 DESCRIPTION: Assert monitor call parameter mapping
 DSECT      : ASRBK
 FUNCTION   : This copy file contains a DSECT used to map the
              parameter list for the monitor call instruction
              generated by the HCPASERT macro.
 LOCATED BY : The first operand to the monitor call instruction,
              the monitor code, is the host-logical address of the
              parameter list.
 CREATED BY : HCPASERT macro.
 DELETED BY : The parameter list is static data.
 RELOCATION CONSIDERATIONS : None
 NOTES      :
 In order to minimize the amount of storage used for the
 monitor call parameter list, its form varies according to
 what assertion is being made and possibly due to what
 operands are specified.  The following DSECT consequently
 contains many ORGs to remap sections of the parameter
 list, and labels for rebasing after examining a variable
 portion of the parameter list.
 All "addresses" in this parameter list are really S-type
 constants, which provide a base register and displacement
 that allows the calculation of the address.  This
 technique is used to avoid run-time code to generate an
 address, and to save space in the parameter list.
 
 
  ASRBK Control Block Content Top of page
 

 ASRBK DSECT Top of page
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure ASRBK Assert monitor call parameter mapping The following area maps the parameter list header, which is the same for all assertion types. Note, however, that not all fields are significant for all assertion types. When this is the case, it is noted. 00000000 ASRBKHDR * Mapping for HCPASERT parameter list 0000 0 Bitstring 1 ASRATYPE Code indicating type of assertion 00000001 ASRDFRLK 1 ASRDFRLK A defer lock is held 00000002 ASRSYMLK 2 ASRSYMLK A symbolic lock is held 00000003 ASRSPNLK 3 ASRSPNLK A spin lock is held 00000004 ASRIOLK 4 ASRIOLK An I/O lock is held 00000005 ASRCB 5 ASRCB A control block is addressed by a GR 00000006 ASRUNUSD 6 ASRUNUSD Certain general registers are unused 00000007 ASRCFM 7 ASRCFM Console-function mode is in effect 00000008 ASRISTRM 8 ASRISTRM Instruction-stream serialization is in effect. 00000009 ASRCFMIS 9 ASRCFMIS Either console-function mode or istream serialization is in effect. 0000000A ASRDSPCH 10 ASRDSPCH A specified user is dispatched 0000000B ASRMSTON 11 ASRMSTON Master-only serialization used 0000000C ASRINIT 12 ASRINIT System initialization is active 0000000D ASRNOLOC 13 ASRNOLOC No loss-of-control is permitted 0000000E ASRLSTRN 14 ASRLSTRN The "last translated" serialization is being used. 0000000F ASRVALUE 15 ASRVALUE Perform a value comparison 00000010 ASRCODE 16 ASRCODE Execute special checking code 00000011 ASRCUSTM 17 ASRCUSTM Perform a customized assertion check 00000012 ASRGROUP 18 ASRGROUP Assertions are being grouped 00000013 ASRRESVD 19 ASRRESVD Reserved 00000014 ASRRESV2 20 ASRRESV2 Reserved 00000015 ASRAMO31 21 ASRAMO31 CP is running in 31-bit (basic) addressing mode 00000016 ASRAMO64 22 ASRAMO64 CP is running in 64-bit (extended) addressing mode 00000017 ASRTmoPR 23 ASRTmoPR CP is running in Primary Space mode 00000018 ASRTmoSE 24 ASRTmoSE CP is running in Secondary Space mode 00000019 ASRTmoAR 25 ASRTmoAR CP is running in Access Register mode 0000001A ASRTmoHO 26 ASRTmoHO CP is running in Home Space mode 0000001B ASRNoSAC 27 ASRNoSAC No HCPSAC exits 0000001C ASRNoSPI 28 ASRNoSPI No HCPSPIE exits 0000001D ASRPGMBK 29 ASRPGMBK A PGMBK is addressed by a GR 0000001E ASRPTE 30 ASRPTE A PTE is addresssed by a GR 0000001F ASRPGSTE 31 ASRPGSTE A PGSTE is addressed by a GR 00000020 ASRASATE 32 ASRASATE An ASATE is addressed by a GR 00000021 ASRFRMTE 33 ASRFRMTE A FRMTE is addressed by a GR 00000022 ASRSXSTE 34 ASRSXSTE A SXSTE is addressed by a GR 00000023 ASRSXLLK 35 ASRSXLLK An SXL lock is held 0001 1 Bitstring 1 ASRGFLGS General flags 1... .... ASRGFGRP X'80' ASRGFGRP This assertion is part of a group, and is "chained" to another set of parameters. This bit will never be set with ASRGFNAB. .1.. .... ASRGFSAB X'40' ASRGFSAB If this assertion is not true, a soft abend is desired instead of hard. ..1. .... ASRGFNAB X'20' ASRGFNAB If this assertion is not true, no abend is desired. This bit will never be set with ASRGFSAB. If either ASRGFSAB or ASRGFNAB is set, ASRFAILR may contain the address of a label to branch to in case of a failure. 0002 2 Address 3 ASRVMDBK SY-adcon of the VMDBK to which the assertion applies. This field is not used for all assertions. 0005 5 Address 3 ASRFAILR If ASRGFSAB or ASRGFNAB is set, then a non-zero value in this SY-adcon is the address to which control should be returned when an untrue assertion is made. 0008 8 Bitstring 1 ASRTFLGS Flags that are unique for each assertion type. The bits are assigned with the specific assertion parameters below. 1... .... ASRLEXCL X'80' ASRLEXCL Lock is held exclusive .1.. .... ASRLSHR X'40' ASRLSHR Lock is held shared If both ASRLEXCL and ASRLSHR are set, then lock may be held either exclusive or shared. 1... .... ASRBLBEG X'80' ASRBLBEG Beginning of block .1.. .... ASRBLEND X'40' ASRBLEND End of block 1... .... ASRVLSLC X'80' ASRVLSLC Source for comparisons is a location in storage. .1.. .... ASRVLSGR X'40' ASRVLSGR Source for comparisons is a general register. ..1. .... ASRVLSGG X'20' ASRVLSGG Source for comparisons is a large general register. ...1 .... ASRVLSCC X'10' ASRVLSCC Source for comparisons is the condition code. .... ...1 ASRVLSGN X'01' ASRVLSGN Signed comparisons should be performed instead of unsigned, the default. .... ...1 ASRCSFPM X'01' ASRCSFPM A parameter was specified via PARM= 00000009 ASRVARST * Start of variable portion of plist The following area maps the rest of the parameter list for when ASRATYPE contains ASRDFRLK, asserting that a defer lock is held. This is the sort of lock managed by HCPLCK, whose lockword is mapped by the LKWRD DSECT. 0009 9 Address 3 ASRLKWRD SY-adcon of lockword 0000000C ASRDFRZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRSYMLK, asserting that a symbolic lock is held. This is the sort of lock managed by HCPLOC, whose lockword is mapped by the LCKBK DSECT. 0009 9 Address 2 * SY-adcon of symbol (use ASRLKWRD) 000C 12 Address 3 ASRSQANC If non-zero, SY-adcon of symbolic lock private queue anchor. If zero, the global resource queue is used. 0000000F ASRSYMZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRSPNLK, asserting that a spin lock is held. This is the sort of lock managed by the HCPLKxxx and HCPULxxx macros, whose lockword is mapped by the SYNBK DSECT. 0009 9 Address 2 * SY-adcon of lockword (use ASRLKWRD) 0000000C ASRSPNZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRSXLLK, asserting that an SXL lock is held. This is the sort of lock managed by the HCPSXLLK and HCPSXLUL macros, whose lockword is mapped by the SXLBK DSECT. 0009 9 Address 2 * SY-adcon of lockword (use ASRLKWRD) 0000000C ASRSXLZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRIOLK, asserting that an I/O lock is held. This is the sort of lock managed by HCPIOL, lockword is mapped by the LKIWD DSECT. 0009 9 Address 2 * SY-adcon of lockword (use ASRLKWRD) 0000000C ASRIOLZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRPGMBK, ASRPTE, ASRPGSTE or ASRASATE asserting that a particular general register contains the address of a specific kind of control block. 0009 9 Address 1 ASRPGMGR Bits 4-7 are the general register number of the GR which contains the address. 0000000A ASRPGMZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRCB, asserting that a particular general register contains the address of a specific kind of control block. For control blocks that are defined in the CBITABLE control block, and are thus known by the IDOFFSET macro, we identify the control block by storing the displacement returned by IDOFFSET. We accept only a limited number of other, special, control blocks, and to those we assign specific codes. 0008 8 Address 1 ASRCBSPC Code indicating type of special CB 00000000 ASRCBNTS 0 ASRCBNTS ASRCBOFF contains CBITABLE offset 00000001 ASRCBVMD 1 ASRCBVMD VMDBK 00000002 ASRCBCPE 2 ASRCBCPE CPEBK 00000003 ASRCBSAV 3 ASRCBSAV SAVBK 00000004 ASRCBSYS 4 ASRCBSYS SYSCM 00000005 ASRCBRDV 5 ASRCBRDV RDEV 00000006 ASRCBSNT 6 ASRCBSNT SNTBK 00000007 ASRCBAvl 7 ASRCBAvl AvlZn 00000008 ASRCBSVG 8 ASRCBSVG SVGBK 0009 9 Address 2 ASRCBOFF Offset returned by IDOFFSET macro This field is significant only when ASRCBSPC is zero. 000B 11 Address 1 ASRCBGR Bits 4-7 are the general register number of the GR which contains the address. 0000000C ASRCBZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRUNUSD, asserting that a particular set of general registers is unused. 0009 9 Bitstring 2 ASRGRMSK Mask of unused general registers If bit n of the mask is set, then it is being asserted that GR n is not being used. 000B 11 Bitstring 2 ASRGGRMK Mask of unused large general registers: If bit n of the mask is set, then it is being asserted that large GR n is not being used. 0000000D ASRUNUGZ * End of parameter list When ASRATYPE contains any of the following, there is no more parameter list data: ASRCFM - Console-function mode ASRISTRM - Instruction stream ASRCFMIS - Console-function mode or instruction stream ASRDSPCH - Dispatched ASRMSTON - Master Only ASRINIT - Initialization ASRGROUP - End of assertion group ASRAMO31 - CP is running in 31-bit (basic) addressing mode ASRAMO64 - CP is running in 64-bit (extended) addressing mode ASRTmoPR - CP is running in Primary Space translation mode ASRTmoSE - CP is running in Secondary Space translation mode ASRTmoAR - CP is running in Access Register translation mode ASRTmoHO - CP is running in Home Space translation mode ASRNoSAC - CP is running with no HCPSAC exits specified ASRNoSPI - CP is running with no HCPSPIE exits specified 00000009 ASRNPRMZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRNOLOC, asserting either the beginning or the end of a block of code that is not permitted to lose control. 00000009 ASRNLOCZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRLSTRN, asserting either the beginning or the end of a block of code that is depending on the serialization mechanism of "last translated". 00000009 ASRLTREZ * End of END parameter list 0009 9 Address 1 ASRLTRGR Bits 4-7 are the general register number of the GR which contains the result of the last translation. Present only at the beginning of a block. 000A 10 Address 3 ASRLTRIA SY-adcon of the i-ASIT used for the last translation. Present only at the beginning of a block. 0000000D ASRLTRBZ * End of BEGIN parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRVALUE, asserting that a value from storage, from a general register, or from the condition code, relates to one or more other values in certain ways. The size of the remainder of this plist varies, depending on how many values to compare with are specified. 00000009 ASRVLSRC * Start of different mappings for difference source value types. The mapping for when the source is a storage location: 0009 9 Address 3 ASRVSLOC SY-adcon of source value 000C 12 Address 1 ASRVSLEN Length of source value, in bytes 0000000D ASRVSLCZ * End of mapping for this source The mapping for when the source is a general register: 0009 9 Address 1 ASRVSGRN Bits 4-7 are the number of the general register. 0000000A ASRVSGRZ * End of mapping for this source The mapping for when the source is a large general register: 0009 9 Address 1 ASRVSGGN Bits 4-7 are the number of the general register. 0000000A ASRVSGGZ * End of mapping for this source The mapping for when the source is the condition code: No further parameters exist for the condition code source. 00000009 ASRVSCCZ * End of mapping for this source 00000009 ASRVLOPL * Start of mapping for the operands 0009 9 Address 1 ASRVLOPR Code indicating what comparitor is to be used. 0000000F ASRVLCMP X'0F' ASRVLCMP Bits of ASRVLOPR containing comparitor code. 00000000 ASRVLCEQ 0 ASRVLCEQ EQ - equality 00000001 ASRVLCNE 1 ASRVLCNE NE - inequality 00000002 ASRVLCLT 2 ASRVLCLT LT - less-than 00000003 ASRVLCLE 3 ASRVLCLE LE - less-than-or-equal 00000004 ASRVLCGT 4 ASRVLCGT GT - greater-than 00000005 ASRVLCGE 5 ASRVLCGE GE - greater-than-or-equal 00000006 ASRVLCON 6 ASRVLCON ON - selected bits are set 00000007 ASRVLCOF 7 ASRVLCOF OFF - selected bits are not set 00000008 ASRVLCMX 8 ASRVLCMX MIX - selected bits are mixed 00000009 ASRVLCNO 9 ASRVLCNO NOTOFF - selected bits not all off 000000F0 ASRVLOPS X'F0' ASRVLOPS Bits of ASRVLOPR containing operand source code. 00000000 ASRVLEND 0*X'10' ASRVLEND End of operand list 00000010 ASRVLOLC 1*X'10' ASRVLOLC Operand is in storage 00000020 ASRVLOGR 2*X'10' ASRVLOGR Operand is in a general register 00000030 ASRVLOGG 3*X'10' ASRVLOGG Operand is in a large general register 00000040 ASRVLOXP 4*X'10' ASRVLOXP Operand is an absolute expression 00000004 ASRCLOSH 4 ASRCLOSH Bits to shift ASRVLOPR right to get an index representing the operand location. 0000000A ASRVLOPD * Start of different mappings for difference operand value types. The mapping for when the operand is a storage location: 000A 10 Address 3 ASRVOLOC SY-adcon of operand value 0000000D ASRVOPSZ * End of parameter list The mapping for when the operand is a general register: 000A 10 Address 1 ASRVOGRN Bits 4-7 are the number of the general register. 0000000B ASRVOPGZ * End of parameter list The mapping for when the operand is a large general register: 000A 10 Address 1 ASRVOGGN Bits 4-7 are the number of the general register. 0000000B ASRVOGGZ * End of parameter list The mapping for when the operand is an absolute expression: 000A 10 Address 4 ASRVOXVL Value of absolute expression 0000000E ASRVOPXZ * End of parameter list The following area maps the rest of the parameter list for when ASRATYPE contains ASRCODE, asserting something which special-case code has been written to test. 0009 9 Address 3 ASRCDSRT SY-adcon of special-case code 0000000C ASRCODEZ * End of parameter list Define labels to branch to when returning from a CODE block. 000C 12 Signed 2 ASRCDEXT (0) Base value for USING 0000000C ASRSUCCD * Branch here to succeed 000C 12 Bitstring 1 * (16) Separation between CDSUCCES and CDFAILUR in HCPASR. See code in HCPASRCK for how this is used. 0000001C ASRFAIL * Branch here to fail The following area maps the rest of the parameter list for when ASRATYPE contains ASRCUSTM, asserting something for which a customized checking routine has been added to the monitor call processing routine, HCPASR. The TYPE is intended to be the number of the custom check, permitting several such checks. The BEGIN and END parameters are accepted in case the custom check is the type declaring a beginning and an end. The PARM value can pass anything to the checking routine. 0009 9 Address 1 ASRCSTYP Type code. Intended to be ascending number declaring which custom check should be performed. 0000000A ASRCSNPZ * End of parameter list if no parm 000A 10 Address 3 ASRCSPRM Parameter, to be used however the customized checking code wants to use it. 0000000D ASRCSHPZ * End of parameter list if parm
 
 
  ASRBK Storage Layout Top of page
 
          
*** ASRBK - Assert monitor call parameter mapping
*
*     +------+------+--------------------+--------------------+
*   0 |:ATYPE|:GFLGS|     ASRVMDBK       |     ASRFAILR       |
*     +------+------+--------------------+--------------------+
*   8 |:TFLGS| 9
*     +------+
*
*** ASRBK - Assert monitor call parameter mapping
          
*** Overlay for ASRVARST in ASRBK
*
*            +--------------------+
*   8 ..   9 |     ASRLKWRD       | C
*            +--------------------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +-------------+------+--------------------+
*   8 ..   9 |/////////////|//////|     ASRSQANC       | F
*            +-------------+------+--------------------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +-------------+------+
*   8 ..   9 |/////////////|//////| C
*            +-------------+------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +-------------+------+
*   8 ..   9 |/////////////|//////| C
*            +-------------+------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +-------------+------+
*   8 ..   9 |/////////////|//////| C
*            +-------------+------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +------+
*   8 ..   9 |:PGMGR| A
*            +------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRTFLGS in ASRBK
*
*     +------+-------------+------+
*   8 |:CBSPC|  ASRCBOFF   |:CBGR | C
*     +------+-------------+------+
*
*** Overlay for ASRTFLGS in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +-------------+-------------+
*   8 ..   9 |  ASRGRMSK   |  ASRGGRMK   | D
*            +-------------+-------------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +------+--------------------+
*   8 ..   9 |:LTRGR|     ASRLTRIA       | D
*            +------+--------------------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRVLSRC in ASRBK
*
*            +--------------------+------+
*   8 ..   9 |     ASRVSLOC       |:VSLEN| D
*            +--------------------+------+
*
*** Overlay for ASRVLSRC in ASRBK
          
*** Overlay for ASRVLSRC in ASRBK
*
*            +------+
*   8 ..   9 |:VSGRN| A
*            +------+
*
*** Overlay for ASRVLSRC in ASRBK
          
*** Overlay for ASRVLSRC in ASRBK
*
*            +------+
*   8 ..   9 |:VSGGN| A
*            +------+
*
*** Overlay for ASRVLSRC in ASRBK
          
*** Overlay for ASRVLSRC in ASRBK
*
*            +------+
*   8 ..   9 |:VLOPR| A
*            +------+
*
*** Overlay for ASRVLSRC in ASRBK
          
*** Overlay for ASRVLOPD in ASRBK
*
*                   +--------------------+
*   8 ...         A |     ASRVOLOC       | D
*                   +--------------------+
*
*** Overlay for ASRVLOPD in ASRBK
          
*** Overlay for ASRVLOPD in ASRBK
*
*                   +------+
*   8 ...         A |:VOGRN| B
*                   +------+
*
*** Overlay for ASRVLOPD in ASRBK
          
*** Overlay for ASRVLOPD in ASRBK
*
*                   +------+
*   8 ...         A |:VOGGN| B
*                   +------+
*
*** Overlay for ASRVLOPD in ASRBK
          
*** Overlay for ASRVLOPD in ASRBK
*
*                   +---------------------------+
*   8 ...         A |         ASRVOXVL          | E
*                   +---------------------------+
*
*** Overlay for ASRVLOPD in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +--------------------+---------------------------+
*   8 ..   9 |     ASRCDSRT       |///////////////////////////|
*     +------+--------------------+///////////////////////////|
*     |///////////////////////////////////////////////////////|
*     |///////////////////////////+---------------------------+
*     |///////////////////////////| 1C
*     +---------------------------+
*
*** Overlay for ASRVARST in ASRBK
          
*** Overlay for ASRVARST in ASRBK
*
*            +------+--------------------+
*   8 ..   9 |:CSTYP|     ASRCSPRM       | D
*            +------+--------------------+
*
*** Overlay for ASRVARST in ASRBK
 
 
  ASRBK Cross Reference Top of page
 
 
Symbol         Dspl Value
-------------- ---- -----
ASRAMO31       0000 00000015
ASRAMO64       0000 00000016
ASRASATE       0000 00000020
ASRATYPE       0000
ASRBKHDR       0000 00000000
ASRBLBEG       0008 80
ASRBLEND       0008 40
ASRCB          0000 00000005
ASRCBAvl       0008 00000007
ASRCBCPE       0008 00000002
ASRCBGR        000B
ASRCBNTS       0008 00000000
ASRCBOFF       0009
ASRCBRDV       0008 00000005
ASRCBSAV       0008 00000003
ASRCBSNT       0008 00000006
ASRCBSPC       0008
ASRCBSVG       0008 00000008
ASRCBSYS       0008 00000004
ASRCBVMD       0008 00000001
ASRCBZ         000B 0000000C
ASRCDEXT       000C
ASRCDSRT       0009
ASRCFM         0000 00000007
ASRCFMIS       0000 00000009
ASRCLOSH       0009 00000004
ASRCODE        0000 00000010
ASRCODEZ       0009 0000000C
ASRCSFPM       0008 01
ASRCSHPZ       000A 0000000D
ASRCSNPZ       0009 0000000A
ASRCSPRM       000A
ASRCSTYP       0009
ASRCUSTM       0000 00000011
ASRDFRLK       0000 00000001
ASRDFRZ        0009 0000000C
ASRDSPCH       0000 0000000A
ASRFAIL        000C 0000001C
ASRFAILR       0005
ASRFRMTE       0000 00000021
ASRGFGRP       0001 80
ASRGFLGS       0001
ASRGFNAB       0001 20
ASRGFSAB       0001 40
ASRGGRMK       000B
ASRGRMSK       0009
ASRGROUP       0000 00000012
ASRINIT        0000 0000000C
ASRIOLK        0000 00000004
ASRIOLZ        0009 0000000C
ASRISTRM       0000 00000008
ASRLEXCL       0008 80
ASRLKWRD       0009
ASRLSHR        0008 40
ASRLSTRN       0000 0000000E
ASRLTRBZ       000A 0000000D
ASRLTREZ       000B 00000009
ASRLTRGR       0009
ASRLTRIA       000A
ASRMSTON       0000 0000000B
ASRNoSAC       0000 0000001B
ASRNoSPI       0000 0000001C
ASRNLOCZ       000B 00000009
ASRNOLOC       0000 0000000D
ASRNPRMZ       000B 00000009
ASRPGMBK       0000 0000001D
ASRPGMGR       0009
ASRPGMZ        0009 0000000A
ASRPGSTE       0000 0000001F
ASRPTE         0000 0000001E
ASRRESVD       0000 00000013
ASRRESV2       0000 00000014
ASRSPNLK       0000 00000003
ASRSPNZ        0009 0000000C
ASRSQANC       000C
ASRSUCCD       000C 0000000C
ASRSXLLK       0000 00000023
ASRSXLZ        0009 0000000C
ASRSXSTE       0000 00000022
ASRSYMLK       0000 00000002
ASRSYMZ        000C 0000000F
ASRTmoAR       0000 00000019
ASRTmoHO       0000 0000001A
ASRTmoPR       0000 00000017
ASRTmoSE       0000 00000018
ASRTFLGS       0008
ASRUNUGZ       000B 0000000D
ASRUNUSD       0000 00000006
ASRVALUE       0000 0000000F
ASRVARST       0008 00000009
ASRVLCEQ       0009 00000000
ASRVLCGE       0009 00000005
ASRVLCGT       0009 00000004
ASRVLCLE       0009 00000003
ASRVLCLT       0009 00000002
ASRVLCMP       0009 0000000F
ASRVLCMX       0009 00000008
ASRVLCNE       0009 00000001
ASRVLCNO       0009 00000009
ASRVLCOF       0009 00000007
ASRVLCON       0009 00000006
ASRVLEND       0009 00000000
ASRVLOGG       0009 00000030
ASRVLOGR       0009 00000020
ASRVLOLC       0009 00000010
ASRVLOPD       0009 0000000A
ASRVLOPL       0009 00000009
ASRVLOPR       0009
ASRVLOPS       0009 000000F0
ASRVLOXP       0009 00000040
ASRVLSCC       0008 10
ASRVLSGG       0008 20
ASRVLSGN       0008 01
ASRVLSGR       0008 40
ASRVLSLC       0008 80
ASRVLSRC       000A 00000009
ASRVMDBK       0002
ASRVOGGN       000A
ASRVOGGZ       000A 0000000B
ASRVOGRN       000A
ASRVOLOC       000A
ASRVOPGZ       000A 0000000B
ASRVOPSZ       000A 0000000D
ASRVOPXZ       000A 0000000E
ASRVOXVL       000A
ASRVSCCZ       0009 00000009
ASRVSGGN       0009
ASRVSGGZ       0009 0000000A
ASRVSGRN       0009
ASRVSGRZ       0009 0000000A
ASRVSLCZ       000C 0000000D
ASRVSLEN       000C
ASRVSLOC       0009
 
This information is based on z/VM 7.3.0 Last updated on 22 Jun 2022 at 15:47:31 EDT.
Copyright IBM Corporation, 1990, 2022