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Programming Interface Information:
This information is NOT intended to be used as Programming Interfaces of z/VM. |
PFXPG
Control Block Contents
PFXPG DSECT
Cross Reference (Contains links to field and bit definitions)
PFXPG Prolog
NAME : HCPPFXPG
DESCRIPTION: PREFIX PAGE FOR ALL HOST CPU'S
DSECT : PFXPG
FUNCTION : HCPPFXPG IS PAGE ZERO FOR EACH HOST PROCESSOR. IT CONTAINS
PROCESSOR-RELATED INFORMATION DEFINED BY BOTH HARDWARE AND
SOFTWARE.
LOCATED BY : HOST REAL PREFIX REGISTER
HCPPFX MODULE CONTAINS THE PFXPG FOR IPL'D PROCESSOR
SYSPRFIX FIELD OF HCPSYSCM (PFXPG FOR IPL'D PROCESSOR)
PFXPRFIX FIELD OF HCPPFXPG (PREFIX VALUE FOR THIS CPU)
PFXNXTPF FIELD OF HCPPFXPG (CYCLIC POINTER TO NEXT PFXPG)
DFIPFX FIELD OF HCPDFIR (PFXPG OF DUMPED SYSTEM)
TRQCCPFX FIELD OF HCPTRQBK (PFXPG where TRQBVAL set
in clock comparator)
CREATED BY : HCPLOD DURING SYSTEM INITIALIZATION (IPL'D PROCESSOR)
(LOADS HCPPFX MODULE AS IPL'D PROCESSOR PFXPG)
HCPMPS DURING SYSTEM INITIALIZATION AND VARY ON PROCESSOR
(ALTERNATE PROCESSOR)
DELETED BY : HCPMPS DURING VARY OFF OF AN ALTERNATE PROCESSOR
(IPL'D PROCESSOR'S PFXPG NEVER DELETED, BUT ZEROED
OUT IF THE PROCESSOR IS VARIED OFF)
RELOCATION CONSIDERATIONS : None
NOTES : 1. Even though the term "Prefix Page" is used here,
in z/Architecture, the prefix area is an 8K block.
The second page is contiguous with the first and
is defined by DSECT PF2PG.
2. Some ESA/390 fields remain defined in this block
because they are still valid during the brief time
when CP is in ESA/390 mode.
PFXPG Control Block Content
PFXPG DSECT
Hex Dec Type/Val Lng Label (dup) Comments ---- ---- --------- ---- -------------- -------- 0000 0 Structure PFXPG PREFIX PAGE FOR ALL HOST CPU'S 0000 0 Dbl-Word 8 PFXMACHN (64) MACHINE USAGE 0200 512 Dbl-Word 8 PFXMACCM (24) Machine communication area 02C0 704 Dbl-Word 8 PFXTIMES (8) CPU Timer Region 0300 768 Dbl-Word 8 PFXSAVES (192) Static Save Areas 0900 2304 Dbl-Word 8 PFXADCON (32) ADDRESS CONSTANT 0A00 2560 Dbl-Word 8 PFXCONST (32) COMMON CONSTANTS 0B00 2816 Dbl-Word 8 PFXCNTRL (112) CPU Control Region 0E80 3712 Dbl-Word 8 PFXCPCRS (16) CP images of host control registers 0F00 3840 Dbl-Word 8 PFXPATCH (32) FE Patch Area MACHINE USAGE - COVERED BY LOW ADDRESS PROTECT 0000 0 Dbl-Word 8 PFXILPSW IPL START PSW, RESTART NEW PSW 0008 8 Dbl-Word 8 PFXRSTOP (0) RESTART OLD PSW 0008 8 Dbl-Word 8 PFXICCW1 IPL CCW, RESTART OLD PSW 0010 16 Dbl-Word 8 PFXICCW2 IPL CCW 0018 24 Dbl-Word 8 PFXEXTOP EXTERNAL OLD PSW 0020 32 Dbl-Word 8 PFXSVCOP SVC OLD PSW 0028 40 Dbl-Word 8 PFXPRGOP PROGRAM OLD PSW 0030 48 Dbl-Word 8 PFXMCHOP MACHINE CHECK OLD PSW 0038 56 Dbl-Word 8 PFXIOOP INPUT/OUTPUT OLD PSW 0040 64 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 0044 68 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 0048 72 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 004C 76 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 0050 80 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 0054 84 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 0058 88 Dbl-Word 8 PFXEXTNP EXTERNAL NEW PSW 0060 96 Dbl-Word 8 PFXSVCNP SVC NEW PSW 0068 104 Dbl-Word 8 PFXPRGNP PROGRAM NEW PSW 0070 112 Dbl-Word 8 PFXMCHNP MACHINE CHECK NEW PSW 0078 120 Dbl-Word 8 PFXIONP INPUT/OUTPUT NEW PSW 0080 128 Dbl-Word 8 PFXCPULG (0) CPU AND STORAGE LOGOUT AREA 0080 128 Signed 4 PFXEXTPM (0) External interruption parameter .... .... EXTIMIEA X'80000000' EXTIMIEA Invalid entry address .... .... EXTIMISE X'40000000' EXTIMISE Incorrect SDBT entry .... .... EXTIMPRA X'20000000' EXTIMPRA Program request alert PFXEXTPM EXTIMSAC X'00800000' EXTIMSAC Sampling authorization change PFXEXTPM EXTIMLSD X'00400000' EXTIMLSD Loss of sample data PFXEXTPM EXTITSC X'00020000' EXTITSC Timing-status change PFXEXTPM EXTILAC X'00010000' EXTILAC Link-availability change PFXEXTPM EXTITPC X'00008000' EXTITPC Time-control-parameter change 1... .... EXTIMCAC X'00000080' EXTIMCAC Counter authorization change .1.. .... EXTIMLCD X'00000040' EXTIMLCD Loss of counter data 0080 128 Signed 4 PFXEXTDB PROCESSOR CONTROLLER DATA BLOCK ADDRESS FOR SERVICE SIGNAL INTERRUPT 0084 132 Signed 4 PFXEXTCF (0) EXTERNAL INTERRUPT CODE FIELDS 0084 132 Signed 2 PFXEXTCP EXTERNAL INTERRUPT CPU ADDR 0086 134 Signed 2 PFXEXTIN (0) EXTERNAL INTERRUPT CODE 0086 134 Bitstring 1 PFXEXTCL EXTERNAL INTERRUPT CLASS CODE 00000000 EXTICL00 00 EXTICL00 CLASS 00 EXTERNAL INTERRUPTS (INTERRUPT KEY, INTERVAL TIMER) 00000010 EXTICL10 16 EXTICL10 CLASS 10 EXTERNAL INTERRUPTS (TIMER, COMPARATOR, TOD SYNCH) 00000012 EXTICL12 18 EXTICL12 CLASS 12 EXTERNAL INTERRUPTS (MULTI-CPU SIGNALS) 00000014 EXTICL14 20 EXTICL14 CLASS 14 EXTERNAL INTERRUPTS (ETR INTERRUPTS) 00000020 EXTICL20 32 EXTICL20 Class 20 external interrupts (Time zone transition) 00000024 EXTICL24 36 EXTICL24 CLASS 24 EXTERNAL INTERRUPTS (SERVICE SIGNALS) 00000026 EXTICL26 38 EXTICL26 CLASS 26 EXTERNAL INTERRUPTS (ESA/XC INTERRUPTS) 00000040 EXTICL40 64 EXTICL40 CLASS 40 EXTERNAL INTERRUPTS (VMCF AND IUCV COMMUNICATION) 0087 135 Bitstring 1 PFXEXTCD EXTERNAL INTERRUPT TYPE CODE 00000040 EXTIKEY 64 EXTIKEY CODE X'0040' INTERRUPT KEY 00000080 EXTITMR 128 EXTITMR CODE X'0080' 370 INTERVAL TIMER 00000003 EXTITSYN 03 EXTITSYN CODE X'1003' TOD SYNCH CHECK 00000004 EXTICKC 04 EXTICKC CODE X'1004' CLOCK COMPARATOR 00000005 EXTICPU 05 EXTICPU CODE X'1005' CPU TIMER 00000000 EXTIMALF 00 EXTIMALF CODE X'1200' MALFUNCTION ALERT 00000001 EXTIEMGS 01 EXTIEMGS CODE X'1201' EMERGENCY SIGNAL 00000002 EXTICALL 02 EXTICALL CODE X'1202' EXTERNAL CALL 00000006 EXTIETR 06 EXTIETR CODE X'1406' ETR INTERRUPT 00000007 EXTIMEAS 07 EXTIMEAS Code X'1407' Measurement Alert 00000004 EXTITZCH 04 EXTITZCH CODE X'2004' Time Zone Change 00000001 EXTISVSG 01 EXTISVSG CODE X'2401' SERVICE SIGNAL 00000002 EXTIPVM 02 EXTIPVM CODE X'2402' PVM LOGICAL DEVICE 00000003 EXTIXC 03 EXTIXC CODE X'2603' ESA/XC and other VM external interrupts 00000000 EXTIIUCV 00 EXTIIUCV CODE X'4000' IUCV INTERRUPTION 00000001 EXTIVMCF 01 EXTIVMCF CODE X'4001' VMCF INTERRUPTION 0088 136 Signed 4 PFXSVCIF (0) SVC INTERRUPT CODE FIELDS 0088 136 Signed 2 PFXSVCIL SVC INSTRUCTION LENGTH CODE 008A 138 Signed 2 PFXSVCNT (0) SVC Interrupt Code (halfword) 008A 138 Bitstring 1 * SVC Interrupt Code (1st byte) 008B 139 Bitstring 1 PFXSVCIC SVC Interrupt Code (2nd byte) 00000000 SVCABEND 00 SVCABEND SVC 00 = HOST CP SYSTEM ABEND 00000004 SVCSABND 04 SVCSABND SVC 04 = HOST CP SYSTEM SOFT ABEND 0000001C SVCTRAP 28 SVCTRAP SVC 28 = PROCESS DATA TYPE TRACE (TRACE SERVICE TOOL) 00000020 SVCTRET 32 SVCTRET SVC 32 = RETURN FROM DATA TYPE TRACE (TRACE SERVICE TOOL) PROCESSING 00000024 SVCSDABN 36 SVCSDABN SVC 36 = Host CP Snapdump ABEND 00000028 SVCEXIT 40 SVCEXIT SVC 40 = Dynamic CP Exit 0000004C SVC76ERP 76 SVC76ERP SVC 76 = ERROR RECORDING MODULE CALL 008C 140 Signed 4 PFXPRGCF (0) PROGRAM INTERRUPT CODE FIELDS 008C 140 Signed 2 PFXPRGIL PROGRAM INTERRUPT INSTRUCTION LENGTH CODE 008E 142 Signed 2 PFXPRGIN (0) PROGRAM INTERRUPT CODE, HALFWORD 008E 142 Bitstring 1 PFXPRGEE Exception extension code 008F 143 Bitstring 1 PFXPRGIC PROGRAM INTERRUPT CODE 00000136 PRGIADCP X'0136' PRGIADCP Addressing capability 00008000 PRGIARPC X'8000' PRGIARPC ARITHMETIC PARTIAL COMPLETION BIT OF THE EXCEPTION EXTENSION CODE (BIT 0 OF THE PROGRAM CHECK INTERRUPT CODE) 0090 144 Signed 4 PFXTRXAD (0) Translation-Exception Ident. ESA (Fault address/related info) ESA - see PFXGTRAD for z/Arch ESA 0090 144 Bitstring 3 * ESA 0093 147 Bitstring 1 PFXTRXA3 FLAGS FOR TRANSLATION SPACE ID ESA .... .... PRGXPRIM X'00' PRGXPRIM Primary space .... ...1 PRGXAR X'01' PRGXAR Access-register-specified space .... ..1. PRGXSEC X'02' PRGXSEC Secondary space .... ..11 PRGXHOME X'03' PRGXHOME Home space Other bits defined in low byte of TEID: .... .1.. PRGXMVPG X'04' PRGXMVPG Exception occurred on MVPG instructn Data exception codes for IEEE Floating point operations .... ..1. PRGDXBFP X'02' PRGDXBFP BFP-instruction data exception .... ...1 PRGDXAFP X'01' PRGDXAFP AFP-register data exception 0090 144 Signed 4 PFXFPARM (0) Data exception information 0090 144 Bitstring 3 * 0093 147 Bitstring 1 PFXDXCOD Data exception code 0094 148 Signed 2 PFXMNCLS MONITOR CLASS 0096 150 Signed 2 PFXPERCD PROGRAM EVENT RECORDER (PER) CODE 0098 152 Signed 4 PFXPERAD PER Address ESA - see PFXGPERA for z/Arch ESA 009C 156 Signed 4 PFXMNCOD Monitor interrupt code ESA - see PFXGMNCD for z/Arch ESA 0098 152 Dbl-Word 8 PFXGPERA (0) PER Address for z/Architecture mode 0098 152 Signed 4 PFXGPERL Left Half PER address 009C 156 Signed 4 PFXGPERR Right Half PER address 00A0 160 Bitstring 1 PFXXCPAR EXCEPTION ACCESS IDENTIFICATION ..1. .... PRGXCPRI X'20' PRGXCPRI Primary-tran problem (not Access Register related) ...1 .... PRGXCSEC X'10' PRGXCSEC Secondary-tran problem (not Access Register related) .... 1111 PRGXCREG X'0F' PRGXCREG Access-register number Maximum number of real processors .1.. .... MAXRPROC 64 MAXRPROC Maximum number of real processors supported by certain internal data structures ..11 1111 MAXCPUAD 63 MAXCPUAD Maximum CPU address supported 00A1 161 Bitstring 1 PFXPERAR PER ACCESS IDENTIFICATION 00A2 162 Bitstring 1 PFXOPRID Operand access identification 00A3 163 Bitstring 1 PFXARCHM Architectural Mode ID .... ...1 PFXAINME X'01' PFXAINME Bit 7 on indicates CP is currently executing in z/Architecture mode. When off CP is currently in ESA/390 mode. 00A4 164 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 00A8 168 Dbl-Word 8 PFXGTRAD Translation-Exception Ident. z/Arch - see PFXTRXAD for ESA/390 00B0 176 Dbl-Word 8 PFXGMNCD (0) Monitor interrupt code 00B0 176 Signed 4 PFXGMNCL Monitor interrupt code left 00B4 180 Signed 4 PFXGMNCR Monitor interrupt code right - see PFXMNCOD for ESA/390 00A8 168 Signed 4 * RESERVED FOR FUTURE HW USE ESA 00AC 172 Signed 4 * RESERVED FOR FUTURE HW USE ESA 00B0 176 Signed 4 * RESERVED FOR FUTURE HW USE ESA 00B4 180 Signed 4 * RESERVED FOR FUTURE HW USE ESA 00B8 184 Signed 4 PFXIOSID (0) SUBCHANNEL IDENTIFICATION 00B8 184 Signed 2 PFXIOINT I/O INTERRUPT CONSTANT 0001 00BA 186 Signed 2 PFXIORNM I/O INTERRUPT SUBCHANNEL NUMBER 00BC 188 Signed 4 PFXINPRM I/O INTERRUPT PARAMETER 00C0 192 Signed 4 PFXINTID (0) INTERRUPTION ID WORD: 00C0 192 Bitstring 1 PFXINISC FIRST BYTE - THE ISC 00000080 PFXIOADP X'80' PFXIOADP Adapter Interrupt 000000B0 PFXINIFI X'30'+PFXIOADP PFXINIFI Use Alternate I/O FLIH 00C1 193 Bitstring 1 * Reserved for IBM future use 00C2 194 Bitstring 1 PFXSCHTP Subchannel type 00000000 PFXSCHT0 X'00' PFXSCHT0 Type 0 subchannel 00000070 PFXSCHTM X'70' PFXSCHTM Mask for location of subchannel type bits within this byte. 00C3 195 Bitstring 1 * Reserved for IBM future use 00C4 196 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 00C8 200 Signed 4 PFXSTFL (0) STFL facilities list 00C8 200 Bitstring 1 PFXSTFL0 Byte 0, Bits 0-7 1... .... STFL0N3A X'80' STFL0N3A "N3" instructions available .1.. .... STFL0MEA X'40' STFL0MEA zArch available ..1. .... STFL0MEE X'20' STFL0MEE zArch enabled ...1 .... STFL0IDT X'10' STFL0IDT IDTE is installed .... 1... STFL0ICS X'08' STFL0ICS IDTE performs the Invalidation-and- Clearing operation selectively when STE(s) are invalidated. IDTE also performs the Clearing-by-ASCE function selectively. In both cases, "selectively" means the TLB purging is limited to those specific entries required by architecture. If this bit is off, IDTE simply purges all TLBs. If this bit is on, STFL0IDT is also on. .... .1.. STFL0ICR X'04' STFL0ICR IDTE performs the Invalidation-and- Clearing operation selectively when RTE(s) are invalidated. "Selectively" means the TLB purging is limited to those specific entries required by architecture. If this bit is off, IDTE Invalidation-and-Clearing of RTE(s) simply purges all TLBs. If this bit is on, STFL0IDT and STFL0ICS are also on. .... ..1. STFL0ALR X'02' STFL0ALR ASN-and-LX-reuse facility installed .... ...1 STFL0FLE X'01' STFL0FLE STFLE facility installed 00C9 201 Bitstring 1 PFXSTFL1 Byte 1, bits 8-15 1... .... STFLEDAT X'80' STFLEDAT Enhanced-DAT facility (z/Arch) .1.. .... STFLSRS X'40' STFLSRS Sense-running-status facility ..1. .... STFLSSKE X'20' STFLSSKE Conditional-SSKE (z/Arch) ...1 .... STFLCTOP X'10' STFLCTOP Configuration-Topology (z/Arch) .... 1... STFLCINT X'08' STFLCINT Configuration-topology-Interrupti on Facility installed in zArch mode. .... .1.. STFLIPTR X'04' STFLIPTR IPTE-Range (z/Arch) .... ..1. STFLNQKS X'02' STFLNQKS Non-Quiescing-Key-Setting (z/Arch) .... ...1 STFLIBM1 X'01' STFLIBM1 Assigned to IBM Internal Use. 00CA 202 Bitstring 1 PFXSTFL2 Byte 2, bits 16-23 1... .... STFLETF2 X'80' STFLETF2 Extended Translation Facility 2 .1.. .... STFLCCA X'40' STFLCCA CPU Crypto Assist installed ..1. .... STFLLDF X'20' STFLLDF Long Displacement Facility available ...1 .... STFLHPO X'10' STFLHPO LDF High Performance Option installed .... 1... STFLHFPM X'08' STFLHFPM HFP-Mult-Add/Subtract facility .... .1.. STFLEXTI X'04' STFLEXTI Extended-Immediate facility installed .... ..1. STFLETF3 X'02' STFLETF3 Extended-Trans Facility 3 installed .... ...1 STFLHFPU X'01' STFLHFPU HFP-Unnormalized-extension facility 00CB 203 Bitstring 1 PFXSTFL3 Byte 3, bits 24-31 1... .... STFLE2EN X'80' STFLE2EN ETF2-Enhancement Facility installed .1.. .... STFLSTCF X'40' STFLSTCF Store-Clock-Fast Facility ..1. .... STFLPARS X'20' STFLPARS Parsing-enhancement Facility installed ...1 .... STFLMVCS X'10' STFLMVCS Move-with-optional-specifications .... 1... STFLPTFF X'08' STFLPTFF TOD-clock steering facility installed .... ..1. STFLE3EN X'02' STFLE3EN ETF3-Enhancement Facility installed .... ...1 STFLECTG X'01' STFLECTG Extract-CPU-Time Facility installed 00CC 204 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 00D0 208 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 00D4 212 Signed 4 PFXFPXSA Extended-Save-Area Address ESA 00D4 212 Signed 4 * Reserved for IBM hardware use 00D8 216 Dbl-Word 8 PFXMCPUT Machine check CPU Timer logout ESA - see PF2CPTLG for z/Arch ESA 00E0 224 Dbl-Word 8 PFXMCKCP Machine check TOD Comp. logout ESA - see PF2CKCLG for z/Arch ESA 00E8 232 Dbl-Word 8 PFXMCHIN MACHINE CHECK INTERRUPT CODE 00F0 240 Signed 4 * RESERVED FOR FUTURE HARDWARE USE 00F4 244 Signed 4 PFXMCHDC MACHINE CHECK EXTERNAL-DAMAGE CODE 00F8 248 Signed 4 PFXMCFSA Machine check failing storage ESA address ESA - see PFXGMCFS for z/Arch ESA 00FC 252 Signed 4 PFXMCHRD Machine-dependent region code ESA - no equivalent for z/Arch ESA 00F8 248 Dbl-Word 8 PFXGMCFS Machine check failing storage address 0100 256 Bitstring 16 PFXFXLOG MACHINE DEPENDENT FIXED LOGOUT AREA ...1 .... PFXFXLEN L'PFXFXLOG PFXFXLEN LENGTH OF FIXED LOGOUT AREA. 0110 272 Dbl-Word 8 PFXBEAR Breaking-Event Address EASME 0118 280 Bitstring 8 * RESERVED FOR FUTURE HARDWARE USE 0120 288 Signed 4 PFXARLG (16) Access Register Logout Area ESA 0160 352 Dbl-Word 8 PFXFPRLG (4) FLOATING POINT REG LOGOUT AREA ESA 0180 384 Signed 4 PFXGPRLG (16) GENERAL REGISTER LOGOUT AREA ESA 01C0 448 Signed 4 PFXCRLG (16) CONTROL REGISTER LOGOUT AREA ESA 00000040 PFXCRLGL (L'PFXCRLG*16) LENGTH OF CR LOGOUT AREA ESA 0120 288 Bitstring 16 PFXGRSTO Restart Old PSW 0130 304 Bitstring 16 PFXGEXTO External Old PSW 0140 320 Bitstring 16 PFXGSVCO Supervisor-Call Old PSW 0150 336 Bitstring 16 PFXGPRGO Program Old PSW 0160 352 Bitstring 16 PFXGMCHO Machine-Check Old PSW 0170 368 Bitstring 16 PFXGIOO Input/Output Old PSW 0180 384 Dbl-Word 8 * (4) Reserved for hardware use 01A0 416 Bitstring 16 PFXGRSTN Restart New PSW 01B0 432 Bitstring 16 PFXGEXTN External New PSW 01C0 448 Bitstring 16 PFXGSVCN Supervisor-Call New PSW 01D0 464 Bitstring 16 PFXGPRGN Program New PSW 01E0 480 Bitstring 16 PFXGMCHN Machine-Check New PSW 01F0 496 Bitstring 16 PFXGION Input/Output New PSW 00000200 PFXLAPND * END OF AREA COVERED BY LOW ADDRESS PROTECTION 0000 0 Bitstring 1 PFXILPO0 ILP PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0001 1 Bitstring 1 PFXILPO1 ILP PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 0002 2 Bitstring 1 PFXILPO2 ILP PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 0003 3 Bitstring 1 PFXILPO3 ILP PSW BYTE 3 0004 4 Signed 4 PFXILPOI (0) ILP PSW INSTRUCTION COUNTER 0004 4 Bitstring 1 PFXILPO4 ILP PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 0005 5 Bitstring 1 * (3) ILP PSW BYTES 5-7 0010 16 Bitstring 1 PFXSGPND SIGP RESTART FUNCTION COMPLETION FLAG 000000FF PFXSGPGD 255 PFXSGPGD SUCCESSFUL COMPLETION 000000EE PFXSGPNG 238 PFXSGPNG NOT SUCCESSFUL COMPLETION 0011 17 Bitstring 7 PFXCC2B1 (0) BYTES 1-7 OF PFXICCW2 0011 17 Bitstring 1 * (5) RESERVED FOR FUTURE USE 0016 22 Bitstring 2 PFXSGPCP SIGP RESTART FUNCTION WORK AREA 0018 24 Bitstring 1 PFXEXTO0 EXT OLD PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0019 25 Bitstring 1 PFXEXTO1 EXT OLD PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 001A 26 Bitstring 1 PFXEXTO2 EXT OLD PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 001B 27 Bitstring 1 PFXEXTO3 EXT OLD PSW BYTE 3 001C 28 Signed 4 PFXEXTOI (0) EXT OLD PSW INSTRUCTION COUNTER 001C 28 Bitstring 1 PFXEXTO4 EXT OLD PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 001D 29 Bitstring 1 * (3) EXT OLD PSW BYTES 5-7 0020 32 Bitstring 1 PFXSVCO0 SVC OLD PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0021 33 Bitstring 1 PFXSVCO1 SVC OLD PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 0022 34 Bitstring 1 PFXSVCO2 SVC OLD PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 0023 35 Bitstring 1 PFXSVCO3 SVC OLD PSW BYTE 3 0024 36 Signed 4 PFXSVCOI (0) SVC OLD PSW INSTRUCTION COUNTER 0024 36 Bitstring 1 PFXSVCO4 SVC OLD PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 0025 37 Bitstring 1 * (3) SVC OLD PSW BYTES 5-7 0028 40 Bitstring 1 PFXPRGO0 PRG OLD PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0029 41 Bitstring 1 PFXPRGO1 PRG OLD PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 002A 42 Bitstring 1 PFXPRGO2 PRG OLD PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 002B 43 Bitstring 1 PFXPRGO3 PRG OLD PSW BYTE 3 002C 44 Signed 4 PFXPRGOI (0) PRG OLD PSW INSTRUCTION COUNTER 002C 44 Bitstring 1 PFXPRGO4 PRG OLD PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 002D 45 Bitstring 1 * (3) PRG OLD PSW BYTES 5-7 0030 48 Bitstring 1 PFXMCHO0 MCH OLD PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0031 49 Bitstring 1 PFXMCHO1 MCH OLD PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 0032 50 Bitstring 1 PFXMCHO2 MCH OLD PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 0033 51 Bitstring 1 PFXMCHO3 MCH OLD PSW BYTE 3 0034 52 Signed 4 PFXMCHOI (0) MCH OLD PSW INSTRUCTION COUNTER 0034 52 Bitstring 1 PFXMCHO4 MCH OLD PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 0035 53 Bitstring 1 * (3) MCH OLD PSW BYTES 5-7 0038 56 Bitstring 1 PFXIOPO0 I/O OLD PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0039 57 Bitstring 1 PFXIOPO1 I/O OLD PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 003A 58 Bitstring 1 PFXIOPO2 I/O OLD PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 003B 59 Bitstring 1 PFXIOPO3 I/O OLD PSW BYTE 3 003C 60 Signed 4 PFXIOPOI (0) I/O OLD PSW INSTRUCTION COUNTER 003C 60 Bitstring 1 PFXIOPO4 I/O OLD PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 003D 61 Bitstring 1 * (3) I/O OLD PSW BYTES 5-7 0058 88 Bitstring 1 PFXEXTN0 EXT NEW PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0059 89 Bitstring 1 PFXEXTN1 EXT NEW PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 005A 90 Bitstring 1 PFXEXTN2 EXT NEW PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 005B 91 Bitstring 1 PFXEXTN3 EXT NEW PSW BYTE 3 005C 92 Signed 4 PFXEXTNI (0) EXT NEW PSW INSTRUCTION COUNTER 005C 92 Bitstring 1 PFXEXTN4 EXT NEW PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 005D 93 Bitstring 1 * (3) EXT NEW PSW BYTES 5-7 0060 96 Bitstring 1 PFXSVCN0 SVC NEW PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0061 97 Bitstring 1 PFXSVCN1 SVC NEW PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 0062 98 Bitstring 1 PFXSVCN2 SVC NEW PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 0063 99 Bitstring 1 PFXSVCN3 SVC NEW PSW BYTE 3 0064 100 Signed 4 PFXSVCNI (0) SVC NEW PSW INSTRUCTION COUNTER 0064 100 Bitstring 1 PFXSVCN4 SVC NEW PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 0065 101 Bitstring 1 * (3) SVC NEW PSW BYTES 5-7 0068 104 Bitstring 1 PFXPRGN0 PRG NEW PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0069 105 Bitstring 1 PFXPRGN1 PRG NEW PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 006A 106 Bitstring 1 PFXPRGN2 PRG NEW PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 006B 107 Bitstring 1 PFXPRGN3 PRG NEW PSW BYTE 3 006C 108 Signed 4 PFXPRGNI (0) PRG NEW PSW INSTRUCTION COUNTER 006C 108 Bitstring 1 PFXPRGN4 PRG NEW PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 006D 109 Bitstring 1 * (3) PRG NEW PSW BYTES 5-7 0070 112 Bitstring 1 PFXMCHN0 MCH NEW PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0071 113 Bitstring 1 PFXMCHN1 MCH NEW PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 0072 114 Bitstring 1 PFXMCHN2 MCH NEW PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 0073 115 Bitstring 1 PFXMCHN3 MCH NEW PSW BYTE 3 0074 116 Signed 4 PFXMCHNI (0) MCH NEW PSW INSTRUCTION COUNTER 0074 116 Bitstring 1 PFXMCHN4 MCH NEW PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 0075 117 Bitstring 1 * (3) MCH NEW PSW BYTES 5-7 0078 120 Bitstring 1 PFXIOPN0 I/O NEW PSW BYTE 0 .1.. .... PSWPERA X'40' PSWPERA PROGRAM EVENT RECORDING ACTIVE .... .1.. PSWTRAN X'04' PSWTRAN ADDRESS TRANSLATE MODE ACTIVE .... ..1. PSWIOSM X'02' PSWIOSM I/O INTERRUPTION SUMMARY MASK .... ...1 PSWEXSM X'01' PSWEXSM EXTERNAL INTERRUPT SUMMARY MASK 0079 121 Bitstring 1 PFXIOPN1 I/O NEW PSW BYTE 1 1111 .... PSWKEY X'F0' PSWKEY PSW ACCESS KEY EXTRACTION MASK .... 1... PSWECMD X'08' PSWECMD EXTENDED CONTROL MODE ACTIVE .... .1.. PSWMCHK X'04' PSWMCHK MACHINE CHECK SUMMARY MASK .... ..1. PSWWAIT X'02' PSWWAIT PROGRAM WAIT STATE .... ...1 PSWPROB X'01' PSWPROB PROGRAM PROBLEM STATE .... ...1 PSWMAPPD X'01' PSWMAPPD For BC-mode PSWs created by the 370 Accommodation facility, this bit being set indicates that the PSW is really a "mapped" PSW. See HCPPSW. 007A 122 Bitstring 1 PFXIOPN2 I/O NEW PSW BYTE 2 11.. .... PSWASMSK X'C0' PSWASMSK ADDRESS SPACE CONTROL MASK 11.. .... PSWHMODE X'C0' PSWHMODE HOME-SPACE MODE 1... .... PSWSMODE X'80' PSWSMODE SECONDARY MODE .1.. .... PSWAMODE X'40' PSWAMODE ACCESS-REGISTER MODE ..11 .... PSWCOND X'30' PSWCOND PSW CONDITION CODE ..1. .... PSWCOND2 X'20' PSWCOND2 PSW CONDITION CODE BIT FOR CC=2,3 ...1 .... PSWCOND1 X'10' PSWCOND1 PSW CONDITION CODE BIT FOR CC=1,3 .... 1111 PSWPMSK X'0F' PSWPMSK FIXO+DECO+EXUN+SIGN PROGRAM MASK .... 1... PSWFIXO X'08' PSWFIXO FIXED-PT OVERFLOW INTRPT MASK .... .1.. PSWDECO X'04' PSWDECO DECIMAL OVERFLOW INTRPT MASK .... ..1. PSWEXUN X'02' PSWEXUN EXPONENT UNDERFLOW INTRPT MASK .... ...1 PSWSIGN X'01' PSWSIGN SIGNIFICANCE INTERRUPT MASK .... .... PSWPMODE X'00' PSWPMODE PRIMARY-SPACE MODE 007B 123 Bitstring 1 PFXIOPN3 I/O NEW PSW BYTE 3 007C 124 Signed 4 PFXIOPNI (0) I/O NEW PSW INSTRUCTION COUNTER 007C 124 Bitstring 1 PFXIOPN4 I/O NEW PSW BYTE 4 1... .... PSW31BT X'80' PSW31BT 31-BIT LOGICAL ADDRESSING MODE 1... .... PSWBA PSW31BT PSWBA Basic Addressing Mode .111 1111 PSWHIADR X'7F' PSWHIADR INSTRUCTION COUNTER BITS 1-7 - MUST BE ZERO IN 24-BIT MODE. .... .... PSW31AMF X'80000000' PSW31AMF ADDRESS MODE FULLWORD MASK - CORRESPONDS TO PSW31BT 007D 125 Bitstring 1 * (3) I/O NEW PSW BYTES 5-7 00E8 232 Bitstring 1 PFXMCHI0 MACHINE CHECK INTERRUPT CODE BYTE 0 1111 1111 MCIPRIM0 X'FF' MCIPRIM0 PRIMARY MACHINE CHECK BITS - BYTE 0 1... .... MCICSD X'80' MCICSD SYSTEM DAMAGE BIT. .1.. .... MCICPD X'40' MCICPD PROCESSING DAMAGE BIT. ..1. .... MCICSR X'20' MCICSR SYSTEM RECOVERY BIT. ...1 .... MCICITD X'10' MCICITD INTERVAL TIMER DAMAGE. (370 GUESTS) .... 1... MCICCD X'08' MCICCD TIMING (CLOCK) FACILITY DAMAGE. .... .1.. MCICED X'04' MCICED EXTERNAL DAMAGE. .... ...1 MCICDG X'01' MCICDG DEGRADATION BIT. 00E9 233 Bitstring 1 PFXMCHI1 MACHINE CHECK INTERRUPT CODE BYTE 1 1111 .... MCIPRIM1 X'F0' MCIPRIM1 PRIMARY MACHINE CHECK BITS - BYTE 1 1... .... MCICW X'80' MCICW WARNING BIT. .1.. .... MCICCRW X'40' MCICCRW PENDING-CRW REPORT. ..1. .... MCICSP X'20' MCICSP SERVICE PROCESSOR DAMAGE. ...1 .... MCICCSD X'10' MCICCSD CHANNEL-SUBSYSTEM DAMAGE. .... ..1. MCICBU X'02' MCICBU 'BACKED UP' BIT. .... ...1 MCICDL X'01' MCICDL 'DELAYED' BIT. (370 GUESTS) 00EA 234 Bitstring 1 PFXMCHI2 MACHINE CHECK INTERRUPT CODE BYTE 2 1... .... MCICSE X'80' MCICSE STORAGE ERROR UNCORRECTED. .1.. .... MCICSC X'40' MCICSC STORAGE ERROR CORRECTED. ..1. .... MCICKE X'20' MCICKE STORAGE-KEY ERROR UNCORRECTED. ...1 .... MCICSDG X'10' MCICSDG STORAGE DEGRADATION. MODIFIES STORAGE ERROR CORRECTED. .... 1... MCICVWP X'08' MCICVWP BITS 12-15 OF MC OLD PSW VALID. .... .1.. MCICVMS X'04' MCICVMS SYSTEM MASK & KEY OF MC OLD PSW VALID. .... ..1. MCICVPM X'02' MCICVPM PROGRAM MASK & CC OF MC OLD PSW VALID. .... ...1 MCICVIA X'01' MCICVIA INSTR ADDR OF MC OLD PSW IS VALID. 00EB 235 Bitstring 1 PFXMCHI3 MACHINE CHECK INTERRUPT CODE BYTE 3 1... .... MCICVFA X'80' MCICVFA FAILING STORAGE ADDRESS IS VALID. ..1. .... MCICVED X'20' MCICVED EXTERNAL-DAMAGE CODE IS VALID. ...1 .... MCICVFP X'10' MCICVFP FP REGISTERS STORED ARE VALID. .... 1... MCICVGR X'08' MCICVGR GP REGISTERS STORED ARE VALID. .... .1.. MCICVCR X'04' MCICVCR CONTROL REGISTERS STORED VALID. .... ..1. MCICVLG X'02' MCICVLG EXTENDED LOGOUT AREA IS VALID. .... ...1 MCICVST X'01' MCICVST INST. MODIFIED STORAGE IS VALID. 00EC 236 Bitstring 1 PFXMCHI4 MACHINE CHECK INTERRUPT CODE BYTE 4 1... .... MCICIE X'80' MCICIE INDIRECT STORAGE ERROR .1.. .... MCICVAR X'40' MCICVAR ACCESS REGISTERS STORED ARE VALID ..1. .... MCICDA X'20' MCICDA DELAYED ACCESS EXCEPTION BIT 00ED 237 Bitstring 1 PFXMCHI5 MACHINE CHECK INTERRUPT CODE BYTE 5 ..1. .... MCICVTPR X'20' MCICVTPR TOD programmable register validity ...1 .... MCICVXFP X'10' MCICVXFP Additional FP Registers Validity (ESA390) FP Control Register Validity (zArch) .... 1... MCICAR X'08' MCICAR Ancillary Report Bit .... ..1. MCICVCT X'02' MCICVCT CPU TIMER STORED IS VALID. .... ...1 MCICVCC X'01' MCICVCC CLOCK COMPARATOR STORED IS VALID. 00EE 238 Bitstring 2 PFXMCHI6 MACHINE CHECK INTERRUPT CODE BYTE 6-7 00F4 244 Bitstring 1 PFXDCBY0 Byte 0 of the external damage code .... .... MCEXTD0 X'00' MCEXTD0 No bits defined 00F5 245 Bitstring 1 PFXDCBY1 Byte 1 of the external damage code .... .... MCEXTD1 X'00' MCEXTD1 No bits defined 00F6 246 Bitstring 1 PFXDCBY2 Byte 2 of the external damage code ...1 .... MCEXTDSC X'10' MCEXTDSC Bit 19 - ETR Sync check 00F7 247 Bitstring 1 PFXDCBY3 Byte 3 of the external damage code 1... .... MCEXTDSS X'80' MCEXTDSS Bit 24 - STP Sync Check .1.. .... MCEXTDIC X'40' MCEXTDIC Bit 25 - Island Condition ..1. .... MCEXTDCC X'20' MCEXTDCC Bit 26 - CTN Configuration Change ...1 .... MCEXTDCS X'10' MCEXTDCS Bit 27 - STP Clock Source Error 0100 256 Dbl-Word 8 PFXSTPSW STORE STATUS PSW LOGOUT AREA 0108 264 Signed 4 PFXSTPFX STORE STATUS PREFIX LOGOUT AREA 010C 268 Signed 4 PFXSTMDL STORE STATUS MODEL DEPENDENT DATA 0160 352 Dbl-Word 8 PFXFPRY0 Floating Point Register 0 0168 360 Dbl-Word 8 PFXFPRY2 Floating Point Register 2 0170 368 Dbl-Word 8 PFXFPRY4 Floating Point Register 4 0178 376 Dbl-Word 8 PFXFPRY6 Floating Point Register 6 ** Start of section zeroed during alternate processor init The following fields are used by the Paging fast path. 0200 512 Signed 4 PFXFMPB (0) Frame management processor block 00000080 PFXFMACT X'80' PFXFMACT Frame Management is enabled 0000000A PFXLAVMX X'0A' PFXLAVMX Number of frames required to replenish local list 00000020 PFXLAVMA 32 PFXLAVMA Number of extra frames that may be added to the local list. See PFXLAVDF/PFXLAVFU for details. Bit 0 of PFXFMFLK is used as a lock which must be held when updating the processed list anchored at PFXPROCL. When the lock is held, bits 1-31 will contain the address of the code that obtained the lock. 0200 512 Signed 4 PFXFMFLK Frame management flag/lock 0204 516 Address 4 * Reserved for IBM use The following fields are architected for use by both hardware and software. Their displacements must not be changed. 0208 520 Address 8 PFXPROCL Processed list anchor PFXPROCL is the anchor of the processed list, a singly linked chain of FRMTEs. PFXPROCL either contains a FRMTE address or one of the two following special values: 0: The processed list is empty and no cleared local available list replenishment is required for any FRMTEs that were previously on this processed list. All FRMTEs that were previously on this processed list have completed processed list processing relative to this processor. 1: The processed list is empty, but one or both of the following may apply: 1) Another CPU may still be processing the former contents of this list, under this CPU's processed-list lock. To ensure that they have been completely processed, this CPU must wait for that lock. 2) Cleared local available list replenishment may be required for FRMTEs previously on this processed list. These cases occur when another processor has to "reach across" and process or "reap" this processor's processed list. The processed list may contain only FRMTEs for private pages owned by the configuration to which the dispatched VMDBK belongs, and/or for shared pages. Before losing control or releasing the dispatch share of PTIL, any code which adds a FRMTE to the processed list or sets PFXPROCL to 1 (while dispatched on the owning processor) is responsible for either calling HCPPLPPL to process the list, or setting PFXPRLWK to ask the dispatcher to do so. PFXPROCL can only be made nonzero by the owning processor. The only "reach across" case allowed by another processor is to CSG PFXPROCL from a FRMTE address (>1) to 1, in order to reap and process the processed list remotely. The value of 1 tells the owning processor to call HCPPLPPL anyway, in order to replenish the cleared local available list if necessary, and also to spin on the processed-list lock to ensure that the frames captured by the "reach across" reap have been handled. 0210 528 Address 8 PFXLAVAC Local available list anchor for pre-zeroed frames. Please refer to PFXLAVDF and PFXLAVU for details on how to correctly maintain the count for this list. 0218 536 Address 8 PFXAFOBL Available-FOB list origin. 0220 544 Signed 4 PFXAFOBC Available-FOB list count. 0224 548 Signed 4 * Reserved for IBM use 0228 552 Dbl-Word 8 PFXDPPCAO Origin pointer to the class 1 Delta-pinned-page-count array. The class 1 DPPCA resides in RSMBK (RSMDPPB/RSMDPPA) 0230 560 Dbl-Word 8 * (2) Reserved for IBM use End of architected fields section 0240 576 Signed 2 PFXLAVFU Unsigned count of frames that may be put on the uncleared local available list. Represents one more than the number of frames that may be put on the list. Thus it is never 0. If decrementing would make it zero then a frame may not be added to the list and this counter must remain unchanged. See comments in HCPPLPPL. Serialization: processor local 0242 578 Signed 2 PFXLAVDF Total deficit of cleared and uncleared frames as found on the processed list. Initialized to the target number of frames for the Cleared Local Available List. Note that this is an unsigned number. Serialized by the Processed List Lock. Subtracting PFXLAVU from this deficit will yield the Cleared Local Available List deficit. 0244 580 Signed 2 PFXLAVU The number of Frames reflected in PFXLAVDF that were taken from the Uncleared Local Available List and put onto the Processed List. Note that this is an unsigned number. Serialized by the Processed List Lock. 0246 582 Bitstring 1 PFXGPFLG General purpose flag 1... .... PFX2GU X'80' PFX2GU Usable storage exists for the >= 2G available list 0247 583 Bitstring 1 * Reserved for IBM use 0248 584 Address 8 PFXLAVAU Local available list anchor for uncleared frames 00000050 PFXFMPBL *-PFXFMPB Length of block ** End of section zeroed during alternate processor init Frame Table management area. 0250 592 Address 8 PFXFTBLG Origin of Frame Table This is a host logical address >2G. 0258 600 Address 8 PFX2GFTE Address of FRMTE for the frame with address 2G. If there is no frame with address 2G, this is where the FRMTE would be. This is a host logical address >2G. 0260 608 Signed 8 PFXFTLEN Length of frame table SXS Page Management Table attributes. 0268 616 Address 8 PFXSTBLG Origin of SXS Page Mgt Table. This is a host logical address. 0270 624 Signed 8 PFXSTLEN Length of SXS Page Mgt Table Software Last-Translated Address Lookaside Buffer area. NOTES : For 5.1.0, the use of this buffer changes from: Fast Translation to HOST REAL ADDRESS to: Fast Translation to HOST LOGICAL ADDRESS As a result, PFXGLFRA is being renamed to PFXGLSXP. If it is decided to use this buffer for Fast Translations to HOST LOGICAL ADDRESS AND HOST ABSOLUTE ADDRESS, then a 64-bit PFXGLFRA field will need to be added for the HOST ABSOLUTE translations. PFXGLFRA DS 0F Last translated frame address Notes : Buffer path reads and translation updates are done in opposite order so there is no safe order for reach across clearing of the SLTALB. If reach across clearing of the SLTALB is to be done, it must be done using CDSG logic to guarentee that the clearing will not leave PFXGLPAG in the cleared state without PGXGLPAS also being cleared. 0278 632 Dbl-Word 8 PFXSLTLB (3) Software Last-Translated LookAside Buffer 0278 632 Signed 4 * Reserved for future IBM use 027C 636 Signed 4 PFXGLSXP Last translated SXS Page Address The next two fields must be together on a quadword coundary 0280 640 Dbl-Word 8 PFXGLPAG Last translated guest page 0280 640 Signed 4 PFXGLPW0 Word 0 of last translated guest page 0284 644 Signed 4 PFXGLPW1 Word 1 of last translated guest page 0288 648 Dbl-Word 8 PFXGLPAS Last translated primary ASCE 0288 648 Signed 4 PFXGLAW0 Word 0 of last translated primary ASCE 028C 652 Signed 4 PFXGLAW1 Word 1 of last translated primary ASCE Address Space Control Elements (ASCEs) and Access List Entry Tokens (ALETs) for frequently used System owned permanent spaces. Note that we don't save an ASCE for the Real Space, since it's just a doubleword of zeros with the R bit set. We don't have an ALET for the System Execution Space (SXS) because it will be the primary space when in AR-mode, so use ALETPRIM to load the access registers. 0290 656 Address 8 PFXSXASC System Execution Space ASCE (Address Space Control Element) 0290 656 Signed 4 PFXXASW0 Word 0 of System Execution Space ASCE 0294 660 Signed 4 PFXXASW1 Word 1 of System Execution Space ASCE 0298 664 Address 8 PFXNASCE ASCE for "null" address space 0298 664 Signed 4 PFXNASW0 Word 0 of "null" space ASCE 029C 668 Signed 4 PFXNASW1 (0) Word 1 of "null" space ASCE private space bit and 8K length. 029C 668 Address 4 * Pointer to HCPSYSNS 02A0 672 Signed 4 * Reserved for IBM use 02A4 676 Signed 4 PFXRSAL Real Space ALET 02A8 680 Dbl-Word 8 * (3) Reserved for future IBM use PFXSAVES - savearea region 0300 768 Bitstring 256 PFXTMPSG (0) Temporary Save Area (Large) 0300 768 Bitstring 128 PFXTMPSV TEMPORARY SAVE AREA 0380 896 Bitstring 128 * 0400 1024 Bitstring 256 PFXWRKSG (0) Special Work Save Area (Large) 0400 1024 Bitstring 128 PFXWRKSV SPECIAL WORK SAVE AREA 0480 1152 Bitstring 128 * 0500 1280 Bitstring 256 PFXBALSG (0) BALR Linkage Save Area (Large) 0500 1280 Bitstring 128 PFXBALSV BALR LINKAGE SAVE AREA 0580 1408 Bitstring 128 * 0600 1536 Bitstring 256 PFXPTRSG (0) BALR Linkage Save Area (Large) 0600 1536 Bitstring 128 PFXPTRSV PAGE TRANSLATION SAVE AREA 0680 1664 Bitstring 128 * 0700 1792 Bitstring 256 PFXFRESG (0) HCPFRE Save Area (Large) 0700 1792 Bitstring 128 PFXFRESV HCPFRE SAVE AREA 0780 1920 Bitstring 128 * 0800 2048 Bitstring 32 PFXIRPSG (0) R12-R15 Save Area for FLIHs (Large) 0800 2048 Bitstring 16 PFXIRPSV R12-R15 SAVE AREA FOR FLIHS 0810 2064 Bitstring 16 * 0820 2080 Bitstring 32 PFXLNKSG (0) Call/Return Linkage Save Area (Large) 0820 2080 Bitstring 16 PFXLNKSV CP CALL/RETURN LINKAGE SAVEAREA 0830 2096 Bitstring 16 * 0840 2112 Bitstring 128 PFXSVCSG (0) SVC R0-R15 Save Area (Large) 0840 2112 Bitstring 64 PFXSVCSV SVC R0-R15 savearea 0880 2176 Bitstring 64 * 08C0 2240 Address 4 PFXSVC HCPSVC address 08C4 2244 Address 4 PFXLRQND A(last freed SAVBK) only if &HCPDBG 08C8 2248 Signed 4 PFXLRC Local SAVBK return queue count 08CC 2252 Address 4 PFXLRQ Local SAVBK return queue PFXLRC and PFXLRQ should be in the same d-word for fastest access. 08D0 2256 Address 4 PFXCPRQA Cross processor return queue addr. Bit 0 of this word may be used as a flag. Be careful when using this field when in Amode64. 08D4 2260 Address 4 PFXCPRQP Cross processor return queue addr. Bit 0 of this word may be used as a flag. Be careful when using this field when in Amode64. 08D8 2264 Address 4 PFXSSABK Static savearea pointer 08DC 2268 Address 4 PFX2WAY A(current STATIC savearea) 08E0 2272 Address 4 PFXSVU HCPSVU address 08E4 2276 Address 4 PFXSVF HCPSVF address 08E8 2280 Address 8 PFXSVR13 Temporary R13 save for SSABK usage 08F0 2288 Signed 2 * Reserved for IBM use 08F2 2290 Bitstring 1 PFXIACR Caller IAC for linkage PFXIACR should remain at byte 2 within its word in storage so that HCPCALL can use L PFXIACR-2 to get the field into byte 6 of the register for subsequent SACF 0(Rx). 08F3 2291 Bitstring 1 PFXIACE Callee IAC for linkage 08F4 2292 Signed 4 * Reserved for IBM use 08F8 2296 Dbl-Word 8 PFXDBGRX 1-register save for debug things THIS AREA HAS THE SAME FORMAT AS A SAVEAREA IN HCPSAVBK 0300 768 Signed 4 PFXTMPFP 0304 772 Signed 4 PFXTMPBP 0308 776 Signed 4 * 030C 780 Signed 4 * 0310 784 Bitstring 1 PFXTMPSC 0311 785 Bitstring 1 PFXTMPCL 0312 786 Bitstring 1 * 0313 787 Bitstring 1 * 0314 788 Signed 4 * 0318 792 Bitstring 232 PFXTMPAREA (0) Register and working storage 0318 792 Bitstring 64 PFXTMPRG (0) Caller's registers 0318 792 Signed 4 PFXTMPR0 (0) Caller's saved register 0 0318 792 Bitstring 1 PFXTMPR0B0 byte 0 0319 793 Bitstring 1 PFXTMPR0B1 byte 1 031A 794 Bitstring 1 PFXTMPR0B2 byte 2 031B 795 Bitstring 1 PFXTMPR0B3 byte 3 031C 796 Signed 4 PFXTMPR1 (0) Caller's saved register 1 031C 796 Bitstring 1 PFXTMPR1B0 byte 0 031D 797 Bitstring 1 PFXTMPR1B1 byte 1 031E 798 Bitstring 1 PFXTMPR1B2 byte 2 031F 799 Bitstring 1 PFXTMPR1B3 byte 3 0320 800 Signed 4 PFXTMPR2 (0) Caller's saved register 2 THE FOLLOWING BYTE DEFINITIONS OF SAVER2 ARE FOR TESTING PARAMETERS PASSED BETWEEN MODULES. 0320 800 Bitstring 1 PFXTMPR2B0 byte 0 0321 801 Bitstring 1 PFXTMPR2B1 byte 1 0322 802 Bitstring 1 PFXTMPR2B2 byte 2 0323 803 Bitstring 1 PFXTMPR2B3 byte 3 0324 804 Signed 4 PFXTMPR3 Caller's saved register 3 0328 808 Signed 4 PFXTMPR4 Caller's saved register 4 032C 812 Signed 4 PFXTMPR5 Caller's saved register 5 0330 816 Signed 4 PFXTMPR6 Caller's saved register 6 0334 820 Signed 4 PFXTMPR7 Caller's saved register 7 0338 824 Signed 4 PFXTMPR8 Caller's saved register 8 033C 828 Signed 4 PFXTMPR9 Caller's saved register 9 0340 832 Signed 4 PFXTMPRA Caller's saved register 10 0344 836 Signed 4 PFXTMPRB Caller's saved register 11; ALSO VMDBK ADDRESS OF USER ON WHICH SAVBK IS SCHEDULED 0348 840 Bitstring 16 PFXTMPRCF (0) Caller's saved register 12-15 0348 840 Signed 4 PFXTMPRC Caller's saved register 12 034C 844 Signed 4 PFXTMPRD Caller's saved register 13; ALSO PREVIOUS SAVBK ADDRESS ON CALL 0350 848 Signed 4 PFXTMPRE Caller's saved register 14; ALSO RETURN ADDRESS ON CALL OR STACKED SAVBK RETURN 0354 852 Signed 4 PFXTMPRF Caller's saved register 15; ALSO GOTO ADDRESS ON SCHEDULED SAVBK EXECUTION; ALSO REGISTER 15 RETURN CODE ON HCPEXIT OR STACKED SAVBK RETURN 0358 856 Bitstring 40 PFXTMPWK (0) Workarea for callee 0358 856 Signed 4 PFXTMPW0 035C 860 Signed 4 PFXTMPW1 0360 864 Signed 4 PFXTMPW2 0364 868 Signed 4 PFXTMPW3 0368 872 Signed 4 PFXTMPW4 036C 876 Signed 4 PFXTMPW5 0370 880 Signed 4 PFXTMPW6 0374 884 Signed 4 PFXTMPW7 0378 888 Signed 4 PFXTMPW8 037C 892 Signed 4 PFXTMPW9 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. 0380 896 Signed 4 * (4) Reserved for future use 0390 912 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. 03A0 928 Address 4 PFXTMPOPNR A(who set SVHOPEN) 03A4 932 Signed 4 * Reserved for IBM use 03A8 936 Address 4 PFXTMPAARP A(AR sidecar) for PFX saveareas 03AC 940 Bitstring 1 PFXTMPIACA Caller actual IAC 03AD 941 Bitstring 1 PFXTMPAMDE Amode of callee at entry. 03AE 942 Bitstring 1 PFXTMPIACR Caller "should be" IAC 03AF 943 Bitstring 1 PFXTMPIACE Callee "should be" IAC 03B0 944 Signed 4 * (4) Reserved for future use 03C0 960 Bitstring 64 PFXTMPHIRG (0) 03C0 960 Signed 4 PFXTMPH0 High word of zArch general reg 0 03C4 964 Signed 4 PFXTMPH1 High word of zArch general reg 1 03C8 968 Signed 4 PFXTMPH2 High word of zArch general reg 2 03CC 972 Signed 4 PFXTMPH3 High word of zArch general reg 3 03D0 976 Signed 4 PFXTMPH4 High word of zArch general reg 4 03D4 980 Signed 4 PFXTMPH5 High word of zArch general reg 5 03D8 984 Signed 4 PFXTMPH6 High word of zArch general reg 6 03DC 988 Signed 4 PFXTMPH7 High word of zArch general reg 7 03E0 992 Signed 4 PFXTMPH8 High word of zArch general reg 8 03E4 996 Signed 4 PFXTMPH9 High word of zArch general reg 9 03E8 1000 Signed 4 PFXTMPH10 High word of zArch general reg 10 03EC 1004 Signed 4 PFXTMPH11 High word of zArch general reg 11 03F0 1008 Signed 4 PFXTMPH12 High word of zArch general reg 12 03F4 1012 Signed 4 PFXTMPH13 High word of zArch general reg 13 03F8 1016 Signed 4 PFXTMPH14 High word of zArch general reg 14 03FC 1020 Signed 4 PFXTMPH15 High word of zArch general reg 15 03A8 936 Bitstring 4 * A(AR SIDECAR) FOR PFX SAVEAREA THIS AREA HAS THE SAME FORMAT AS A SAVEAREA IN HCPSAVBK 0400 1024 Signed 4 PFXWRKFP 0404 1028 Signed 4 PFXWRKBP 0408 1032 Signed 4 * 040C 1036 Signed 4 * 0410 1040 Bitstring 1 PFXWRKSC 0411 1041 Bitstring 1 PFXWRKCL 0412 1042 Bitstring 1 * 0413 1043 Bitstring 1 * 0414 1044 Signed 4 * 0418 1048 Bitstring 232 PFXWRKAREA (0) Register and working storage 0418 1048 Bitstring 64 PFXWRKRG (0) Caller's registers 0418 1048 Signed 4 PFXWRKR0 (0) Caller's saved register 0 0418 1048 Bitstring 1 PFXWRKR0B0 byte 0 0419 1049 Bitstring 1 PFXWRKR0B1 byte 1 041A 1050 Bitstring 1 PFXWRKR0B2 byte 2 041B 1051 Bitstring 1 PFXWRKR0B3 byte 3 041C 1052 Signed 4 PFXWRKR1 (0) Caller's saved register 1 041C 1052 Bitstring 1 PFXWRKR1B0 byte 0 041D 1053 Bitstring 1 PFXWRKR1B1 byte 1 041E 1054 Bitstring 1 PFXWRKR1B2 byte 2 041F 1055 Bitstring 1 PFXWRKR1B3 byte 3 0420 1056 Signed 4 PFXWRKR2 (0) Caller's saved register 2 THE FOLLOWING BYTE DEFINITIONS OF SAVER2 ARE FOR TESTING PARAMETERS PASSED BETWEEN MODULES. 0420 1056 Bitstring 1 PFXWRKR2B0 byte 0 0421 1057 Bitstring 1 PFXWRKR2B1 byte 1 0422 1058 Bitstring 1 PFXWRKR2B2 byte 2 0423 1059 Bitstring 1 PFXWRKR2B3 byte 3 0424 1060 Signed 4 PFXWRKR3 Caller's saved register 3 0428 1064 Signed 4 PFXWRKR4 Caller's saved register 4 042C 1068 Signed 4 PFXWRKR5 Caller's saved register 5 0430 1072 Signed 4 PFXWRKR6 Caller's saved register 6 0434 1076 Signed 4 PFXWRKR7 Caller's saved register 7 0438 1080 Signed 4 PFXWRKR8 Caller's saved register 8 043C 1084 Signed 4 PFXWRKR9 Caller's saved register 9 0440 1088 Signed 4 PFXWRKRA Caller's saved register 10 0444 1092 Signed 4 PFXWRKRB Caller's saved register 11; ALSO VMDBK ADDRESS OF USER ON WHICH SAVBK IS SCHEDULED 0448 1096 Bitstring 16 PFXWRKRCF (0) Caller's saved register 12-15 0448 1096 Signed 4 PFXWRKRC Caller's saved register 12 044C 1100 Signed 4 PFXWRKRD Caller's saved register 13; ALSO PREVIOUS SAVBK ADDRESS ON CALL 0450 1104 Signed 4 PFXWRKRE Caller's saved register 14; ALSO RETURN ADDRESS ON CALL OR STACKED SAVBK RETURN 0454 1108 Signed 4 PFXWRKRF Caller's saved register 15; ALSO GOTO ADDRESS ON SCHEDULED SAVBK EXECUTION; ALSO REGISTER 15 RETURN CODE ON HCPEXIT OR STACKED SAVBK RETURN 0458 1112 Bitstring 40 PFXWRKWK (0) Workarea for callee 0458 1112 Signed 4 PFXWRKW0 045C 1116 Signed 4 PFXWRKW1 0460 1120 Signed 4 PFXWRKW2 0464 1124 Signed 4 PFXWRKW3 0468 1128 Signed 4 PFXWRKW4 046C 1132 Signed 4 PFXWRKW5 0470 1136 Signed 4 PFXWRKW6 0474 1140 Signed 4 PFXWRKW7 0478 1144 Signed 4 PFXWRKW8 047C 1148 Signed 4 PFXWRKW9 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. 0480 1152 Signed 4 * (4) Reserved for future use 0490 1168 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. 04A0 1184 Address 4 PFXWRKOPNR A(who set SVHOPEN) 04A4 1188 Signed 4 * Reserved for IBM use 04A8 1192 Address 4 PFXWRKAARP A(AR sidecar) for PFX saveareas 04AC 1196 Bitstring 1 PFXWRKIACA Caller actual IAC 04AD 1197 Bitstring 1 PFXWRKAMDE Amode of callee at entry. 04AE 1198 Bitstring 1 PFXWRKIACR Caller "should be" IAC 04AF 1199 Bitstring 1 PFXWRKIACE Callee "should be" IAC 04B0 1200 Signed 4 * (4) Reserved for future use 04C0 1216 Bitstring 64 PFXWRKHIRG (0) 04C0 1216 Signed 4 PFXWRKH0 High word of zArch general reg 0 04C4 1220 Signed 4 PFXWRKH1 High word of zArch general reg 1 04C8 1224 Signed 4 PFXWRKH2 High word of zArch general reg 2 04CC 1228 Signed 4 PFXWRKH3 High word of zArch general reg 3 04D0 1232 Signed 4 PFXWRKH4 High word of zArch general reg 4 04D4 1236 Signed 4 PFXWRKH5 High word of zArch general reg 5 04D8 1240 Signed 4 PFXWRKH6 High word of zArch general reg 6 04DC 1244 Signed 4 PFXWRKH7 High word of zArch general reg 7 04E0 1248 Signed 4 PFXWRKH8 High word of zArch general reg 8 04E4 1252 Signed 4 PFXWRKH9 High word of zArch general reg 9 04E8 1256 Signed 4 PFXWRKH10 High word of zArch general reg 10 04EC 1260 Signed 4 PFXWRKH11 High word of zArch general reg 11 04F0 1264 Signed 4 PFXWRKH12 High word of zArch general reg 12 04F4 1268 Signed 4 PFXWRKH13 High word of zArch general reg 13 04F8 1272 Signed 4 PFXWRKH14 High word of zArch general reg 14 04FC 1276 Signed 4 PFXWRKH15 High word of zArch general reg 15 04A8 1192 Bitstring 4 * A(AR SIDECAR) FOR PFX SAVEAREA THIS AREA HAS THE SAME FORMAT AS A SAVEAREA IN HCPSAVBK 0500 1280 Signed 4 PFXBALFP 0504 1284 Signed 4 PFXBALBP 0508 1288 Signed 4 * 050C 1292 Signed 4 * 0510 1296 Bitstring 1 PFXBALSC 0511 1297 Bitstring 1 PFXBALCL 0512 1298 Bitstring 1 * 0513 1299 Bitstring 1 * 0514 1300 Signed 4 * 0518 1304 Bitstring 232 PFXBALAREA (0) Register and working storage 0518 1304 Bitstring 64 PFXBALRG (0) Caller's registers 0518 1304 Signed 4 PFXBALR0 (0) Caller's saved register 0 0518 1304 Bitstring 1 PFXBALR0B0 byte 0 0519 1305 Bitstring 1 PFXBALR0B1 byte 1 051A 1306 Bitstring 1 PFXBALR0B2 byte 2 051B 1307 Bitstring 1 PFXBALR0B3 byte 3 051C 1308 Signed 4 PFXBALR1 (0) Caller's saved register 1 051C 1308 Bitstring 1 PFXBALR1B0 byte 0 051D 1309 Bitstring 1 PFXBALR1B1 byte 1 051E 1310 Bitstring 1 PFXBALR1B2 byte 2 051F 1311 Bitstring 1 PFXBALR1B3 byte 3 0520 1312 Signed 4 PFXBALR2 (0) Caller's saved register 2 THE FOLLOWING BYTE DEFINITIONS OF SAVER2 ARE FOR TESTING PARAMETERS PASSED BETWEEN MODULES. 0520 1312 Bitstring 1 PFXBALR2B0 byte 0 0521 1313 Bitstring 1 PFXBALR2B1 byte 1 0522 1314 Bitstring 1 PFXBALR2B2 byte 2 0523 1315 Bitstring 1 PFXBALR2B3 byte 3 0524 1316 Signed 4 PFXBALR3 Caller's saved register 3 0528 1320 Signed 4 PFXBALR4 Caller's saved register 4 052C 1324 Signed 4 PFXBALR5 Caller's saved register 5 0530 1328 Signed 4 PFXBALR6 Caller's saved register 6 0534 1332 Signed 4 PFXBALR7 Caller's saved register 7 0538 1336 Signed 4 PFXBALR8 Caller's saved register 8 053C 1340 Signed 4 PFXBALR9 Caller's saved register 9 0540 1344 Signed 4 PFXBALRA Caller's saved register 10 0544 1348 Signed 4 PFXBALRB Caller's saved register 11; ALSO VMDBK ADDRESS OF USER ON WHICH SAVBK IS SCHEDULED 0548 1352 Bitstring 16 PFXBALRCF (0) Caller's saved register 12-15 0548 1352 Signed 4 PFXBALRC Caller's saved register 12 054C 1356 Signed 4 PFXBALRD Caller's saved register 13; ALSO PREVIOUS SAVBK ADDRESS ON CALL 0550 1360 Signed 4 PFXBALRE Caller's saved register 14; ALSO RETURN ADDRESS ON CALL OR STACKED SAVBK RETURN 0554 1364 Signed 4 PFXBALRF Caller's saved register 15; ALSO GOTO ADDRESS ON SCHEDULED SAVBK EXECUTION; ALSO REGISTER 15 RETURN CODE ON HCPEXIT OR STACKED SAVBK RETURN 0558 1368 Bitstring 40 PFXBALWK (0) Workarea for callee 0558 1368 Signed 4 PFXBALW0 055C 1372 Signed 4 PFXBALW1 0560 1376 Signed 4 PFXBALW2 0564 1380 Signed 4 PFXBALW3 0568 1384 Signed 4 PFXBALW4 056C 1388 Signed 4 PFXBALW5 0570 1392 Signed 4 PFXBALW6 0574 1396 Signed 4 PFXBALW7 0578 1400 Signed 4 PFXBALW8 057C 1404 Signed 4 PFXBALW9 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. 0580 1408 Signed 4 * (4) Reserved for future use 0590 1424 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. 05A0 1440 Address 4 PFXBALOPNR A(who set SVHOPEN) 05A4 1444 Signed 4 * Reserved for IBM use 05A8 1448 Address 4 PFXBALAARP A(AR sidecar) for PFX saveareas 05AC 1452 Bitstring 1 PFXBALIACA Caller actual IAC 05AD 1453 Bitstring 1 PFXBALAMDE Amode of callee at entry. 05AE 1454 Bitstring 1 PFXBALIACR Caller "should be" IAC 05AF 1455 Bitstring 1 PFXBALIACE Callee "should be" IAC 05B0 1456 Signed 4 * (4) Reserved for future use 05C0 1472 Bitstring 64 PFXBALHIRG (0) 05C0 1472 Signed 4 PFXBALH0 High word of zArch general reg 0 05C4 1476 Signed 4 PFXBALH1 High word of zArch general reg 1 05C8 1480 Signed 4 PFXBALH2 High word of zArch general reg 2 05CC 1484 Signed 4 PFXBALH3 High word of zArch general reg 3 05D0 1488 Signed 4 PFXBALH4 High word of zArch general reg 4 05D4 1492 Signed 4 PFXBALH5 High word of zArch general reg 5 05D8 1496 Signed 4 PFXBALH6 High word of zArch general reg 6 05DC 1500 Signed 4 PFXBALH7 High word of zArch general reg 7 05E0 1504 Signed 4 PFXBALH8 High word of zArch general reg 8 05E4 1508 Signed 4 PFXBALH9 High word of zArch general reg 9 05E8 1512 Signed 4 PFXBALH10 High word of zArch general reg 10 05EC 1516 Signed 4 PFXBALH11 High word of zArch general reg 11 05F0 1520 Signed 4 PFXBALH12 High word of zArch general reg 12 05F4 1524 Signed 4 PFXBALH13 High word of zArch general reg 13 05F8 1528 Signed 4 PFXBALH14 High word of zArch general reg 14 05FC 1532 Signed 4 PFXBALH15 High word of zArch general reg 15 05A8 1448 Bitstring 4 * A(AR SIDECAR) FOR PFX SAVEAREA THIS AREA HAS THE SAME FORMAT AS A SAVEAREA IN HCPSAVBK 0600 1536 Signed 4 PFXPTRFP 0604 1540 Signed 4 PFXPTRBP 0608 1544 Signed 4 * 060C 1548 Signed 4 * 0610 1552 Bitstring 1 PFXPTRSC 0611 1553 Bitstring 1 PFXPTRCL 0612 1554 Bitstring 1 * 0613 1555 Bitstring 1 * 0614 1556 Signed 4 * 0618 1560 Bitstring 232 PFXPTRAREA (0) Register and working storage 0618 1560 Bitstring 64 PFXPTRRG (0) Caller's registers 0618 1560 Signed 4 PFXPTRR0 (0) Caller's saved register 0 0618 1560 Bitstring 1 PFXPTRR0B0 byte 0 0619 1561 Bitstring 1 PFXPTRR0B1 byte 1 061A 1562 Bitstring 1 PFXPTRR0B2 byte 2 061B 1563 Bitstring 1 PFXPTRR0B3 byte 3 061C 1564 Signed 4 PFXPTRR1 (0) Caller's saved register 1 061C 1564 Bitstring 1 PFXPTRR1B0 byte 0 061D 1565 Bitstring 1 PFXPTRR1B1 byte 1 061E 1566 Bitstring 1 PFXPTRR1B2 byte 2 061F 1567 Bitstring 1 PFXPTRR1B3 byte 3 0620 1568 Signed 4 PFXPTRR2 (0) Caller's saved register 2 THE FOLLOWING BYTE DEFINITIONS OF SAVER2 ARE FOR TESTING PARAMETERS PASSED BETWEEN MODULES. 0620 1568 Bitstring 1 PFXPTRR2B0 byte 0 0621 1569 Bitstring 1 PFXPTRR2B1 byte 1 0622 1570 Bitstring 1 PFXPTRR2B2 byte 2 0623 1571 Bitstring 1 PFXPTRR2B3 byte 3 0624 1572 Signed 4 PFXPTRR3 Caller's saved register 3 0628 1576 Signed 4 PFXPTRR4 Caller's saved register 4 062C 1580 Signed 4 PFXPTRR5 Caller's saved register 5 0630 1584 Signed 4 PFXPTRR6 Caller's saved register 6 0634 1588 Signed 4 PFXPTRR7 Caller's saved register 7 0638 1592 Signed 4 PFXPTRR8 Caller's saved register 8 063C 1596 Signed 4 PFXPTRR9 Caller's saved register 9 0640 1600 Signed 4 PFXPTRRA Caller's saved register 10 0644 1604 Signed 4 PFXPTRRB Caller's saved register 11; ALSO VMDBK ADDRESS OF USER ON WHICH SAVBK IS SCHEDULED 0648 1608 Bitstring 16 PFXPTRRCF (0) Caller's saved register 12-15 0648 1608 Signed 4 PFXPTRRC Caller's saved register 12 064C 1612 Signed 4 PFXPTRRD Caller's saved register 13; ALSO PREVIOUS SAVBK ADDRESS ON CALL 0650 1616 Signed 4 PFXPTRRE Caller's saved register 14; ALSO RETURN ADDRESS ON CALL OR STACKED SAVBK RETURN 0654 1620 Signed 4 PFXPTRRF Caller's saved register 15; ALSO GOTO ADDRESS ON SCHEDULED SAVBK EXECUTION; ALSO REGISTER 15 RETURN CODE ON HCPEXIT OR STACKED SAVBK RETURN 0658 1624 Bitstring 40 PFXPTRWK (0) Workarea for callee 0658 1624 Signed 4 PFXPTRW0 065C 1628 Signed 4 PFXPTRW1 0660 1632 Signed 4 PFXPTRW2 0664 1636 Signed 4 PFXPTRW3 0668 1640 Signed 4 PFXPTRW4 066C 1644 Signed 4 PFXPTRW5 0670 1648 Signed 4 PFXPTRW6 0674 1652 Signed 4 PFXPTRW7 0678 1656 Signed 4 PFXPTRW8 067C 1660 Signed 4 PFXPTRW9 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. 0680 1664 Signed 4 * (4) Reserved for future use 0690 1680 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. 06A0 1696 Address 4 PFXPTROPNR A(who set SVHOPEN) 06A4 1700 Signed 4 * Reserved for IBM use 06A8 1704 Address 4 PFXPTRAARP A(AR sidecar) for PFX saveareas 06AC 1708 Bitstring 1 PFXPTRIACA Caller actual IAC 06AD 1709 Bitstring 1 PFXPTRAMDE Amode of callee at entry. 06AE 1710 Bitstring 1 PFXPTRIACR Caller "should be" IAC 06AF 1711 Bitstring 1 PFXPTRIACE Callee "should be" IAC 06B0 1712 Signed 4 * (4) Reserved for future use 06C0 1728 Bitstring 64 PFXPTRHIRG (0) 06C0 1728 Signed 4 PFXPTRH0 High word of zArch general reg 0 06C4 1732 Signed 4 PFXPTRH1 High word of zArch general reg 1 06C8 1736 Signed 4 PFXPTRH2 High word of zArch general reg 2 06CC 1740 Signed 4 PFXPTRH3 High word of zArch general reg 3 06D0 1744 Signed 4 PFXPTRH4 High word of zArch general reg 4 06D4 1748 Signed 4 PFXPTRH5 High word of zArch general reg 5 06D8 1752 Signed 4 PFXPTRH6 High word of zArch general reg 6 06DC 1756 Signed 4 PFXPTRH7 High word of zArch general reg 7 06E0 1760 Signed 4 PFXPTRH8 High word of zArch general reg 8 06E4 1764 Signed 4 PFXPTRH9 High word of zArch general reg 9 06E8 1768 Signed 4 PFXPTRH10 High word of zArch general reg 10 06EC 1772 Signed 4 PFXPTRH11 High word of zArch general reg 11 06F0 1776 Signed 4 PFXPTRH12 High word of zArch general reg 12 06F4 1780 Signed 4 PFXPTRH13 High word of zArch general reg 13 06F8 1784 Signed 4 PFXPTRH14 High word of zArch general reg 14 06FC 1788 Signed 4 PFXPTRH15 High word of zArch general reg 15 06A8 1704 Bitstring 4 * A(AR SIDECAR) FOR PFX SAVEAREA THIS AREA HAS THE SAME FORMAT AS A SAVEAREA IN HCPSAVBK 0700 1792 Signed 4 PFXFREFP 0704 1796 Signed 4 PFXFREBP 0708 1800 Signed 4 * 070C 1804 Signed 4 * 0710 1808 Bitstring 1 PFXFRESC 0711 1809 Bitstring 1 PFXFRECL 0712 1810 Bitstring 1 * 0713 1811 Bitstring 1 * 0714 1812 Signed 4 * 0718 1816 Bitstring 232 PFXFREAREA (0) Register and working storage 0718 1816 Bitstring 64 PFXFRERG (0) Caller's registers 0718 1816 Signed 4 PFXFRER0 (0) Caller's saved register 0 0718 1816 Bitstring 1 PFXFRER0B0 byte 0 0719 1817 Bitstring 1 PFXFRER0B1 byte 1 071A 1818 Bitstring 1 PFXFRER0B2 byte 2 071B 1819 Bitstring 1 PFXFRER0B3 byte 3 071C 1820 Signed 4 PFXFRER1 (0) Caller's saved register 1 071C 1820 Bitstring 1 PFXFRER1B0 byte 0 071D 1821 Bitstring 1 PFXFRER1B1 byte 1 071E 1822 Bitstring 1 PFXFRER1B2 byte 2 071F 1823 Bitstring 1 PFXFRER1B3 byte 3 0720 1824 Signed 4 PFXFRER2 (0) Caller's saved register 2 THE FOLLOWING BYTE DEFINITIONS OF SAVER2 ARE FOR TESTING PARAMETERS PASSED BETWEEN MODULES. 0720 1824 Bitstring 1 PFXFRER2B0 byte 0 0721 1825 Bitstring 1 PFXFRER2B1 byte 1 0722 1826 Bitstring 1 PFXFRER2B2 byte 2 0723 1827 Bitstring 1 PFXFRER2B3 byte 3 0724 1828 Signed 4 PFXFRER3 Caller's saved register 3 0728 1832 Signed 4 PFXFRER4 Caller's saved register 4 072C 1836 Signed 4 PFXFRER5 Caller's saved register 5 0730 1840 Signed 4 PFXFRER6 Caller's saved register 6 0734 1844 Signed 4 PFXFRER7 Caller's saved register 7 0738 1848 Signed 4 PFXFRER8 Caller's saved register 8 073C 1852 Signed 4 PFXFRER9 Caller's saved register 9 0740 1856 Signed 4 PFXFRERA Caller's saved register 10 0744 1860 Signed 4 PFXFRERB Caller's saved register 11; ALSO VMDBK ADDRESS OF USER ON WHICH SAVBK IS SCHEDULED 0748 1864 Bitstring 16 PFXFRERCF (0) Caller's saved register 12-15 0748 1864 Signed 4 PFXFRERC Caller's saved register 12 074C 1868 Signed 4 PFXFRERD Caller's saved register 13; ALSO PREVIOUS SAVBK ADDRESS ON CALL 0750 1872 Signed 4 PFXFRERE Caller's saved register 14; ALSO RETURN ADDRESS ON CALL OR STACKED SAVBK RETURN 0754 1876 Signed 4 PFXFRERF Caller's saved register 15; ALSO GOTO ADDRESS ON SCHEDULED SAVBK EXECUTION; ALSO REGISTER 15 RETURN CODE ON HCPEXIT OR STACKED SAVBK RETURN 0758 1880 Bitstring 40 PFXFREWK (0) Workarea for callee 0758 1880 Signed 4 PFXFREW0 075C 1884 Signed 4 PFXFREW1 0760 1888 Signed 4 PFXFREW2 0764 1892 Signed 4 PFXFREW3 0768 1896 Signed 4 PFXFREW4 076C 1900 Signed 4 PFXFREW5 0770 1904 Signed 4 PFXFREW6 0774 1908 Signed 4 PFXFREW7 0778 1912 Signed 4 PFXFREW8 077C 1916 Signed 4 PFXFREW9 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. 0780 1920 Signed 4 * (4) Reserved for future use 0790 1936 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. 07A0 1952 Address 4 PFXFREOPNR A(who set SVHOPEN) 07A4 1956 Signed 4 * Reserved for IBM use 07A8 1960 Address 4 PFXFREAARP A(AR sidecar) for PFX saveareas 07AC 1964 Bitstring 1 PFXFREIACA Caller actual IAC 07AD 1965 Bitstring 1 PFXFREAMDE Amode of callee at entry. 07AE 1966 Bitstring 1 PFXFREIACR Caller "should be" IAC 07AF 1967 Bitstring 1 PFXFREIACE Callee "should be" IAC 07B0 1968 Signed 4 * (4) Reserved for future use 07C0 1984 Bitstring 64 PFXFREHIRG (0) 07C0 1984 Signed 4 PFXFREH0 High word of zArch general reg 0 07C4 1988 Signed 4 PFXFREH1 High word of zArch general reg 1 07C8 1992 Signed 4 PFXFREH2 High word of zArch general reg 2 07CC 1996 Signed 4 PFXFREH3 High word of zArch general reg 3 07D0 2000 Signed 4 PFXFREH4 High word of zArch general reg 4 07D4 2004 Signed 4 PFXFREH5 High word of zArch general reg 5 07D8 2008 Signed 4 PFXFREH6 High word of zArch general reg 6 07DC 2012 Signed 4 PFXFREH7 High word of zArch general reg 7 07E0 2016 Signed 4 PFXFREH8 High word of zArch general reg 8 07E4 2020 Signed 4 PFXFREH9 High word of zArch general reg 9 07E8 2024 Signed 4 PFXFREH10 High word of zArch general reg 10 07EC 2028 Signed 4 PFXFREH11 High word of zArch general reg 11 07F0 2032 Signed 4 PFXFREH12 High word of zArch general reg 12 07F4 2036 Signed 4 PFXFREH13 High word of zArch general reg 13 07F8 2040 Signed 4 PFXFREH14 High word of zArch general reg 14 07FC 2044 Signed 4 PFXFREH15 High word of zArch general reg 15 07A8 1960 Bitstring 4 * A(AR SIDECAR) FOR PFX SAVEAREA RE-DEFINITION OF PFXIRPSV FOR INDIVIDUAL REGISTERS 0800 2048 Signed 4 PFXIRP12 R12 SAVE AREA 0804 2052 Signed 4 PFXIRP13 R13 SAVE AREA 0808 2056 Signed 4 PFXIRP14 R14 SAVE AREA 080C 2060 Signed 4 PFXIRP15 R15 SAVE AREA RE-DEFINITION OF PFXLNKSG FOR 64-BIT REGISTERS 0820 2080 Dbl-Word 8 PFXLNKGC R12 SAVE AREA 0828 2088 Dbl-Word 8 PFXLNKGD R13 SAVE AREA 0830 2096 Dbl-Word 8 PFXLNKGE R14 SAVE AREA 0838 2104 Dbl-Word 8 PFXLNKGF R15 SAVE AREA RE-DEFINITION OF PFXLNKSV FOR INDIVIDUAL REGISTERS 0820 2080 Signed 4 PFXLNK12 R12 SAVE AREA 0824 2084 Signed 4 PFXLNK13 R13 SAVE AREA 0828 2088 Signed 4 PFXLNK14 R14 SAVE AREA 082C 2092 Signed 4 PFXLNK15 R15 SAVE AREA TIMER WORK REGION 02C0 704 Signed 4 PFXTODHO (0) High half of TOD clock 02C0 704 Signed 8 PFXCVTDA WORK AREA FOR HCPCVTOD 02C8 712 Signed 8 PFXPTLBT TOD CLOCK AT LAST PTLB ON THIS CPU 02D0 720 Signed 8 PFXTMRUN CPU TIMER AT USER RUN 02D8 728 Signed 8 PFXTMURN CPU TIMER AT USER UN-RUN 02E0 736 Signed 8 PFXTMDSP CPU TIMER AT USER DISPATCH 02E8 744 Signed 8 PFXTMUDS CPU TIMER AT USER UN-DISPATCH 02F0 752 Signed 8 PFXVTDSP VALUE OF VMSVTIME AT USER DISPATCH 02F8 760 Signed 8 PFXPTLBL TOD Clock at last PTLB on this CPU (never zeroed, unlike PFXPTLBT) Host Control Register Savearea Although z/Architecture CRs are 8 bytes, in most cases, CP only uses the rightmost word or 4 bytes, with zeros in the leftmost word of the CR. CR1, CR7, and CR13 contain ASCEs, and are exceptions: ASCEs designate upper level DAT tables (Region First, Region Second, Region Third, or Segment Tables) which can reside above 2G and thus may have non-zero values in the leftmost word. For CR0, CP never sets the two bits defined in the leftmost word (CR0.0 and CR0.1). For CR1,7,13 the ASCEs loaded always point to CP allocated control blocks that may be above or below the 2G line. LCTLG and STCTLG must be used for these CRs. For CR10,11 CP never sets host PER addresses. For CR12 the CP trace table is always allocated in pages below the 2G line. For CR15 CP never uses the Linkage-Stack facility. 0E80 3712 Bitstring 128 PFXCPCR (0) Host Control Registers CR0 Control bits and masks 0E80 3712 Signed 8 PFXCPCR0G (0) Control and External Masks 0E80 3712 Signed 4 PFXCPCR0H CR0 high half (reserved) 0E84 3716 Signed 4 PFXCPCR0 (0) Control and External Masks 0E84 3716 Bitstring 1 PFXCR0B0 0E85 3717 Bitstring 1 PFXCR0B1 0E86 3718 Bitstring 1 PFXCR0B2 0E87 3719 Bitstring 1 PFXCR0B3 CR1 Primary Address-Space-Control Element (ASCE) 0E88 3720 Signed 8 PFXCPCR1G (0) Primary ASCE 0E88 3720 Signed 4 PFXCPCR1H CR1 high half (Primary ASCE) 0E8C 3724 Signed 4 PFXCPCR1 (0) Primary ASCE 0E8C 3724 Bitstring 1 PFXCR1B0 NO BITS DEFINED FOR PFXCR1B1 1... .... CR1SSXA X'80' CR1SSXA 370/XA SPACE SWITCH EVENT MASK 0E8D 3725 Bitstring 1 PFXCR1B1 NO BITS DEFINED FOR PFXCR1B2 0E8E 3726 Bitstring 1 PFXCR1B2 NO BITS DEFINED FOR PFXCR1B3 0E8F 3727 Bitstring 1 PFXCR1B3 CR2 Dispatchable-Unit-Control-Table Origin 0E90 3728 Signed 8 PFXCPCR2G (0) DUCTO 0E90 3728 Signed 4 PFXCPCR2H CR2 high half (DUCTO) @ 0E94 3732 Signed 4 PFXCPCR2 (0) NO BITS DEFINED FOR PFXCR2B0 0E94 3732 Bitstring 1 PFXCR2B0 NO BITS DEFINED FOR PFXCR2B1 BY HCPEQUAT 0E95 3733 Bitstring 1 PFXCR2B1 NO BITS DEFINED FOR PFXCR2B2 BY HCPEQUAT 0E96 3734 Bitstring 1 PFXCR2B2 NO BITS DEFINED FOR PFXCR2B3 BY HCPEQUAT 0E97 3735 Bitstring 1 PFXCR2B3 CR3 PSW-Key Mask, Secondary Address-Space-Number (ASN) 0E98 3736 Signed 8 PFXCPCR3G (0) CR3 0E98 3736 Signed 4 PFXCPCR3H CR3 high half (reserved) 0E9C 3740 Signed 4 PFXCPCR3 (0) NO BITS DEFINED FOR PFXCR3B0 BY HCPEQUAT 0E9C 3740 Bitstring 1 PFXCR3B0 NO BITS DEFINED FOR PFXCR3B1 BY HCPEQUAT 0E9D 3741 Bitstring 1 PFXCR3B1 NO BITS DEFINED FOR PFXCR3B2 BY HCPEQUAT 0E9E 3742 Bitstring 1 PFXCR3B2 NO BITS DEFINED FOR PFXCR3B3 BY HCPEQUAT 0E9F 3743 Bitstring 1 PFXCR3B3 CR4 Authorization Index, Primary Address-Space-Number 0EA0 3744 Signed 8 PFXCPCR4G (0) CR4 0EA0 3744 Signed 4 PFXCPCR4H CR4 high half (reserved) 0EA4 3748 Signed 4 PFXCPCR4 (0) NO BITS DEFINED FOR PFXCR4B0 BY HCPEQUAT 0EA4 3748 Bitstring 1 PFXCR4B0 NO BITS DEFINED FOR PFXCR4B1 BY HCPEQUAT 0EA5 3749 Bitstring 1 PFXCR4B1 NO BITS DEFINED FOR PFXCR4B2 BY HCPEQUAT 0EA6 3750 Bitstring 1 PFXCR4B2 NO BITS DEFINED FOR PFXCR4B3 BY HCPEQUAT 0EA7 3751 Bitstring 1 PFXCR4B3 CR5 Primary-ASTE origin 0EA8 3752 Signed 8 PFXCPCR5G (0) CR5 0EA8 3752 Signed 4 PFXCPCR5H CR5 high half (reserved) 0EAC 3756 Signed 4 PFXCPCR5 (0) NO BITS DEFINED FOR PFXCR5B0 BY HCPEQUAT 0EAC 3756 Bitstring 1 PFXCR5B0 NO BITS DEFINED FOR PFXCR5B1 BY HCPEQUAT 0EAD 3757 Bitstring 1 PFXCR5B1 NO BITS DEFINED FOR PFXCR5B2 BY HCPEQUAT 0EAE 3758 Bitstring 1 PFXCR5B2 NO BITS DEFINED FOR PFXCR5B3 BY HCPEQUAT 0EAF 3759 Bitstring 1 PFXCR5B3 CR6 I/O-Interruption Subclass Mask 0EB0 3760 Signed 8 PFXCPCR6G (0) CR6 0EB0 3760 Signed 4 PFXCPCR6H CR6 high half (reserved) 0EB4 3764 Signed 4 PFXCPCR6 (0) I/0 INTERRUPTION SUBCLASS MASKS 0EB4 3764 Bitstring 1 PFXCR6B0 1... .... PFXCPIOI X'80' PFXCPIOI I/O INTERRUPT SUBCLASS 00 FOR CP-INITIATED I/O 1... .... PFXIOCL0 X'80' PFXIOCL0 FLOATING CHANNEL INTERRUPT CLASS 0 .1.. .... PFXIOCL1 X'40' PFXIOCL1 FLOATING CHANNEL INTERRUPT CLASS 1 ..1. .... PFXIOCL2 X'20' PFXIOCL2 FLOATING CHANNEL INTERRUPT CLASS 2 ...1 .... PFXIOCL3 X'10' PFXIOCL3 FLOATING CHANNEL INTERRUPT CLASS 3 .... 1... PFXIOCL4 X'08' PFXIOCL4 FLOATING CHANNEL INTERRUPT CLASS 4 .... .1.. PFXIOCL5 X'04' PFXIOCL5 FLOATING CHANNEL INTERRUPT CLASS 5 .... ..1. PFXIOCL6 X'02' PFXIOCL6 FLOATING CHANNEL INTERRUPT CLASS 6 .... ...1 PFXIOCL7 X'01' PFXIOCL7 FLOATING CHANNEL INTERRUPT CLASS 7 ...1 11.1 PFXDRFPT X'1D' PFXDRFPT INTERRUPTION SUBCLASSES DEDICATED FOR LEVEL 2 I/O PASS THRU'S USE.(3,4,5,7) NO BITS DEFINED FOR PFXCR6B1 BY HCPEQUAT 0EB5 3765 Bitstring 1 PFXCR6B1 NO BITS DEFINED FOR PFXCR6B2 BY HCPEQUAT 0EB6 3766 Bitstring 1 PFXCR6B2 NO BITS DEFINED FOR PFXCR6B3 BY HCPEQUAT 0EB7 3767 Bitstring 1 PFXCR6B3 CR7 Secondary Address-Space-Control Element (ASCE) 0EB8 3768 Signed 8 PFXCPCR7G (0) CR7 0EB8 3768 Signed 4 PFXCPCR7H CR7 high half (Secondary ASCE) 0EBC 3772 Signed 4 PFXCPCR7 (0) NO BITS DEFINED FOR PFXCR7B0 BY HCPEQUAT 0EBC 3772 Bitstring 1 PFXCR7B0 NO BITS DEFINED FOR PFXCR7B1 BY HCPEQUAT 0EBD 3773 Bitstring 1 PFXCR7B1 NO BITS DEFINED FOR PFXCR7B2 BY HCPEQUAT 0EBE 3774 Bitstring 1 PFXCR7B2 NO BITS DEFINED FOR PFXCR7B3 BY HCPEQUAT 0EBF 3775 Bitstring 1 PFXCR7B3 CR8 Extended Authorization Index, Monitor Masks 0EC0 3776 Signed 8 PFXCPCR8G (0) CR8 0EC0 3776 Signed 4 PFXCPCR8H CR8 high half (reserved) 0EC4 3780 Signed 4 PFXCPCR8 (0) MONITOR CALL ENABLE MASKS NO BITS DEFINED FOR PFXCR8B0 BY HCPEQUAT 0EC4 3780 Bitstring 1 PFXCR8B0 NO BITS DEFINED FOR PFXCR8B1 BY HCPEQUAT 0EC5 3781 Bitstring 1 PFXCR8B1 NO BITS DEFINED FOR PFXCR8B2 BY HCPEQUAT 0EC6 3782 Bitstring 1 PFXCR8B2 NO BITS DEFINED FOR PFXCR8B3 BY HCPEQUAT 0EC7 3783 Bitstring 1 PFXCR8B3 CR9 PER Control 0EC8 3784 Signed 8 PFXCPCR9G (0) CR9 0EC8 3784 Signed 4 PFXCPCR9H CR9 high half (reserved) 0ECC 3788 Signed 4 PFXCPCR9 (0) PER CONTROL 0ECC 3788 Bitstring 1 PFXCR9B0 NO BITS DEFINED FOR PFXCR9B1 BY HCPEQUAT 0ECD 3789 Bitstring 1 PFXCR9B1 0ECE 3790 Bitstring 1 PFXCR9B2 0ECF 3791 Bitstring 1 PFXCR9B3 CR10 PER Address Range - Starting Address 0ED0 3792 Signed 8 PFXCPCRAG (0) CR10 0ED0 3792 Signed 4 PFXCPCRAH CR10 high half (PER range) 0ED4 3796 Signed 4 PFXCPCRA PER ADDRESS RANGE CR11 PER Address Range - Ending Address 0ED8 3800 Signed 8 PFXCPCRBG (0) CR11 0ED8 3800 Signed 4 PFXCPCRBH CR11 high half (PER range) 0EDC 3804 Signed 4 PFXCPCRB PER ADDRESS RANGE CR12 Trace Controls 0EE0 3808 Signed 8 PFXCPCRCG (0) CR12 0EE0 3808 Signed 4 PFXCPCRCH CR12 high half (Trace controls) 0EE4 3812 Signed 4 PFXCPCRC (0) 0EE4 3812 Bitstring 1 PFXCRCB0 NO BITS DEFINED FOR PFXCRCB1 BY HCPEQUAT 1... .... CRCBRCTL X'80' CRCBRCTL BRANCH TRACE CONTROL BIT. WHEN ON, BALR, BASR, BASSM, BAKR AND BSG INST MAY BE TRACED BY THE HARDWARE. Note that for zArch, this bit is moved to GCRC0.0 of a 64-bit CRC with a label of CRCBTCTL. 0EE5 3813 Bitstring 1 PFXCRCB1 NO BITS DEFINED FOR PFXCRCB2 BY HCPEQUAT 0EE6 3814 Bitstring 1 PFXCRCB2 0EE7 3815 Bitstring 1 PFXCRCB3 CR13 Home Address-Space-Control Element 0EE8 3816 Signed 8 PFXCPCRDG (0) CR13 0EE8 3816 Signed 4 PFXCPCRDH CR13 high half (Home ASCE) 0EEC 3820 Signed 4 PFXCPCRD (0) NO BITS DEFINED FOR PFXCRDB0 BY HCPEQUAT CRDB0 0EEC 3820 Bitstring 1 PFXCRDB0 NO BITS DEFINED FOR PFXCRDB1 BY HCPEQUAT CRDB1 0EED 3821 Bitstring 1 PFXCRDB1 NO BITS DEFINED FOR PFXCRDB2 BY HCPEQUAT CRDB2 0EEE 3822 Bitstring 1 PFXCRDB2 NO BITS DEFINED FOR PFXCRDB3 BY HCPEQUAT CRDB3 0EEF 3823 Bitstring 1 PFXCRDB3 CR14 Machine Check Masks, TOD clock control, ASN Translation Control 0EF0 3824 Signed 8 PFXCPCREG (0) CR14 0EF0 3824 Signed 4 PFXCPCREH CR14 high half (reserved) 0EF4 3828 Signed 4 PFXCPCRE (0) MACHINE CHECK CONTROL MASK 0EF4 3828 Bitstring 1 PFXCREB0 0EF5 3829 Bitstring 1 PFXCREB1 NO BITS DEFINED FOR PFXCREB2 BY HCPEQUAT 0EF6 3830 Bitstring 1 PFXCREB2 NO BITS DEFINED FOR PFXCREB3 BY HCPEQUAT 0EF7 3831 Bitstring 1 PFXCREB3 CR15 Linkage-Stack-Entry Address 0EF8 3832 Signed 8 PFXCPCRFG (0) CR15 0EF8 3832 Signed 4 PFXCPCRFH CR15 high half (Linkage Stack) 0EFC 3836 Signed 4 PFXCPCRF (0) NO BITS DEFINED FOR PFXCRFB0 BY HCPEQUAT 0EFC 3836 Bitstring 1 PFXCRFB0 NO BITS DEFINED FOR PFXCRFB1 BY HCPEQUAT 0EFD 3837 Bitstring 1 PFXCRFB1 NO BITS DEFINED FOR PFXCRFB2 BY HCPEQUAT 0EFE 3838 Bitstring 1 PFXCRFB2 NO BITS DEFINED FOR PFXCRFB3 BY HCPEQUAT 0EFF 3839 Bitstring 1 PFXCRFB3 THE FOLLOWING INITIAL VALUES FOR THE CONTROL REGS ARE FOR USE BY SYSTEM INITIALIZATION PRIOR TO SETTING THE ACTUAL RUNNING VALUE. PFXCPCR6,PFXCPCR7,PFXCPCR8,PFXCPCR9,PFXCPCRA,PFXCPCRB, PFXCPCRC,PFXCPCRD,PFXCPCRE,PFXCPCRF 0E80 3712 Address 4 * (0) R5,PFXCPCR6,PFXCPCR7,PFXCPCR8,PFX CPCR9,PFXCPCRA,PFXCPCRB ,PFXCPCRC,PFXCPCRD,PFXCPCRE,PFXCP CRF) Force a cross reference PFXCPCR5H,PFXCPCR6H,PFXCPCR7H,PFX CPCR8H,PFXCPCR9H, PFXCPCRAH,PFXCPCRBH,PFXCPCRCH,PFX CPCRDH,PFXCPCREH, PFXCPCRFH 0E80 3712 Address 4 * (0) FXCPCR5H,PFXCPCR6H,PFXCPCR7H,PFXC PCR8H,PFXCPCR9H,PFXCPCR AH,PFXCPCRBH,PFXCPCRCH,PFXCPCRDH, PFXCPCREH,PFXCPCRFH) Force a cross reference PFXCPCR5G,PFXCPCR6G,PFXCPCR7G,PFX CPCR8G,PFXCPCR9G, PFXCPCRAG,PFXCPCRBG,PFXCPCRCG,PFX CPCRDG,PFXCPCREG, PFXCPCRFG 0E80 3712 Address 4 * (0) FXCPCR5G,PFXCPCR6G,PFXCPCR7G,PFXC PCR8G,PFXCPCR9G,PFXCPCR AG,PFXCPCRBG,PFXCPCRCG,PFXCPCRDG, PFXCPCREG,PFXCPCRFG) Force a cross reference 0E80 3712 Address 4 * (0) Force a cross reference 0E80 3712 Signed 4 * CR0 High half 0E84 3716 Bitstring 4 * CR0 Control, external masks 0E88 3720 Signed 4 * CR1 Primary-space ASCE 0E90 3728 Signed 4 * CR2 DUCT Origin 0E98 3736 Signed 4 * CR3 PSW-Key Mask, SASN 0EA0 3744 Signed 4 * CR4 Auth. Index, PASN 0EA8 3752 Signed 4 * CR5 Primary ASTE origin 0EB0 3760 Signed 4 * CR6 I/O Int. Subclass Masks 0EB8 3768 Signed 4 * CR7 Secondary-space ASCE 0EC0 3776 Signed 4 * CR8 Monitor Call Masks 0EC8 3784 Signed 4 * CR9 PER Control 0ED0 3792 Signed 4 * CR10 PER Address Range - start 0ED8 3800 Signed 4 * CR11 PER Address Range - end 0EE0 3808 Signed 4 * CR12 Trace Controls 0EE8 3816 Signed 4 * CR13 Home-space ASCE 0EF0 3824 Signed 4 * CR14 Machine check subclasses 0EF8 3832 Signed 4 * CR15 Linkage-Stack-Entry Address SYSTEM MAINTENANCE SERVICE CODE IDENTIFIER 0900 2304 Character 16 PFXFEIBM 5741-A07 ' 0910 2320 Signed 4 * (9) Reserved for future IBM use. FREQUENTLY REFERENCED ADDRESS CONSTANTS Notes : The address constants below that refer to module entry points may contain addressing mode bits and thus should not be used in situations in which the presence of these bits would not be appropriate, such as to set interrupt return addresses in control blocks. 0934 2356 Address 4 PFXSVR Pointer to HCPSVR 0938 2360 Address 4 PFXCFMRD Pointer to HCPCFMRD 093C 2364 Address 4 PFXCVTBH Pointer to HCPCVTBH 0940 2368 Address 4 PFXCVTDT Pointer to HCPCVTDT 0944 2372 Address 4 PFXCVTOD Pointer to HCPCVTOD 0948 2376 Address 4 PFXDSPCH Pointer to HCPDSPCH 094C 2380 Address 4 PFXERMES Pointer to HCPERMES 0950 2384 Address 4 PFXFREE Pointer to HCPFREE 0954 2388 Address 4 PFXFRET Pointer to HCPFRET 0958 2392 Address 4 PFXGSVC0 Pointer to HCPGSVC0 095C 2396 Address 4 PFXGSVC1 Pointer to HCPGSVC1 0960 2400 Address 4 PFXGSVC2 Pointer to HCPGSVC2 0964 2404 Address 4 PFXGSVC3 Pointer to HCPGSVC3 0968 2408 Address 4 PFXTTATB Pointer to HCPTTATB 096C 2412 Address 4 PFXIOSRQ Pointer to HCPIOSRQ 0970 2416 Address 4 PFXHTRAN Pointer to HCPHTR2N 0974 2420 Address 4 PFXLALLK Pointer to HCPLALLK 0978 2424 Address 4 PFXLALLU Pointer to HCPLALLU 097C 2428 Address 4 PFXHTRAB Pointer to HCPHTR2B 0980 2432 Address 4 PFXCFRWT Pointer to HCPCFRWT 0984 2436 Address 4 PFXRUNXT Pointer to HCPRUNXT 0988 2440 Address 4 PFXSTKCP Pointer to HCPSTKCP 098C 2444 Address 4 PFXSTKGT Pointer to HCPSTKGT 0990 2448 Address 4 PFXSTKIO Pointer to HCPSTKIO 0994 2452 Address 4 PFXSCCFD Pointer to HCPSCCFD 0998 2456 Address 4 PFXSYS SYSTEM COMMON AREA 099C 2460 Bitstring 4 * PFXFTBL has moved, set bad ptr 09A0 2464 Address 4 PFXSYSVM SYSTEM VMDBLOCK 09A4 2468 Address 4 PFXRUNU Pointer to HCPRUNU 09A8 2472 Address 4 PFXENDOP Pointer to HCPENDOP Called by BASR from deep within MASTER or HCPCALL macros. 09AC 2476 Address 4 PFXSVUSW Pointer to HCPSVUSW 09B0 2480 Signed 4 * Reserved for IBM use 09B4 2484 Signed 4 * Reserved for IBM use 09B8 2488 Address 4 PFXSVUGS Pointer to HCPSVUGS 09BC 2492 Address 4 PFXPAGCP End of the CP Nucleus (and RAMDISK if present.) 09C0 2496 Address 4 PFXSVURS Pointer to HCPSVURS 09C4 2500 Address 4 PFXLUSER PRIOR RUNNING USER 09C8 2504 Address 4 PFXPRFIX PREFIX VALUE FOR THIS CPU 09CC 2508 Address 4 PFXNXTPF CYCLIC POINTER TO NEXT PREFIX AREA If there is only one processor (in other words no other prefix areas) then it points to its own prefix area. 09D0 2512 Signed 4 PFXABEND (0) CP ABNORMAL TERMINATION CODE 09D0 2512 Signed 4 PFXTRMCD (0) Machine check termination code 09D0 2512 Bitstring 3 PFXABENM CP ABEND MODULE ID 09D3 2515 Bitstring 1 PFXABENN CP ABEND DETAIL CODE 09D4 2516 Address 4 PFXSXAST Host real address of ASTE for... system-execution address space. 09D8 2520 Address 4 PFXSTDBK SYSTEM TERMINATION DUMP BLOCK ADDRESS 09DC 2524 Address 4 PFXMCHA MACHINE CHECK WORK AREA 09E0 2528 Address 4 PFXMCVBK THIS CPU'S PERMANENT MCVBK. IF BLOCK IS NON-0, A DAMAGE INCIDENT IS IN PROGRESS. 09E4 2532 Signed 4 PFXINST1 RESERVED FOR INSTALLATION USE 09E8 2536 Signed 4 PFXINST2 RESERVED FOR INSTALLATION USE 09EC 2540 Signed 4 PFXINST3 RESERVED FOR INSTALLATION USE 09F0 2544 Signed 4 PFXINST4 RESERVED FOR INSTALLATION USE COMMONLY USED CONSTANTS WARNING: THIS AREA IS OVERLAID BELOW TO PROVIDE HALFWORD AND BYTE CONSTANTS. CHANGES TO THIS AREA MUST TAKE THE HALFWORDS AND BYTES INTO CONSIDERATION. 0A00 2560 Dbl-Word 8 PFXZEROS (8) 64 bytes of binary zeroes 0A40 2624 Bitstring 8 PFXBLANK 0A48 2632 Bitstring 8 PFXFFS 00PFXFFS PFX0 00004 PFXZEROS,4 0A50 2640 Signed 4 PFX1 0A54 2644 Signed 4 PFX2 0A58 2648 Signed 4 PFX3 0A5C 2652 Signed 4 PFX4 0A60 2656 Signed 4 PFX5 0A64 2660 Signed 4 PFX6 0A68 2664 Signed 4 PFX7 0A6C 2668 Signed 4 PFX8 0A70 2672 Signed 4 PFX9 0A74 2676 Signed 4 PFX10 0A78 2680 Signed 4 PFX15 ALSO = X'0000000F' 0A7C 2684 Signed 4 PFX16 0A80 2688 Signed 4 PFX17 0A84 2692 Signed 4 PFX20 0A88 2696 Signed 4 PFX24 0A8C 2700 Signed 4 PFX60 ALSO = X'0000003C' 0A90 2704 Signed 4 PFX240 ALSO = X'000000F0' = C'0' 0A94 2708 Signed 4 PFX255 ALSO = X'000000FF' 0A98 2712 Signed 4 PFX256 ALSO = X'00000100' 0A9C 2716 Signed 4 PFX512 ALSO = X'00000200' 0AA0 2720 Signed 4 PFX2047 ALSO = X'000007FF' 0AA4 2724 Signed 4 PFX2048 ALSO = X'00000800' 0AA8 2728 Signed 4 PFX4095 ALSO = X'00000FFF' 0AAC 2732 Signed 4 PFX4096 ALSO = X'00001000' 0PFX4096 PFXPG2AD PFX4096 PFXPG2AD Address of the 2nd page of the PSA The above is a temporary proposal for how to address page 2 of the prefix area. Directly loading PFX4096 seems wrong. 0AB0 2736 Bitstring 8 PFX24MSK (0) 24-bit address mask 0AB0 2736 Bitstring 4 PFX24HSK . . . 1st half of big mask 0AB4 2740 Bitstring 4 PFX00FFS . . . 2nd half (also small mask) 0AB8 2744 Bitstring 8 PFX2GM1 (0) 2G-1 as unsigned Fixed 64 0AB8 2744 Bitstring 8 PFX31MSK (0) 31-bit address mask 0AB8 2744 Bitstring 4 PFX31HSK . . . 1st half of big mask 0ABC 2748 Bitstring 4 PFX7FFFS . . . 2nd half (also small mask) . . . also x'7FFFFFFF' in 4 bytes 0AC0 2752 Bitstring 4 PFXHALF ALSO = F'65535' (64K-1) 0AC4 2756 Bitstring 4 PFXPGNUM PFXPGNUM PFX7F000 PFXPGNUM PFX7F000 XL4'7FFFF000' PFXPGNUM PFX2GM4K PFXPGNUM PFX2GM4K XL4'2G-4K' 0AC8 2760 Bitstring 4 PFXHLFPG 0ACC 2764 Bitstring 4 PFXSTEMK MASK TO ISOLATE SEGTABLE ENTRY 0AD0 2768 Bitstring 8 PFX2G (0) 2G as unsigned Fixed 64 0AD0 2768 Bitstring 4 PFX2GHI 1st half of 64 bit value 0AD4 2772 Bitstring 4 PFX8000S 2nd half (also 32 bit value) 0AD8 2776 Signed 4 * Reserved for IBM use 0ADC 2780 Bitstring 4 PFXNOADD 0AE0 2784 Signed 4 PFX8192 ALSO = X'00002000' 0PFX8192 PFX8K PFX8192 PFX8K 0AE4 2788 Bitstring 4 PFX7FFE0 Mask to isolate 8K-aligned address 0AE8 2792 Dbl-Word 8 * (0) 0AE8 2792 Bitstring 8 PFXRXMSK Isolate Region Index 0AF0 2800 Bitstring 8 PFXGPFRA Isolate Frame address PFXGPFRA PFXGSTOM PFXGPFRA PFXGSTOM Isolate STO PFXGPFRA PFXGRTOM PFXGPFRA PFXGRTOM Isolate Region Origin 0AF8 2808 Signed 8 * (0) 0AF8 2808 Character 8 PFXFREYE Free Storage trail pseudo-constant (first word may be overlaid with FSCBK address for free storage limit detection, but is later restored) COMMONLY USED HALF WORD CONSTANTS THIS AREA OVERLAYS THE FULL-WORD CONSTANTS WITH OFFSET +2 FROM THE FULL-WORD FORM. 0A00 2560 Dbl-Word 8 * (8) 0A40 2624 Bitstring 8 * 0A48 2632 Bitstring 8 * 0A50 2640 Signed 2 PFXH0 0A52 2642 Signed 2 PFXH1 0A54 2644 Signed 2 * 0A56 2646 Signed 2 PFXH2 0A58 2648 Signed 2 * 0A5A 2650 Signed 2 PFXH3 0A5C 2652 Signed 2 * 0A5E 2654 Signed 2 PFXH4 0A60 2656 Signed 2 * 0A62 2658 Signed 2 PFXH5 0A64 2660 Signed 2 * 0A66 2662 Signed 2 PFXH6 0A68 2664 Signed 2 * 0A6A 2666 Signed 2 PFXH7 0A6C 2668 Signed 2 * 0A6E 2670 Signed 2 PFXH8 0A70 2672 Signed 2 * 0A72 2674 Signed 2 PFXH9 0A74 2676 Signed 2 * 0A76 2678 Signed 2 PFXH10 0A78 2680 Signed 2 * 0A7A 2682 Signed 2 PFXH15 0A7C 2684 Signed 2 * 0A7E 2686 Signed 2 PFXH16 0A80 2688 Signed 2 * 0A82 2690 Signed 2 PFXH17 0A84 2692 Signed 2 * 0A86 2694 Signed 2 PFXH20 0A88 2696 Signed 2 * 0A8A 2698 Signed 2 PFXH24 0A8C 2700 Signed 2 * 0A8E 2702 Signed 2 PFXH60 0A90 2704 Signed 2 * 0A92 2706 Signed 2 PFXH240 0A94 2708 Signed 2 * 0A96 2710 Signed 2 PFXH255 0A98 2712 Signed 2 * 0A9A 2714 Signed 2 PFXH256 0A9C 2716 Signed 2 * 0A9E 2718 Signed 2 PFXH512 0AA0 2720 Signed 2 * 0AA2 2722 Signed 2 PFXH2047 0AA4 2724 Signed 2 * 0AA6 2726 Signed 2 PFXH2048 0AA8 2728 Signed 2 * 0AAA 2730 Signed 2 PFXH4095 0AAC 2732 Signed 2 * 0AAE 2734 Signed 2 PFXH4096 0AE0 2784 Signed 2 * 0AE2 2786 Signed 2 PFXH8192 COMMONLY USED ONE-BYTE WORD CONSTANTS THIS AREA OVERLAYS THE FULL-WORD CONSTANTS WITH OFFSET +3 FROM THE FULL-WORD FORM. 0A00 2560 Dbl-Word 8 * (8) 0A40 2624 Bitstring 8 * 0A48 2632 Bitstring 8 * 0A50 2640 Address 1 PFXB0 0A51 2641 Bitstring 2 * 0A53 2643 Address 1 PFXB1 0A54 2644 Bitstring 3 * 0A57 2647 Address 1 PFXB2 0A58 2648 Bitstring 3 * 0A5B 2651 Address 1 PFXB3 0A5C 2652 Bitstring 3 * 0A5F 2655 Address 1 PFXB4 0A60 2656 Bitstring 3 * 0A63 2659 Address 1 PFXB5 0A64 2660 Bitstring 3 * 0A67 2663 Address 1 PFXB6 0A68 2664 Bitstring 3 * 0A6B 2667 Address 1 PFXB7 0A6C 2668 Bitstring 3 * 0A6F 2671 Address 1 PFXB8 0A70 2672 Bitstring 3 * 0A73 2675 Address 1 PFXB9 0A74 2676 Bitstring 3 * 0A77 2679 Address 1 PFXB10 0A78 2680 Bitstring 3 * 0A7B 2683 Address 1 PFXB15 0A7C 2684 Bitstring 3 * 0A7F 2687 Address 1 PFXB16 0A80 2688 Bitstring 3 * 0A83 2691 Address 1 PFXB17 0A84 2692 Bitstring 3 * 0A87 2695 Address 1 PFXB20 0A88 2696 Bitstring 3 * 0A8B 2699 Address 1 PFXB24 0A8C 2700 Bitstring 3 * 0A8F 2703 Address 1 PFXB60 0A90 2704 Bitstring 3 * 0A93 2707 Address 1 PFXB240 (0) 0A93 2707 Character 1 PFXCHR0 0A94 2708 Bitstring 3 * 0A97 2711 Address 1 PFXB255 0B00 2816 Bitstring 1 * RESERVED FOR FUTURE IBM USE 0B01 2817 Bitstring 1 PFXATTRB Attributes from ICRBK+ICLBK 0B02 2818 Bitstring 1 PFXVCNFG Virtual mode 1... .... PFXVVMXA X'80' PFXVVMXA Running 2nd level under VM .1.. .... PFXVLPAR X'40' PFXVLPAR Running in logical partition ..1. .... PFXVEXFP X'20' PFXVEXFP Extended Floating Point installed .... .1.. PFXVMVPG X'04' PFXVMVPG Allow MVPG for all guests .... ..1. PFXVDG9C X'02' PFXVDG9C Diagnose x'9C' is installed .... ...1 PFXVNALC X'01' PFXVNALC Address-limit-facility not installed 0B03 2819 Address 1 PFXPREMT CPU PREEMPTION FLAG 000000FF PFXPRERQ 255 PFXPRERQ CPU PREEMPTION IS REQUESTED 00000000 PFXPREMF 000 PFXPREMF CPU PREEMPTION HAS BEEN SATISFIED 0B04 2820 Address 4 PFXPLDV ADDRESS OF THIS CPU'S PROCESSOR LOCAL DISPATCH VECTOR 0B08 2824 Dbl-Word 8 PFXCPUID (0) CPU IDENTIFICATION FIELD 0B08 2824 Bitstring 1 PFXIDVER CPU MODEL VERSION CODE 000000FF CPUIDVM X'FF' CPUIDVM VIRTUAL MACHINE VERSION CODE 0B09 2825 Bitstring 3 PFXIDSER CPU SERIAL NUMBER - HEXADECIMAL 0B0C 2828 Bitstring 2 PFXIDMDL CPU MODEL NUMBER - HEXADECIMAL 0B0E 2830 Signed 2 * RESERVED FOR FUTURE IBM USE. 0B10 2832 Dbl-Word 8 PFXRNPSW PSW FOR LAST RUN USER 0B18 2840 Dbl-Word 8 PFXDSPRI DISPATCH PRIORITY OF DISPATCHED VMDBK 0B20 2848 Signed 4 PFXUDED VMDBK TO WHICH THIS CPU IS DEDICATED (ZERO = NOT A DEDICATED FIELD) 0B24 2852 Signed 4 PFXIORET RETURN LINKAGE FOR I/O 0B28 2856 Address 4 PFXRNUSR LAST RUN USER 0B2C 2860 Signed 4 * Unused 0B30 2864 Signed 2 PFXZNNUM HOST ZONE NUMBER 0B32 2866 Bitstring 1 PFXZNMSK HOST ZONE MASK PFXCPIMG is set very early during system initialization. It represents the compiled image of the system. 0B33 2867 Bitstring 1 PFXCPIMG Image of CP Executing .1.. .... PFXCPME X'40' PFXCPME This is the z/Architecture version 0B34 2868 Signed 4 PFXAZMWD (0) Alert Zone Mask word. This mapping is used for compare-and-swap operations. 0B34 2868 Bitstring 1 PFXAZM Alert Zone Mask. This mask contains a one for each zone which must be alerted for by this processor. Serialized by compare-and-swap. 0B35 2869 Bitstring 3 * Rest of PFXAZMWD 0B38 2872 Signed 4 PFXFLAGS (0) STATUS FLAGS 0B38 2872 Address 1 PFXHSTAT HOST CP RUNNING STATUS 1... .... PFXHWAIT X'80' PFXHWAIT HOST CP IN WAIT STATE .1.. .... PFXHRUN X'40' PFXHRUN DISPATCHED USER HAS BEEN PUT IN THE SIE, OR EXITED FROM SIE BUT NOT YET 'UN-RUN'. THE HOST GPR'S AND FPR'S CONTAIN GUEST DATA, AND THE CPU TIMER IS TRACKING EMULATION-MODE TIME. ..1. .... PFXHSYS X'20' PFXHSYS HOST CP EXECUTING ON BEHALF OF SYSTEM ...1 .... PFXHUSER X'10' PFXHUSER HOST CP EXECUTING ON BEHALF OF USER (PFXHRUN AND/OR PFXHSYS MAY ALSO BE INDICATED WITH PFXHUSER) .... 1... PFXHABEN X'08' PFXHABEN HOST CP ABEND MACRO HAS BEEN ISSUED .... .1.. PFXHSIE X'04' PFXHSIE SIE IS RUNNING ON THIS CPU. (FLAG IS SET JUST BEFORE START, UNSET JUST AFTER EXIT.) .... ..1. PFXHRUNX X'02' PFXHRUNX DISPATCHED USER IS IN THE 'RUN' STATE, WITH THE POSSIBLE EXCEPTION OF HOST GPR'S, WHOSE STATE IS INDICATED SOLELY BY PFXHRUN. 0B39 2873 Bitstring 1 PFXTNDLK SYSTEM SPECIAL STATES FLAGS 1... .... PFXPWROF X'80' PFXPWROF SHUTDOWN POWEROFF was issued, and now the IPL should be done WARM automatically, with no OPERATOR intervention. This is set during IPL based on info contained in HCPCKPBK (Checkpoint) .1.. .... PFXHINIT X'40' PFXHINIT CONTROL PROGRAM IS INITIALIZING ..1. .... PFXSFIPL X'20' PFXSFIPL INITIALIZATION IS DUE TO SOFTWARE IPL This could be a bounce or a reIPL of the same nucleus ...1 .... PFXREIPL X'10' PFXREIPL Initialization is due to software IPL .... 1... PFXNOCKP X'08' PFXNOCKP Checkpoint cylinders were not initialized .... .1.. PFXTINIT X'04' PFXTINIT TIMER HAS BEEN INITIALIZED .... ..1. PFXTRPON X'02' PFXTRPON FREE STORAGE TRAP IN EFFECT .... ...1 PFXNULOD X'01' PFXNULOD We needed a new copy of HCPLOD when we bounced (or SHUTDOWN REIPL same nucleus) 0B3A 2874 Bitstring 1 PFXRCVFG CPU RECOVERY CONTROL FLAGS 1... .... PFXMALFW X'80' PFXMALFW SPIN LOCK MALFUNCTION ALERT WINDOW IS IN PROGRESS .1.. .... PFXHDLAY X'40' PFXHDLAY PREFIX PAGE IS AWAITING DE-ALLOCATION ..1. .... PFXRLPST X'20' PFXRLPST Releasing additional Prefix page STorage at VARY OFF time 0B3B 2875 Bitstring 1 PFXCPUTY CPU Type of this CPU 0B3C 2876 Bitstring 3 PFXDSPWK (0) Dispatcher work controls 0B3C 2876 Bitstring 1 PFXRCVWK CPU RECOVERY TYPE WORK CONTROLS .1.. .... PFXMALFP X'40' PFXMALFP MALFUNCTION ALERT WORK IS PENDING ..1. .... PFXEMSWK X'20' PFXEMSWK EMERGENCY SIGNAL WORK IS PENDING ...1 .... PFXMCHWK X'10' PFXMCHWK MACHINE CHECK RECOVERY WORK PENDING .... ...1 PFXPRLWK X'01' PFXPRLWK Work pending to process the page- fault "processed list" (NOTE: code in HCPDSP depends on value X'01' for this) 0B3D 2877 Bitstring 1 PFXTSKST Task state of current task 1... .... PFXDWMCO X'80' PFXDWMCO Dispatched work can run on Master CPU only. 0B3E 2878 Bitstring 1 * RESERVED FOR FUTURE WORK CONTROLS 0B3F 2879 Bitstring 1 PFXEMODE Execution mode flags 1... .... PFXDATON X'80' PFXDATON Run with Dynamic Address Translation 0B40 2880 Bitstring 1 PFXSVMSK Field used to temporarily save the program mask. Located in a cache line frequently ref'd by HCPDSP and HCPRUN 0B41 2881 Bitstring 3 * Reserved for future IBM use 0B44 2884 Signed 2 PFXCPUAD 'STAP' PROCESSOR ADDRESS Note that we initialize to FF's so field will be considered uninitialized when it is GEN'd into HCPPFX, since we don't know which processor will IPL 0B46 2886 Bitstring 1 PFXABFLG CP status flag 1... .... PFXSNPQU X'80' PFXSNPQU This CPU is quiesced/quiesce pending on behalf of SNAPDUMP processing .1.. .... PFXSVCMR X'40' PFXSVCMR CP is obtaining a frame for SAVBKs 0B47 2887 Bitstring 1 PFXHSFLG SHARED NAMED SYSTEMS FLAG 1... .... PFXSHRLK X'80' PFXSHRLK PROCESSING SHARED NAMED SYSTEM PAGE CPU TIME RESOURCE CONSUMPTION MEASUREMENTS 0B48 2888 Bitstring 8 PFXTMMAX MAXIMUM TIMER VALUE. CONSTANT TO BE USED FOR INITIALIZING OTHER FIELDS AND FOR TIMER ARITHMETIC. 0B50 2896 Bitstring 8 PFXTOTWT SYSTEM TOTAL WAIT TIME ON THIS CPU 0B58 2904 Bitstring 8 PFXPRBTM TOTAL EMULATION STATE TIME FOR ALL USERS ON THIS CPU 0B60 2912 Bitstring 8 PFXTMSYS SYSTEM TIMER VALUE ON THIS CPU 0B68 2920 Bitstring 8 PFXUTIME TOTAL CPU TIME FOR ALL USERS ON THIS CPU 0B70 2928 Bitstring 8 PFXACTTS SYSTEM ACCOUNTING TIME, VALUE OF PFXTMSYS AT LAST 'ACNT' COMMAND 0B78 2936 Bitstring 8 PFXSCITS A copy of PFXTMSYS the last time it was inspected by the scheduler running on this CPU. This field is protected by the scheduler lock. 0B80 2944 Bitstring 8 PFXSPINT ELAPSED TIME IN SPIN LOCK ON THIS CPU STARTING AT ZERO AND COUNTING UPWARDS MP-CONTROL AND CPU RECOVERY CONTROL FIELDS 0B88 2952 Dbl-Word 8 PFXLCPUA LOGICAL CPU ADDRESS Note that we initialize this to 00's so it is uninitialized in HCPPFX when we GEN it in. This is because we don't know on CPU we will be IPLing. 0B90 2960 Signed 4 PFXSPINC COUNT OF SPINS ON A SPIN LOCK 0B94 2964 Signed 4 PFXEMSAN EMERGENCY SIGNAL EMSBK ANCHOR 0B98 2968 Address 1 PFXDOWNR TERMINATION REQUEST FIELD 000000FF PFXDOWN 255 PFXDOWN REQUEST FOR TERMINATION 00000000 PFXDNRZ 000 PFXDNRZ NO REQUEST FOR TERMINATION 0B99 2969 Address 1 PFXDOWNC TERMINATION COMPLETE FIELD 00000000 PFXDNCZ 000 PFXDNCZ TERMINATION NOT COMPLETE 000000FF PFXDNEMS 255 PFXDNEMS TERM COMPLETE DUE TO EMS 000000EE PFXDNRES 238 PFXDNRES TERM COMPLETE DUE TO RESET 000000DD PFXDNU 221 PFXDNU CPU TERM STATUS UNKNOWN 000000CC PFXDNSW 204 PFXDNSW Term Complete on Secondary 0B9A 2970 Address 1 PFXTYPE HOST CPU USAGE TYPE IDENTIFIER 00000000 PFXTYOFL 000 PFXTYOFL CPU IS NOT OPERATIONAL, SEE PFXSTATE FIELD FOR DETAILS 00000014 PFXMASTR 020 PFXMASTR THIS IS A MASTER-TYPE CPU 0000001E PFXTYDED 030 PFXTYDED THIS IS A DEDICATED CPU 00000028 PFXTYSLV 040 PFXTYSLV THIS IS A SLAVE-TYPE CPU 0B9B 2971 Address 1 PFXDETUP FLAG USED DURING DETECTION FOR UNRESPONSIVE PROCESSORS 00000000 PFXPRESP 000 PFXPRESP PROCESSOR IS RESPONSIVE 000000FF PFXTESTP 255 PFXTESTP TEST PROCESSOR RESPONSIVE 000000CC PFXPRUNR 204 PFXPRUNR PROCESSOR APPEARS UNRESPONSIVE 00000011 PFXTMOUT 017 PFXTMOUT PROCESSOR IS UNRESPONSIVE AND IS TIMED OUT 0B9C 2972 Address 1 PFXSTATE CPU OPERATING STATUS 00000000 PFXAVAIL 000 PFXAVAIL CPU IS ONLINE AND AVAILABLE (SEE PFXTYPE FOR ALLOWED USAGE) 00000016 PFXRQUIS 022 PFXRQUIS ATTEMPTING TO QUIESCE THIS CPU SO IT CAN BE TAKEN OFFLINE 0000002C PFXVWAIT 044 PFXVWAIT CPU HAS BEEN QUIESCED AND IS IN DISABLED WAIT STATE SO IT CAN BE TAKEN OFFLINE 00000037 PFXCSTOP 055 PFXCSTOP CPU IS CHECK-STOPPED AND HCPMCHCS HAS DEALT WITH IT. OR IT WAS RESET AND HCPMCWRS HAS DEALT WITH IT. 00000042 PFXLGOFF 066 PFXLGOFF CPU IS NOW LOGICALLY OFFLINE 0000006E PFXNOCPU 110 PFXNOCPU CPU IS PHYSICALLY OFFLINE 000000EE PFXUNKNO 238 PFXUNKNO CPU IS IN AN UNKNOWN STATE (SIGP COMMUNICATION FAILURE) 00000082 PFXNEWCP 130 PFXNEWCP CPU IS BEING BROUGHT ONLINE 0B9D 2973 Address 1 PFXTODST TOD CLOCK SYNC STATUS BYTE 00000000 PFXNOVRY 000 PFXNOVRY TOD CLOCK SYNC STATUS OK 000000FF PFXVRYOF 255 PFXVRYOF TOD SYNC HAS INITIATED THE VARY OFF OF THIS PROCESSOR 0B9E 2974 Bitstring 1 PFXTYPS PFXTYPE SAVEAREA WHILE CPU IS QUIESCED. USED BY TOD SYNC 0B9F 2975 Bitstring 1 PFXMPFLG MP DEFER FLAGS 1... .... PFXCPLOC X'80' PFXCPLOC CP loss of control checkpoint .1.. .... PFXLOCTL X'40' PFXLOCTL Loss of control checkpoint 0BA0 2976 Bitstring 1 PFXMPCNT Flag set if this processor has been counted in SRMNCPUA. 0BA1 2977 Bitstring 1 * (2) Reserved for MP support use 0BA3 2979 Address 1 PFXSYNTY Synchronization type 00000000 PFXSYNCL 0 PFXSYNCL None 000000E5 PFXSYNWT C'V' PFXSYNWT HCPSYNWT requested 0BA4 2980 Address 4 PFXDSPBR Addr of HCPDSP internal branch to optimize work selection Serialization: block- concurrent and processor-local See HCPDSP block comments for details. 0BA8 2984 Signed 4 PFXTSKBK Address of current Task Control Block 0BAC 2988 Signed 4 * Reserved for IBM use 0BB0 2992 Address 4 PFXSYSMP Address of SYSTEMMP VMDBK (really belongs after PFXSYSVM) 0BB4 2996 Signed 4 PFXTRQOF Address of TRQBK used to delay storage cleanup at VARY OFF VARY lock serializes PFXTRQOF. 0BB8 3000 Signed 4 PFXNOLOC A count of the number of assertions outstanding that the task running on this CPU cannot lose control. Serialized by processor local references only. 0BBC 3004 Address 4 PFXNLADR For debugging: The address of the last NOLOC or LASTTRANS BEGIN assertion. The following is a copy of the entry in the SCPINFO CPU description list for this processor. This field initialized to zeros if the SCLP interface is not available. 0BC0 3008 Bitstring 16 PFXCPDES (0) CPU description entry 0BC0 3008 Signed 2 * Reserved 0BC2 3010 Bitstring 14 PFXCPFAC (0) CPU Facility bit map 0BC2 3010 Bitstring 1 PFXCPF0 CPU Facility bit map byte 0 0BC3 3011 Bitstring 1 PFXCPF1 CPU FACILITY BIT MAP BYTE 1 0BC4 3012 Bitstring 1 PFXCPF2 CPU Facility bit map byte 2 0BC5 3013 Bitstring 1 PFXCPF3 CPU Facility bit map byte 3 0BC6 3014 Bitstring 1 PFXCPF4 CPU Facility bit map byte 4 0BC7 3015 Bitstring 1 PFXCPF5 CPU Facility bit map byte 5 0BC8 3016 Bitstring 1 PFXCPF6 CPU Facility bit map byte 6 0BC9 3017 Bitstring 1 PFXCPF7 CPU Facility bit map byte 7 0BCA 3018 Bitstring 1 PFXCPF8 CPU Facility bit map byte 8 0BCB 3019 Bitstring 1 PFXCPF9 CPU Facility bit map byte 9 0BCC 3020 Bitstring 1 PFXCPF10 CPU Facility bit map byte 10 0BCD 3021 Bitstring 1 PFXCPF11 CPU Facility bit map byte 11 0BCE 3022 Bitstring 1 PFXCPF12 CPU Facility bit map byte 12 0BCF 3023 Bitstring 1 PFXCPF13 CPU Facility bit map byte 13 THIS POINTER IS USED TO LOCATE THE TRACE TABLE PAGES FOR THIS PROCESSOR. 0BD0 3024 Signed 4 PFXTTPNT TRACE TABLE PAGES FOR THIS CPU 0BD4 3028 Signed 4 PFXTTPHL HLA of current Trace Table Page. Must be set to the HLA for the trace frame PFXCPCRC points to. 0BD8 3032 Address 8 * (0) Ensure dw boundary 0BD8 3032 Signed 4 * (2) Reserved for IBM use 0BE0 3040 Signed 4 PFXPLSBK PLSBK address for this processor 0BE4 3044 Address 4 PFXEVTBK Trace Services local storage 0BE8 3048 Dbl-Word 8 PFXSAPSW Soft Abend PSW for Asynch dump 0BF0 3056 Signed 4 PFXPGIN Count of fastpath PGINS. Serialized by Processed List lock due to PLP reach across case. 0BF4 3060 Signed 4 PFXCLEAR Count of fastpath page fault resolutions not involving PGINs, i.e. page clears and copies from a resident alternate-PTE page. Serialized by Processed List lock due to PLP reach across case. 0BF8 3064 Signed 8 * Unused THIS SAVEAREA IS REQUIRED BY HCPPRGIN (PROGRAM INTERRUPT FLIH) TO AVOID DESTROYING THE CONTENTS OF PFXIRPSV IN THE CASE OF HCPEXT GETTING A TRACE PROGRAM INTERRUPT WHILE TRYING TO TRACE AN EXTERNAL INTERRUPT. THE CONTENTS OF THIS SAVEAREA WILL BE PLACED IN PFXIRPSV IF IT IS DETERMINED THAT THE PROGRAM INTERRUPT WAS NOT A TRACE PROGRAM INTERRUPT. 0C00 3072 Bitstring 40 PFXPRGSV (0) FLIH save area for HCPPRG 0C00 3072 Signed 4 PFXPRGRC REGISTER 12 ON ENTRY TO HCPPRG 0C04 3076 Signed 4 PFXPRGRD REGISTER 13 ON ENTRY TO HCPPRG 0C08 3080 Signed 4 PFXPRGRE REGISTER 14 ON ENTRY TO HCPPRG 0C0C 3084 Signed 4 PFXPRGRF REGISTER 15 ON ENTRY TO HCPPRG 0C10 3088 Signed 4 PFXPRGR0 REGISTER 0 ON ENTRY TO HCPPRG 0C14 3092 Signed 4 PFXPRGR1 REGISTER 1 ON ENTRY TO HCPPRG 0C18 3096 Signed 4 PFXPRGR2 REGISTER 2 ON ENTRY TO HCPPRG 0C1C 3100 Signed 4 PFXPRGR3 REGISTER 3 ON ENTRY TO HCPPRG 0C20 3104 Signed 4 PFXPRGR4 REGISTER 4 ON ENTRY TO HCPPRG 0C24 3108 Signed 4 PFXPRGR5 REGISTER 5 on entry to HCPPRG THE FOLLOWING SAVEAREA IS USED BY THE MODULES WHICH ISSUE THE TRACE INSTRUCTION TO PRESERVE THE CONTENTS OF THE REGISTERS WHICH ARE USED TO CONTAIN DATA FOR THE TRACE EVENT BY THE TRACE INSTRUCTION. 0C28 3112 Bitstring 48 PFXTRCSV (0) Trace instruction save area 0C28 3112 Dbl-Word 8 PFXTRCR0 Save R0 across TRACE instruction 0C30 3120 Dbl-Word 8 PFXTRCR1 Save R1 across TRACE instruction 0C38 3128 Dbl-Word 8 PFXTRCR2 Save R2 across TRACE instruction 0C40 3136 Dbl-Word 8 PFXTRCR3 Save R3 across TRACE instruction 0C48 3144 Dbl-Word 8 PFXTRCR4 Save R4 across TRACE instruction 0C50 3152 Dbl-Word 8 PFXTRCR5 Save R5 across TRACE instruction THE FOLLOWING AREA IS USED BY MODULE HCPSTP TO CALCULATE THE SMOOTHED TOTAL RUN TIME FOR EACH CPU. THE RESULT IS STORED IN PFXSTRN FOR USE BY THE INDICATE LOAD COMMAND IN CALCULATING THE CPU UTILIZATION PERCENTAGE. 0C58 3160 Bitstring 40 PFXRNHST (0) RUN HISTORY AREA FOR HCPSTP 0C58 3160 Dbl-Word 8 PFXRNH0 (0) 0C58 3160 Signed 4 PFXRNH00 0C5C 3164 Signed 4 PFXRNH04 0C60 3168 Dbl-Word 8 PFXRNH1 . 0C68 3176 Dbl-Word 8 PFXRNH2 (0) . 0C68 3176 Signed 4 PFXRNH20 0C6C 3180 Signed 4 PFXRNH24 0C70 3184 Dbl-Word 8 PFXRNH3 . 0C78 3192 Dbl-Word 8 PFXRNH4 . 0C80 3200 Dbl-Word 8 PFXFRTC1 Function Related CR12, before 0C88 3208 Dbl-Word 8 PFXFRTC2 Function Related CR12, after 0C90 3216 Dbl-Word 8 * RESERVED FOR IBM USE 0C98 3224 Dbl-Word 8 * RESERVED FOR IBM USE 0CA0 3232 Dbl-Word 8 * RESERVED FOR IBM USE 0CA8 3240 Signed 4 * RESERVED FOR IBM USE 0CAC 3244 Signed 4 PFXSTRN SMOOTHED TOTAL RUN TIME (IN QUARTER SECONDS) 0CB0 3248 Signed 4 * RESERVED FOR IBM USE 0CB4 3252 Signed 4 PFXINDEX Index into fullword array (i.e. multiple of 4) based on cpu address. Note that we initialize this value to all FF's so when we gen HCPPFX it can be considered uninitialized, since we don't know which CPU we will IPL on. 0CB8 3256 Signed 4 * (9) Unused 0CDC 3292 Address 4 PFXSVRD Trace Services R13 save The following fields are used by wait-state processing. 0CE0 3296 Signed 4 PFXWTCR6 Copy of host CR6 preserved while in wait state. This field is only significant when the PFXWFCR6 flag bit is set. 0CE4 3300 Bitstring 1 PFXWTFLG Flags related to wait-state processing. 1... .... PFXWFCR6 X'80' PFXWFCR6 When set, host CR6 is preserved in PFXWTCR6. 0CE5 3301 Bitstring 1 PFXSSFLG Read Storage Status 0CE6 3302 Bitstring 1 * (2) Reserved for future IBM use 0CE8 3304 Bitstring 40 PFXWTWRK Wait-state processing work area Miscellaneous PFXPG fields 0D10 3344 Signed 4 PFXFSTPX Count of fast path processing of partial execution intercepts 0D14 3348 Address 4 PFXCACPG Address of intemediate minidisk cache buffer (filled in by HCPMDC). 0D18 3352 Signed 4 PFXABSAD Savearea address at abend. For HCPABEND MACRO code use only. 0D1C 3356 Signed 4 PFXABRSV Register saveword. For HCPABEND MACRO code use only. The following area is used by module HCPSTP to calculate the smoothed total system wait time for each processor. The result is converted to quarter seconds, added to PFXSTRN, and stored in PFXSTSN for use by the INDICATE LOAD command in calculating the processor utilization percentage. 0D20 3360 Signed 8 PFXSSTWT Smoothed system wait time 0D28 3368 Bitstring 8 PFXCPTWT Checkpointed system wait time, i.e. previous value of PFXTOTWT 0D30 3376 Signed 4 PFXSTSN Smoothed total processor time in quarter seconds 0D34 3380 Signed 4 * Unused The following field is used by LPAR to locate the TOD clock field in a guest's Accounting Information Area (AIA). The address of this field must be on a doubleword boundary and specified between locations 512 and 4088 of the prefix page. At initialization time, we'll determine if the 64-bit diagnose x'20C' is supported on the machine. PFXAIAPTG is used for a new-style (64-bit) diag x'20C' and PFXAIAPT for an old-style (31-bit) diag x'20C'. 0D38 3384 Dbl-Word 8 PFXAIAPTG 64-bit pointer to guest's AIA.TOD 0D38 3384 Address 4 * 64-bit pointer AIA.TOD high half 0D3C 3388 Address 4 PFXAIAPT 31-bit pointer to guest's AIA.TOD The following word is used by HCPWRP FLIHs as a temporary save area. 0D40 3392 Signed 4 PFXWRPSV Temporary save area for HCPWRP 0D44 3396 Signed 4 PFXCCTRQ TRQBK committed to the local clock comparator. Serialized by use of the TRQBK queue lock. 0D48 3400 Dbl-Word 8 PFXIASIT Work area, which may be used by a task with no savearea, in which an i-ASIT may be temporarily stored. This field is primarily for GOTO entry points. Any other routine that uses this field must be careful that all callers and all called routines do not destroy the data nor do so in the future. PFXIASIT should only be used for calling entry points that expressly state that they can accept input data in this field. The following is a copy of the configuration characteristics field of the Read-SCP-Information response. 0D50 3408 Bitstring 16 PFXCNFG (0) Configuration Characteristics 0D50 3408 Bitstring 1 PFXCNFG0 Configuration byte 0 0D51 3409 Bitstring 1 PFXCNFG1 Configuration byte 1 0D52 3410 Bitstring 1 PFXCNFG2 Configuration byte 2 0D53 3411 Bitstring 1 PFXCNFG3 Configuration byte 3 0D54 3412 Bitstring 1 PFXCNFG4 Configuration byte 4 0D55 3413 Bitstring 1 PFXCNFG5 Configuration byte 5 0D56 3414 Bitstring 5 * Configuration bytes 6 to 10 0D5B 3419 Bitstring 1 PFXCNFGB Configuration byte 11 0D5C 3420 Bitstring 4 * Configuration bytes 12 to 15 The following field contains bits describing whether certain architectural facilities are installed. It describes facilities which have no direct indication in the PFXCPFAC or PFXCNFG fields. These facilities are generally tested for via special code. 0D60 3424 Dbl-Word 8 PFXAFAC (0) Architectural facility indications 0D60 3424 Bitstring 1 PFXAFAC0 Byte 0 of facility flags 1... .... PFXASPO X'80' PFXASPO Storage-Protection Override .1.. .... PFXAASP X'40' PFXAASP Asynchronous Paging ..1. .... PFXASGF X'20' PFXASGF Subspace-Group Facility ...1 .... PFXABSA X'10' PFXABSA Branch and Set Authority Facility .... 1... PFXACMM X'08' PFXACMM 0D61 3425 Bitstring 1 PFXAFAC1 Byte 1 of facility flags 0D62 3426 Bitstring 1 PFXAFAC2 Byte 2 of facility flags 0D63 3427 Bitstring 1 PFXAFAC3 Byte 3 of facility flags 0D64 3428 Bitstring 1 PFXAFAC4 Byte 4 of facility flags 0D65 3429 Bitstring 1 PFXAFAC5 Byte 5 of facility flags 0D66 3430 Bitstring 1 PFXAFAC6 Byte 6 of facility flags 0D67 3431 Bitstring 1 PFXAFAC7 Byte 7 of facility flags Following are some scheduler fields. 0D68 3432 Dbl-Word 8 PFXCHKIN A TOD timestamp. Tells when this CPU last performed an ATOD-check-in. 0D70 3440 Dbl-Word 8 PFXATODD A TOD timestamp. When TOD clock reaches this value, CPU should do an ATOD-check-in to update schedul- er's ATOD clock. (Sometimes equal to SRMATODD, but sometimes behind.) 0D78 3448 Bitstring 8 PFXSVTWT A copy of PFXTOTWT the last time it was inspected by HCPSCJ running on this CPU. (Not to be confused with PFXCPTWT, which saves PFXTOTWT for HCPSTP.) 0D80 3456 Bitstring 64 * Reserved for IBM use 0DC0 3520 Dbl-Word 8 PFXMALFM Mask of malfunction alerts received but not yet handled. Bits correspond to logical CPU identifiers of failing CPU's. (PFXMALFP bit on if non-zero) 0DC8 3528 Signed 4 PFXSLCNT Spin lock counter for C services 0DCC 3532 Signed 4 PFXCTPRG Host logical address of C Services trace table page 0DD0 3536 Signed 4 PFXCVTWK (0) Register savearea for HCPCVTDB 0DD0 3536 Signed 4 PFXCVTW1 GPR1 0DD4 3540 Signed 4 PFXCVTW2 GPR2 0DD8 3544 Signed 4 PFXCVTW3 GPR3 0DDC 3548 Signed 4 PFXCVTW4 GPR4 0DE0 3552 Dbl-Word 8 PFXCVTWX (2) Work area for HCPCVT and HCPIOS Adcons for dynamic linkage 0DF0 3568 Address 4 PFXSVCBJ Pointer to HCPSVCBJ 0DF4 3572 Address 4 PFXSVCBK Pointer to HCPSVCBK 0DF8 3576 Signed 4 * (16) Reserved for IBM use THE FOLLOWING FIELDS ARE USED BY CP TO KEEP HIGH PRIORITY USAGE DATA. 0E38 3640 Signed 4 PFXDSPCS COUNT OF FULL SELECT PATHS THROUGH THE DISPATCHER 0E3C 3644 Signed 4 PFXDSPCT COUNT OF ENTRIES TO DISPATCHER 0E40 3648 Signed 4 PFXDSWCT COUNT OF ENTRIES TO USER WORK SELECT 0E44 3652 Signed 4 PFXSTKCR COUNT OF TIME-SLICE END REORDERS 0E48 3656 Signed 4 PFXSTKPQ COUNT OF DISPATCH LIST ADDS 0E4C 3660 Signed 4 PFXPTRCT COUNT OF FAST PATH PAGE TRANSLATIONS 0E50 3664 Signed 4 PFXCTID COUNT OF TIMES THE INTERRUPT QUEUE LOCK REQUEST IS DEFERRED 0E54 3668 Signed 4 PFXCTIG COUNT OF TIMES THE INTERRUPT QUEUE LOCK REQUEST IS GRANTED 0E58 3672 Signed 4 PFXCTVD COUNT OF TIMES THE V DEV LOCK REQUEST IS DEFERRED 0E5C 3676 Signed 4 PFXCTVG COUNT OF TIEMS THE VDEV LOCK REQUEST IS GRANTED 0E60 3680 Signed 4 PFXRUNCI COUNT OF SIE INTERCEPTIONS 0E64 3684 Signed 4 PFXRUNCP COUNT OF SIE INSTRUCTION EXECUTIONS 0E68 3688 Signed 4 PFXRUNCR COUNT OF TIMES GUEST'S WORK IS DISPATCHED 0E6C 3692 Signed 4 PFXRUNPF COUNT OF HOST PAGE FAULTS FOR GUEST PAGES 0E70 3696 Signed 4 * Reserved for IBM use 0E74 3700 Signed 4 PFXFSTSG Count of fast path simulations of SIGP External Call instructions. 0E78 3704 Signed 4 PFXFSTXC Count of fast path reflections of guest External Call interrupts. 0E7C 3708 Signed 4 PFXFST44 Count of fast path simulations of Diagnose x'44' instructions. THIS AREA IS RESERVED FOR FE PATCHING. IF NO FE PATCH IS PROVIDED, THE BR 14 WILL EFFECT A RETURN. THE AREA AT THE END OF THIS REGION MAY BE USED FOR REGISTER SAVING. SUBSEQUENT RELEASES OF VM MAY REQUIRE A REDUCTION IN THE SIZE OF THE PATCHING AREA. NO PERMANENT USE SHOULD BE ASSIGNED TO THIS AREA. 0F00 3840 Signed 2 PFXPINST (64) Room for FE patched instructions 0F80 3968 Signed 4 PFXPSAVE (32) FE Register save area 00001000 PFXPGLEN (*-PFXPG) Size of PFXPG in bytes The following macro invocation ensures the length of the PFXPG is exactly 4096 bytes (one 4K page). This area is page two of the z/Arch prefix area.
PFXPG Storage Layout
*** PFXPG - PREFIX PAGE FOR ALL HOST CPU'S
*
* +-------------------------------------------------------+
* 0 | |
* = PFXMACHN =
* | |
* +-------------------------------------------------------+
* 200 | |
* = PFXMACCM =
* | |
* +-------------------------------------------------------+
* 2C0 | |
* = PFXTIMES =
* | |
* +-------------------------------------------------------+
* 300 | |
* = PFXSAVES =
* | |
* +-------------------------------------------------------+
* 900 | |
* = PFXADCON =
* | |
* +-------------------------------------------------------+
* A00 | |
* = PFXCONST =
* | |
* +-------------------------------------------------------+
* B00 | |
* = PFXCNTRL =
* | |
* +-------------------------------------------------------+
* E80 | |
* = PFXCPCRS =
* | |
* +-------------------------------------------------------+
* F00 | |
* = PFXPATCH =
* | |
* +-------------------------------------------------------+
*1000
*
*** PFXPG - PREFIX PAGE FOR ALL HOST CPU'S
*** Overlay for PFXMACHN in PFXPG
*
* +-------------------------------------------------------+
* 0 | PFXILPSW |
* +-------------------------------------------------------+
* 8 | PFXICCW1 |
* +-------------------------------------------------------+
* 10 | PFXICCW2 |
* +-------------------------------------------------------+
* 18 | PFXEXTOP |
* +-------------------------------------------------------+
* 20 | PFXSVCOP |
* +-------------------------------------------------------+
* 28 | PFXPRGOP |
* +-------------------------------------------------------+
* 30 | PFXMCHOP |
* +-------------------------------------------------------+
* 38 | PFXIOOP |
* +---------------------------+---------------------------+
* 40 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* 48 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* 50 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* 58 | PFXEXTNP |
* +-------------------------------------------------------+
* 60 | PFXSVCNP |
* +-------------------------------------------------------+
* 68 | PFXPRGNP |
* +-------------------------------------------------------+
* 70 | PFXMCHNP |
* +-------------------------------------------------------+
* 78 | PFXIONP |
* +---------------------------+-------------+------+------+
* 80 | PFXEXTDB | PFXEXTCP |:EXTCL|:EXTCD|
* +-------------+------+------+-------------+------+------+
* 88 | PFXSVCIL |//////|:SVCIC| PFXPRGIL |:PRGEE|:PRGIC|
* +-------------+------+------+-------------+------+------+
* 90 |////////////////////|:TRXA3| 94
* +--------------------+------+
*
*** Overlay for PFXMACHN in PFXPG
*** Overlay for PFXTRXAD in PFXPG
*
* +--------------------+------+-------------+-------------+
* 90 |////////////////////|:DXCOD| PFXMNCLS | PFXPERCD |
* +--------------------+------+-------------+-------------+
* 98 | PFXPERAD | PFXMNCOD |
* +---------------------------+---------------------------+
* A0
*
*** Overlay for PFXTRXAD in PFXPG
*** Overlay for PFXPERAD in PFXPG
*
* +---------------------------+---------------------------+
* 98 | PFXGPERL | PFXGPERR |
* +------+------+------+------+---------------------------+
* A0 |:XCPAR|:PERAR|:OPRID|:ARCHM|///////////////////////////|
* +------+------+------+------+---------------------------+
* A8 | PFXGTRAD |
* +---------------------------+---------------------------+
* B0 | PFXGMNCL | PFXGMNCR |
* +---------------------------+---------------------------+
* B8
*
*** Overlay for PFXPERAD in PFXPG
*** Overlay for PFXGTRAD in PFXPG
*
* +---------------------------+---------------------------+
* A8 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* B0 |///////////////////////////|///////////////////////////|
* +-------------+-------------+---------------------------+
* B8 | PFXIOINT | PFXIORNM | PFXINPRM |
* +------+------+------+------+---------------------------+
* C0 |:INISC|//////|:SCHTP|//////|///////////////////////////|
* +------+------+------+------+---------------------------+
* C8 |:STFL0|:STFL1|:STFL2|:STFL3|///////////////////////////|
* +------+------+------+------+---------------------------+
* D0 |///////////////////////////| PFXFPXSA |
* +---------------------------+---------------------------+
* D8
*
*** Overlay for PFXGTRAD in PFXPG
*** Overlay for PFXFPXSA in PFXPG
*
* +---------------------------+
* D0 ... D4 |///////////////////////////|
* +---------------------------+---------------------------+
* D8 | PFXMCPUT |
* +-------------------------------------------------------+
* E0 | PFXMCKCP |
* +-------------------------------------------------------+
* E8 | PFXMCHIN |
* +---------------------------+---------------------------+
* F0 |///////////////////////////| PFXMCHDC |
* +---------------------------+---------------------------+
* F8 | PFXMCFSA | PFXMCHRD |
* +---------------------------+---------------------------+
* 100
*
*** Overlay for PFXFPXSA in PFXPG
*** Overlay for PFXMCFSA in PFXPG
*
* +-------------------------------------------------------+
* F8 | PFXGMCFS |
* +-------------------------------------------------------+
* 100 | PFXFXLOG |
* | |
* +-------------------------------------------------------+
* 110 | PFXBEAR |
* +-------------------------------------------------------+
* 118 |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 120 | |
* = PFXARLG =
* | |
* +-------------------------------------------------------+
* 160 | |
* = PFXFPRLG =
* | |
* +-------------------------------------------------------+
* 180 | |
* = PFXGPRLG =
* | |
* +-------------------------------------------------------+
* 1C0 | |
* = PFXCRLG =
* | |
* +-------------------------------------------------------+
* 200
*
*** Overlay for PFXMCFSA in PFXPG
*** Overlay for PFXARLG in PFXPG
*
* +-------------------------------------------------------+
* 120 | PFXGRSTO |
* | |
* +-------------------------------------------------------+
* 130 | PFXGEXTO |
* | |
* +-------------------------------------------------------+
* 140 | PFXGSVCO |
* | |
* +-------------------------------------------------------+
* 150 | PFXGPRGO |
* | |
* +-------------------------------------------------------+
* 160 | PFXGMCHO |
* | |
* +-------------------------------------------------------+
* 170 | PFXGIOO |
* | |
* +-------------------------------------------------------+
* 180 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 1A0 | PFXGRSTN |
* | |
* +-------------------------------------------------------+
* 1B0 | PFXGEXTN |
* | |
* +-------------------------------------------------------+
* 1C0 | PFXGSVCN |
* | |
* +-------------------------------------------------------+
* 1D0 | PFXGPRGN |
* | |
* +-------------------------------------------------------+
* 1E0 | PFXGMCHN |
* | |
* +-------------------------------------------------------+
* 1F0 | PFXGION |
* | |
* +-------------------------------------------------------+
* 200
*
*** Overlay for PFXARLG in PFXPG
*** Overlay for PFXILPSW in PFXPG
*
* +------+------+------+------+------+--------------------+
* 0 |:ILPO0|:ILPO1|:ILPO2|:ILPO3|:ILPO4|////////////////////|
* +------+------+------+------+------+--------------------+
* 8
*
*** Overlay for PFXILPSW in PFXPG
*** Overlay for PFXICCW2 in PFXPG
*
* +------+----------------------------------+-------------+
* 10 |:SGPND|//////////////////////////////////| PFXSGPCP |
* +------+----------------------------------+-------------+
* 18
*
*** Overlay for PFXICCW2 in PFXPG
*** Overlay for PFXEXTOP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 18 |:EXTO0|:EXTO1|:EXTO2|:EXTO3|:EXTO4|////////////////////|
* +------+------+------+------+------+--------------------+
* 20
*
*** Overlay for PFXEXTOP in PFXPG
*** Overlay for PFXSVCOP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 20 |:SVCO0|:SVCO1|:SVCO2|:SVCO3|:SVCO4|////////////////////|
* +------+------+------+------+------+--------------------+
* 28
*
*** Overlay for PFXSVCOP in PFXPG
*** Overlay for PFXPRGOP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 28 |:PRGO0|:PRGO1|:PRGO2|:PRGO3|:PRGO4|////////////////////|
* +------+------+------+------+------+--------------------+
* 30
*
*** Overlay for PFXPRGOP in PFXPG
*** Overlay for PFXMCHOP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 30 |:MCHO0|:MCHO1|:MCHO2|:MCHO3|:MCHO4|////////////////////|
* +------+------+------+------+------+--------------------+
* 38
*
*** Overlay for PFXMCHOP in PFXPG
*** Overlay for PFXIOOP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 38 |:IOPO0|:IOPO1|:IOPO2|:IOPO3|:IOPO4|////////////////////|
* +------+------+------+------+------+--------------------+
* 40
*
*** Overlay for PFXIOOP in PFXPG
*** Overlay for PFXEXTNP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 58 |:EXTN0|:EXTN1|:EXTN2|:EXTN3|:EXTN4|////////////////////|
* +------+------+------+------+------+--------------------+
* 60
*
*** Overlay for PFXEXTNP in PFXPG
*** Overlay for PFXSVCNP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 60 |:SVCN0|:SVCN1|:SVCN2|:SVCN3|:SVCN4|////////////////////|
* +------+------+------+------+------+--------------------+
* 68
*
*** Overlay for PFXSVCNP in PFXPG
*** Overlay for PFXPRGNP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 68 |:PRGN0|:PRGN1|:PRGN2|:PRGN3|:PRGN4|////////////////////|
* +------+------+------+------+------+--------------------+
* 70
*
*** Overlay for PFXPRGNP in PFXPG
*** Overlay for PFXMCHNP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 70 |:MCHN0|:MCHN1|:MCHN2|:MCHN3|:MCHN4|////////////////////|
* +------+------+------+------+------+--------------------+
* 78
*
*** Overlay for PFXMCHNP in PFXPG
*** Overlay for PFXIONP in PFXPG
*
* +------+------+------+------+------+--------------------+
* 78 |:IOPN0|:IOPN1|:IOPN2|:IOPN3|:IOPN4|////////////////////|
* +------+------+------+------+------+--------------------+
* 80
*
*** Overlay for PFXIONP in PFXPG
*** Overlay for PFXMCHIN in PFXPG
*
* +------+------+------+------+------+------+-------------+
* E8 |:MCHI0|:MCHI1|:MCHI2|:MCHI3|:MCHI4|:MCHI5| PFXMCHI6 |
* +------+------+------+------+------+------+-------------+
* F0
*
*** Overlay for PFXMCHIN in PFXPG
*** Overlay for PFXMCHDC in PFXPG
*
* +------+------+------+------+
* F0 ... F4 |:DCBY0|:DCBY1|:DCBY2|:DCBY3|
* +------+------+------+------+
* F8
*
*** Overlay for PFXMCHDC in PFXPG
*** Overlay for PFXFXLOG in PFXPG
*
* +-------------------------------------------------------+
* 100 | PFXSTPSW |
* +---------------------------+---------------------------+
* 108 | PFXSTPFX | PFXSTMDL |
* +---------------------------+---------------------------+
* 110
*
*** Overlay for PFXFXLOG in PFXPG
*** Overlay for PFXFPRLG in PFXPG
*
* +-------------------------------------------------------+
* 160 | PFXFPRY0 |
* +-------------------------------------------------------+
* 168 | PFXFPRY2 |
* +-------------------------------------------------------+
* 170 | PFXFPRY4 |
* +-------------------------------------------------------+
* 178 | PFXFPRY6 |
* +-------------------------------------------------------+
* 180
*
*** Overlay for PFXFPRLG in PFXPG
*** Overlay for PFXMACCM in PFXPG
*
* +---------------------------+---------------------------+
* 200 | PFXFMFLK |///////////////////////////|
* +---------------------------+---------------------------+
* 208 | PFXPROCL |
* +-------------------------------------------------------+
* 210 | PFXLAVAC |
* +-------------------------------------------------------+
* 218 | PFXAFOBL |
* +---------------------------+---------------------------+
* 220 | PFXAFOBC |///////////////////////////|
* +---------------------------+---------------------------+
* 228 | PFXDPPCAO |
* +-------------------------------------------------------+
* 230 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +-------------+-------------+-------------+------+------+
* 240 | PFXLAVFU | PFXLAVDF | PFXLAVU |:GPFLG|//////|
* +-------------+-------------+-------------+------+------+
* 248 | PFXLAVAU |
* +-------------------------------------------------------+
* 250 | PFXFTBLG |
* +-------------------------------------------------------+
* 258 | PFX2GFTE |
* +-------------------------------------------------------+
* 260 | PFXFTLEN |
* +-------------------------------------------------------+
* 268 | PFXSTBLG |
* +-------------------------------------------------------+
* 270 | PFXSTLEN |
* +-------------------------------------------------------+
* 278 | |
* = PFXSLTLB =
* | |
* +-------------------------------------------------------+
* 290
*
*** Overlay for PFXMACCM in PFXPG
*** Overlay for PFXSLTLB in PFXPG
*
* +---------------------------+---------------------------+
* 278 |///////////////////////////| PFXGLSXP |
* +---------------------------+---------------------------+
* 280 | PFXGLPAG |
* +-------------------------------------------------------+
* 288
*
*** Overlay for PFXSLTLB in PFXPG
*** Overlay for PFXGLPAG in PFXPG
*
* +---------------------------+---------------------------+
* 280 | PFXGLPW0 | PFXGLPW1 |
* +---------------------------+---------------------------+
* 288 | PFXGLPAS |
* +-------------------------------------------------------+
* 290
*
*** Overlay for PFXGLPAG in PFXPG
*** Overlay for PFXGLPAS in PFXPG
*
* +---------------------------+---------------------------+
* 288 | PFXGLAW0 | PFXGLAW1 |
* +---------------------------+---------------------------+
* 290 | PFXSXASC |
* +-------------------------------------------------------+
* 298
*
*** Overlay for PFXGLPAS in PFXPG
*** Overlay for PFXSXASC in PFXPG
*
* +---------------------------+---------------------------+
* 290 | PFXXASW0 | PFXXASW1 |
* +---------------------------+---------------------------+
* 298 | PFXNASCE |
* +-------------------------------------------------------+
* 2A0
*
*** Overlay for PFXSXASC in PFXPG
*** Overlay for PFXNASCE in PFXPG
*
* +---------------------------+---------------------------+
* 298 | PFXNASW0 |///////////////////////////|
* +---------------------------+---------------------------+
* 2A0 |///////////////////////////| PFXRSAL |
* +---------------------------+---------------------------+
* 2A8 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 2C0
*
*** Overlay for PFXNASCE in PFXPG
*** Overlay for PFXSAVES in PFXPG
*
* +-------------------------------------------------------+
* 300 | |
* = PFXTMPSV =
* | |
* +-------------------------------------------------------+
* 380 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 400 | |
* = PFXWRKSV =
* | |
* +-------------------------------------------------------+
* 480 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 500 | |
* = PFXBALSV =
* | |
* +-------------------------------------------------------+
* 580 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 600 | |
* = PFXPTRSV =
* | |
* +-------------------------------------------------------+
* 680 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 700 | |
* = PFXFRESV =
* | |
* +-------------------------------------------------------+
* 780 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 800 | PFXIRPSV |
* | |
* +-------------------------------------------------------+
* 810 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 820 | PFXLNKSV |
* | |
* +-------------------------------------------------------+
* 830 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 840 | |
* = PFXSVCSV =
* | |
* +-------------------------------------------------------+
* 880 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 8C0 | PFXSVC | PFXLRQND |
* +---------------------------+---------------------------+
* 8C8 | PFXLRC | PFXLRQ |
* +---------------------------+---------------------------+
* 8D0 | PFXCPRQA | PFXCPRQP |
* +---------------------------+---------------------------+
* 8D8 | PFXSSABK | PFX2WAY |
* +---------------------------+---------------------------+
* 8E0 | PFXSVU | PFXSVF |
* +---------------------------+---------------------------+
* 8E8 | PFXSVR13 |
* +-------------+------+------+---------------------------+
* 8F0 |/////////////|:IACR |:IACE |///////////////////////////|
* +-------------+------+------+---------------------------+
* 8F8 | PFXDBGRX |
* +-------------------------------------------------------+
* 900
*
*** Overlay for PFXSAVES in PFXPG
*** Overlay for PFXTMPSV in PFXPG
*
* +---------------------------+---------------------------+
* 300 | PFXTMPFP | PFXTMPBP |
* +---------------------------+---------------------------+
* 308 |///////////////////////////|///////////////////////////|
* +------+------+------+------+---------------------------+
* 310 |:TMPSC|:TMPCL|//////|//////|///////////////////////////|
* +------+------+------+------+------+------+------+------+
* 318 |(318) |(319) |(31A) |(31B) |(31C) |(31D) |(31E) |(31F) |
* +------+------+------+------+------+------+------+------+
* 320 |(320) |(321) |(322) |(323) | PFXTMPR3 |
* +------+------+------+------+---------------------------+
* 328 | PFXTMPR4 | PFXTMPR5 |
* +---------------------------+---------------------------+
* 330 | PFXTMPR6 | PFXTMPR7 |
* +---------------------------+---------------------------+
* 338 | PFXTMPR8 | PFXTMPR9 |
* +---------------------------+---------------------------+
* 340 | PFXTMPRA | PFXTMPRB |
* +---------------------------+---------------------------+
* 348 | PFXTMPRC | PFXTMPRD |
* +---------------------------+---------------------------+
* 350 | PFXTMPRE | PFXTMPRF |
* +---------------------------+---------------------------+
* 358 | PFXTMPW0 | PFXTMPW1 |
* +---------------------------+---------------------------+
* 360 | PFXTMPW2 | PFXTMPW3 |
* +---------------------------+---------------------------+
* 368 | PFXTMPW4 | PFXTMPW5 |
* +---------------------------+---------------------------+
* 370 | PFXTMPW6 | PFXTMPW7 |
* +---------------------------+---------------------------+
* 378 | PFXTMPW8 | PFXTMPW9 |
* +---------------------------+---------------------------+
* 380 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 390 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 3A0 | PFXTMPOPNR |///////////////////////////|
* +---------------------------+------+------+------+------+
* 3A8 | PFXTMPAARP |(3AC) |(3AD) |(3AE) |(3AF) |
* +---------------------------+------+------+------+------+
* 3B0 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 3C0 | PFXTMPH0 | PFXTMPH1 |
* +---------------------------+---------------------------+
* 3C8 | PFXTMPH2 | PFXTMPH3 |
* +---------------------------+---------------------------+
* 3D0 | PFXTMPH4 | PFXTMPH5 |
* +---------------------------+---------------------------+
* 3D8 | PFXTMPH6 | PFXTMPH7 |
* +---------------------------+---------------------------+
* 3E0 | PFXTMPH8 | PFXTMPH9 |
* +---------------------------+---------------------------+
* 3E8 | PFXTMPH10 | PFXTMPH11 |
* +---------------------------+---------------------------+
* 3F0 | PFXTMPH12 | PFXTMPH13 |
* +---------------------------+---------------------------+
* 3F8 | PFXTMPH14 | PFXTMPH15 |
* +---------------------------+---------------------------+
* 400
*
*** Overlay for PFXTMPSV in PFXPG
*** Overlay for PFXTMPAARP in PFXPG
*
* +---------------------------+
* 3A8 |///////////////////////////| 3AC
* +---------------------------+
*
*** Overlay for PFXTMPAARP in PFXPG
*** Overlay for PFXWRKSV in PFXPG
*
* +---------------------------+---------------------------+
* 400 | PFXWRKFP | PFXWRKBP |
* +---------------------------+---------------------------+
* 408 |///////////////////////////|///////////////////////////|
* +------+------+------+------+---------------------------+
* 410 |:WRKSC|:WRKCL|//////|//////|///////////////////////////|
* +------+------+------+------+------+------+------+------+
* 418 |(418) |(419) |(41A) |(41B) |(41C) |(41D) |(41E) |(41F) |
* +------+------+------+------+------+------+------+------+
* 420 |(420) |(421) |(422) |(423) | PFXWRKR3 |
* +------+------+------+------+---------------------------+
* 428 | PFXWRKR4 | PFXWRKR5 |
* +---------------------------+---------------------------+
* 430 | PFXWRKR6 | PFXWRKR7 |
* +---------------------------+---------------------------+
* 438 | PFXWRKR8 | PFXWRKR9 |
* +---------------------------+---------------------------+
* 440 | PFXWRKRA | PFXWRKRB |
* +---------------------------+---------------------------+
* 448 | PFXWRKRC | PFXWRKRD |
* +---------------------------+---------------------------+
* 450 | PFXWRKRE | PFXWRKRF |
* +---------------------------+---------------------------+
* 458 | PFXWRKW0 | PFXWRKW1 |
* +---------------------------+---------------------------+
* 460 | PFXWRKW2 | PFXWRKW3 |
* +---------------------------+---------------------------+
* 468 | PFXWRKW4 | PFXWRKW5 |
* +---------------------------+---------------------------+
* 470 | PFXWRKW6 | PFXWRKW7 |
* +---------------------------+---------------------------+
* 478 | PFXWRKW8 | PFXWRKW9 |
* +---------------------------+---------------------------+
* 480 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 490 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 4A0 | PFXWRKOPNR |///////////////////////////|
* +---------------------------+------+------+------+------+
* 4A8 | PFXWRKAARP |(4AC) |(4AD) |(4AE) |(4AF) |
* +---------------------------+------+------+------+------+
* 4B0 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 4C0 | PFXWRKH0 | PFXWRKH1 |
* +---------------------------+---------------------------+
* 4C8 | PFXWRKH2 | PFXWRKH3 |
* +---------------------------+---------------------------+
* 4D0 | PFXWRKH4 | PFXWRKH5 |
* +---------------------------+---------------------------+
* 4D8 | PFXWRKH6 | PFXWRKH7 |
* +---------------------------+---------------------------+
* 4E0 | PFXWRKH8 | PFXWRKH9 |
* +---------------------------+---------------------------+
* 4E8 | PFXWRKH10 | PFXWRKH11 |
* +---------------------------+---------------------------+
* 4F0 | PFXWRKH12 | PFXWRKH13 |
* +---------------------------+---------------------------+
* 4F8 | PFXWRKH14 | PFXWRKH15 |
* +---------------------------+---------------------------+
* 500
*
*** Overlay for PFXWRKSV in PFXPG
*** Overlay for PFXWRKAARP in PFXPG
*
* +---------------------------+
* 4A8 |///////////////////////////| 4AC
* +---------------------------+
*
*** Overlay for PFXWRKAARP in PFXPG
*** Overlay for PFXBALSV in PFXPG
*
* +---------------------------+---------------------------+
* 500 | PFXBALFP | PFXBALBP |
* +---------------------------+---------------------------+
* 508 |///////////////////////////|///////////////////////////|
* +------+------+------+------+---------------------------+
* 510 |:BALSC|:BALCL|//////|//////|///////////////////////////|
* +------+------+------+------+------+------+------+------+
* 518 |(518) |(519) |(51A) |(51B) |(51C) |(51D) |(51E) |(51F) |
* +------+------+------+------+------+------+------+------+
* 520 |(520) |(521) |(522) |(523) | PFXBALR3 |
* +------+------+------+------+---------------------------+
* 528 | PFXBALR4 | PFXBALR5 |
* +---------------------------+---------------------------+
* 530 | PFXBALR6 | PFXBALR7 |
* +---------------------------+---------------------------+
* 538 | PFXBALR8 | PFXBALR9 |
* +---------------------------+---------------------------+
* 540 | PFXBALRA | PFXBALRB |
* +---------------------------+---------------------------+
* 548 | PFXBALRC | PFXBALRD |
* +---------------------------+---------------------------+
* 550 | PFXBALRE | PFXBALRF |
* +---------------------------+---------------------------+
* 558 | PFXBALW0 | PFXBALW1 |
* +---------------------------+---------------------------+
* 560 | PFXBALW2 | PFXBALW3 |
* +---------------------------+---------------------------+
* 568 | PFXBALW4 | PFXBALW5 |
* +---------------------------+---------------------------+
* 570 | PFXBALW6 | PFXBALW7 |
* +---------------------------+---------------------------+
* 578 | PFXBALW8 | PFXBALW9 |
* +---------------------------+---------------------------+
* 580 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 590 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 5A0 | PFXBALOPNR |///////////////////////////|
* +---------------------------+------+------+------+------+
* 5A8 | PFXBALAARP |(5AC) |(5AD) |(5AE) |(5AF) |
* +---------------------------+------+------+------+------+
* 5B0 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 5C0 | PFXBALH0 | PFXBALH1 |
* +---------------------------+---------------------------+
* 5C8 | PFXBALH2 | PFXBALH3 |
* +---------------------------+---------------------------+
* 5D0 | PFXBALH4 | PFXBALH5 |
* +---------------------------+---------------------------+
* 5D8 | PFXBALH6 | PFXBALH7 |
* +---------------------------+---------------------------+
* 5E0 | PFXBALH8 | PFXBALH9 |
* +---------------------------+---------------------------+
* 5E8 | PFXBALH10 | PFXBALH11 |
* +---------------------------+---------------------------+
* 5F0 | PFXBALH12 | PFXBALH13 |
* +---------------------------+---------------------------+
* 5F8 | PFXBALH14 | PFXBALH15 |
* +---------------------------+---------------------------+
* 600
*
*** Overlay for PFXBALSV in PFXPG
*** Overlay for PFXBALAARP in PFXPG
*
* +---------------------------+
* 5A8 |///////////////////////////| 5AC
* +---------------------------+
*
*** Overlay for PFXBALAARP in PFXPG
*** Overlay for PFXPTRSV in PFXPG
*
* +---------------------------+---------------------------+
* 600 | PFXPTRFP | PFXPTRBP |
* +---------------------------+---------------------------+
* 608 |///////////////////////////|///////////////////////////|
* +------+------+------+------+---------------------------+
* 610 |:PTRSC|:PTRCL|//////|//////|///////////////////////////|
* +------+------+------+------+------+------+------+------+
* 618 |(618) |(619) |(61A) |(61B) |(61C) |(61D) |(61E) |(61F) |
* +------+------+------+------+------+------+------+------+
* 620 |(620) |(621) |(622) |(623) | PFXPTRR3 |
* +------+------+------+------+---------------------------+
* 628 | PFXPTRR4 | PFXPTRR5 |
* +---------------------------+---------------------------+
* 630 | PFXPTRR6 | PFXPTRR7 |
* +---------------------------+---------------------------+
* 638 | PFXPTRR8 | PFXPTRR9 |
* +---------------------------+---------------------------+
* 640 | PFXPTRRA | PFXPTRRB |
* +---------------------------+---------------------------+
* 648 | PFXPTRRC | PFXPTRRD |
* +---------------------------+---------------------------+
* 650 | PFXPTRRE | PFXPTRRF |
* +---------------------------+---------------------------+
* 658 | PFXPTRW0 | PFXPTRW1 |
* +---------------------------+---------------------------+
* 660 | PFXPTRW2 | PFXPTRW3 |
* +---------------------------+---------------------------+
* 668 | PFXPTRW4 | PFXPTRW5 |
* +---------------------------+---------------------------+
* 670 | PFXPTRW6 | PFXPTRW7 |
* +---------------------------+---------------------------+
* 678 | PFXPTRW8 | PFXPTRW9 |
* +---------------------------+---------------------------+
* 680 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 690 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 6A0 | PFXPTROPNR |///////////////////////////|
* +---------------------------+------+------+------+------+
* 6A8 | PFXPTRAARP |(6AC) |(6AD) |(6AE) |(6AF) |
* +---------------------------+------+------+------+------+
* 6B0 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 6C0 | PFXPTRH0 | PFXPTRH1 |
* +---------------------------+---------------------------+
* 6C8 | PFXPTRH2 | PFXPTRH3 |
* +---------------------------+---------------------------+
* 6D0 | PFXPTRH4 | PFXPTRH5 |
* +---------------------------+---------------------------+
* 6D8 | PFXPTRH6 | PFXPTRH7 |
* +---------------------------+---------------------------+
* 6E0 | PFXPTRH8 | PFXPTRH9 |
* +---------------------------+---------------------------+
* 6E8 | PFXPTRH10 | PFXPTRH11 |
* +---------------------------+---------------------------+
* 6F0 | PFXPTRH12 | PFXPTRH13 |
* +---------------------------+---------------------------+
* 6F8 | PFXPTRH14 | PFXPTRH15 |
* +---------------------------+---------------------------+
* 700
*
*** Overlay for PFXPTRSV in PFXPG
*** Overlay for PFXPTRAARP in PFXPG
*
* +---------------------------+
* 6A8 |///////////////////////////| 6AC
* +---------------------------+
*
*** Overlay for PFXPTRAARP in PFXPG
*** Overlay for PFXFRESV in PFXPG
*
* +---------------------------+---------------------------+
* 700 | PFXFREFP | PFXFREBP |
* +---------------------------+---------------------------+
* 708 |///////////////////////////|///////////////////////////|
* +------+------+------+------+---------------------------+
* 710 |:FRESC|:FRECL|//////|//////|///////////////////////////|
* +------+------+------+------+------+------+------+------+
* 718 |(718) |(719) |(71A) |(71B) |(71C) |(71D) |(71E) |(71F) |
* +------+------+------+------+------+------+------+------+
* 720 |(720) |(721) |(722) |(723) | PFXFRER3 |
* +------+------+------+------+---------------------------+
* 728 | PFXFRER4 | PFXFRER5 |
* +---------------------------+---------------------------+
* 730 | PFXFRER6 | PFXFRER7 |
* +---------------------------+---------------------------+
* 738 | PFXFRER8 | PFXFRER9 |
* +---------------------------+---------------------------+
* 740 | PFXFRERA | PFXFRERB |
* +---------------------------+---------------------------+
* 748 | PFXFRERC | PFXFRERD |
* +---------------------------+---------------------------+
* 750 | PFXFRERE | PFXFRERF |
* +---------------------------+---------------------------+
* 758 | PFXFREW0 | PFXFREW1 |
* +---------------------------+---------------------------+
* 760 | PFXFREW2 | PFXFREW3 |
* +---------------------------+---------------------------+
* 768 | PFXFREW4 | PFXFREW5 |
* +---------------------------+---------------------------+
* 770 | PFXFREW6 | PFXFREW7 |
* +---------------------------+---------------------------+
* 778 | PFXFREW8 | PFXFREW9 |
* +---------------------------+---------------------------+
* 780 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* 790 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 7A0 | PFXFREOPNR |///////////////////////////|
* +---------------------------+------+------+------+------+
* 7A8 | PFXFREAARP |(7AC) |(7AD) |(7AE) |(7AF) |
* +---------------------------+------+------+------+------+
* 7B0 |///////////////////////////////////////////////////////|
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* 7C0 | PFXFREH0 | PFXFREH1 |
* +---------------------------+---------------------------+
* 7C8 | PFXFREH2 | PFXFREH3 |
* +---------------------------+---------------------------+
* 7D0 | PFXFREH4 | PFXFREH5 |
* +---------------------------+---------------------------+
* 7D8 | PFXFREH6 | PFXFREH7 |
* +---------------------------+---------------------------+
* 7E0 | PFXFREH8 | PFXFREH9 |
* +---------------------------+---------------------------+
* 7E8 | PFXFREH10 | PFXFREH11 |
* +---------------------------+---------------------------+
* 7F0 | PFXFREH12 | PFXFREH13 |
* +---------------------------+---------------------------+
* 7F8 | PFXFREH14 | PFXFREH15 |
* +---------------------------+---------------------------+
* 800
*
*** Overlay for PFXFRESV in PFXPG
*** Overlay for PFXFREAARP in PFXPG
*
* +---------------------------+
* 7A8 |///////////////////////////| 7AC
* +---------------------------+
*
*** Overlay for PFXFREAARP in PFXPG
*** Overlay for PFXIRPSV in PFXPG
*
* +---------------------------+---------------------------+
* 800 | PFXIRP12 | PFXIRP13 |
* +---------------------------+---------------------------+
* 808 | PFXIRP14 | PFXIRP15 |
* +---------------------------+---------------------------+
* 810
*
*** Overlay for PFXIRPSV in PFXPG
*** Overlay for PFXLNKSG in PFXPG
*
* +-------------------------------------------------------+
* 820 | PFXLNKGC |
* +-------------------------------------------------------+
* 828 | PFXLNKGD |
* +-------------------------------------------------------+
* 830 | PFXLNKGE |
* +-------------------------------------------------------+
* 838 | PFXLNKGF |
* +-------------------------------------------------------+
* 840
*
*** Overlay for PFXLNKSG in PFXPG
*** Overlay for PFXLNKSV in PFXPG
*
* +---------------------------+---------------------------+
* 820 | PFXLNK12 | PFXLNK13 |
* +---------------------------+---------------------------+
* 828 | PFXLNK14 | PFXLNK15 |
* +---------------------------+---------------------------+
* 830
*
*** Overlay for PFXLNKSV in PFXPG
*** Overlay for PFXTIMES in PFXPG
*
* +-------------------------------------------------------+
* 2C0 | PFXCVTDA |
* +-------------------------------------------------------+
* 2C8 | PFXPTLBT |
* +-------------------------------------------------------+
* 2D0 | PFXTMRUN |
* +-------------------------------------------------------+
* 2D8 | PFXTMURN |
* +-------------------------------------------------------+
* 2E0 | PFXTMDSP |
* +-------------------------------------------------------+
* 2E8 | PFXTMUDS |
* +-------------------------------------------------------+
* 2F0 | PFXVTDSP |
* +-------------------------------------------------------+
* 2F8 | PFXPTLBL |
* +-------------------------------------------------------+
* 300
*
*** Overlay for PFXTIMES in PFXPG
*** Overlay for PFXCPCRS in PFXPG
*
* +---------------------------+------+------+------+------+
* E80 | PFXCPCR0H |:CR0B0|:CR0B1|:CR0B2|:CR0B3|
* +---------------------------+------+------+------+------+
* E88 | PFXCPCR1H |:CR1B0|:CR1B1|:CR1B2|:CR1B3|
* +---------------------------+------+------+------+------+
* E90 | PFXCPCR2H |:CR2B0|:CR2B1|:CR2B2|:CR2B3|
* +---------------------------+------+------+------+------+
* E98 | PFXCPCR3H |:CR3B0|:CR3B1|:CR3B2|:CR3B3|
* +---------------------------+------+------+------+------+
* EA0 | PFXCPCR4H |:CR4B0|:CR4B1|:CR4B2|:CR4B3|
* +---------------------------+------+------+------+------+
* EA8 | PFXCPCR5H |:CR5B0|:CR5B1|:CR5B2|:CR5B3|
* +---------------------------+------+------+------+------+
* EB0 | PFXCPCR6H |:CR6B0|:CR6B1|:CR6B2|:CR6B3|
* +---------------------------+------+------+------+------+
* EB8 | PFXCPCR7H |:CR7B0|:CR7B1|:CR7B2|:CR7B3|
* +---------------------------+------+------+------+------+
* EC0 | PFXCPCR8H |:CR8B0|:CR8B1|:CR8B2|:CR8B3|
* +---------------------------+------+------+------+------+
* EC8 | PFXCPCR9H |:CR9B0|:CR9B1|:CR9B2|:CR9B3|
* +---------------------------+------+------+------+------+
* ED0 | PFXCPCRAH | PFXCPCRA |
* +---------------------------+---------------------------+
* ED8 | PFXCPCRBH | PFXCPCRB |
* +---------------------------+------+------+------+------+
* EE0 | PFXCPCRCH |:CRCB0|:CRCB1|:CRCB2|:CRCB3|
* +---------------------------+------+------+------+------+
* EE8 | PFXCPCRDH |:CRDB0|:CRDB1|:CRDB2|:CRDB3|
* +---------------------------+------+------+------+------+
* EF0 | PFXCPCREH |:CREB0|:CREB1|:CREB2|:CREB3|
* +---------------------------+------+------+------+------+
* EF8 | PFXCPCRFH |:CRFB0|:CRFB1|:CRFB2|:CRFB3|
* +---------------------------+------+------+------+------+
* F00
*
*** Overlay for PFXCPCRS in PFXPG
*** Overlay for PFXCPCR in PFXPG
*
* +---------------------------+---------------------------+
* E80 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* E88 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* E90 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* E98 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EA0 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EA8 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EB0 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EB8 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EC0 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EC8 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* ED0 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* ED8 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EE0 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EE8 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EF0 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* EF8 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* F00
*
*** Overlay for PFXCPCR in PFXPG
*** Overlay for PFXADCON in PFXPG
*
* +-------------------------------------------------------+
* 900 | PFXFEIBM |
* | |
* +-------------------------------------------------------+
* 910 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////+---------------------------+
* 930 |///////////////////////////| PFXSVR |
* +---------------------------+---------------------------+
* 938 | PFXCFMRD | PFXCVTBH |
* +---------------------------+---------------------------+
* 940 | PFXCVTDT | PFXCVTOD |
* +---------------------------+---------------------------+
* 948 | PFXDSPCH | PFXERMES |
* +---------------------------+---------------------------+
* 950 | PFXFREE | PFXFRET |
* +---------------------------+---------------------------+
* 958 | PFXGSVC0 | PFXGSVC1 |
* +---------------------------+---------------------------+
* 960 | PFXGSVC2 | PFXGSVC3 |
* +---------------------------+---------------------------+
* 968 | PFXTTATB | PFXIOSRQ |
* +---------------------------+---------------------------+
* 970 | PFXHTRAN | PFXLALLK |
* +---------------------------+---------------------------+
* 978 | PFXLALLU | PFXHTRAB |
* +---------------------------+---------------------------+
* 980 | PFXCFRWT | PFXRUNXT |
* +---------------------------+---------------------------+
* 988 | PFXSTKCP | PFXSTKGT |
* +---------------------------+---------------------------+
* 990 | PFXSTKIO | PFXSCCFD |
* +---------------------------+---------------------------+
* 998 | PFXSYS |///////////////////////////|
* +---------------------------+---------------------------+
* 9A0 | PFXSYSVM | PFXRUNU |
* +---------------------------+---------------------------+
* 9A8 | PFXENDOP | PFXSVUSW |
* +---------------------------+---------------------------+
* 9B0 |///////////////////////////|///////////////////////////|
* +---------------------------+---------------------------+
* 9B8 | PFXSVUGS | PFXPAGCP |
* +---------------------------+---------------------------+
* 9C0 | PFXSVURS | PFXLUSER |
* +---------------------------+---------------------------+
* 9C8 | PFXPRFIX | PFXNXTPF |
* +--------------------+------+---------------------------+
* 9D0 | PFXABENM |:ABENN| PFXSXAST |
* +--------------------+------+---------------------------+
* 9D8 | PFXSTDBK | PFXMCHA |
* +---------------------------+---------------------------+
* 9E0 | PFXMCVBK | PFXINST1 |
* +---------------------------+---------------------------+
* 9E8 | PFXINST2 | PFXINST3 |
* +---------------------------+---------------------------+
* 9F0 | PFXINST4 | 9F4
* +---------------------------+
*
*** Overlay for PFXADCON in PFXPG
*** Overlay for PFXCONST in PFXPG
*
* +-------------------------------------------------------+
* A00 | |
* = PFXZEROS =
* | |
* +-------------------------------------------------------+
* A40 | PFXBLANK |
* +-------------------------------------------------------+
* A48 | PFXFFS |
* +---------------------------+---------------------------+
* A50 | PFX1 | PFX2 |
* +---------------------------+---------------------------+
* A58 | PFX3 | PFX4 |
* +---------------------------+---------------------------+
* A60 | PFX5 | PFX6 |
* +---------------------------+---------------------------+
* A68 | PFX7 | PFX8 |
* +---------------------------+---------------------------+
* A70 | PFX9 | PFX10 |
* +---------------------------+---------------------------+
* A78 | PFX15 | PFX16 |
* +---------------------------+---------------------------+
* A80 | PFX17 | PFX20 |
* +---------------------------+---------------------------+
* A88 | PFX24 | PFX60 |
* +---------------------------+---------------------------+
* A90 | PFX240 | PFX255 |
* +---------------------------+---------------------------+
* A98 | PFX256 | PFX512 |
* +---------------------------+---------------------------+
* AA0 | PFX2047 | PFX2048 |
* +---------------------------+---------------------------+
* AA8 | PFX4095 | PFX4096 |
* +---------------------------+---------------------------+
* AB0 | PFX24HSK | PFX00FFS |
* +---------------------------+---------------------------+
* AB8 | PFX31HSK | PFX7FFFS |
* +---------------------------+---------------------------+
* AC0 | PFXHALF | PFXPGNUM |
* +---------------------------+---------------------------+
* AC8 | PFXHLFPG | PFXSTEMK |
* +---------------------------+---------------------------+
* AD0 | PFX2GHI | PFX8000S |
* +---------------------------+---------------------------+
* AD8 |///////////////////////////| PFXNOADD |
* +---------------------------+---------------------------+
* AE0 | PFX8192 | PFX7FFE0 |
* +---------------------------+---------------------------+
* AE8 | PFXRXMSK |
* +-------------------------------------------------------+
* AF0 | PFXGPFRA |
* +-------------------------------------------------------+
* AF8 | PFXFREYE |
* +-------------------------------------------------------+
* B00
*
*** Overlay for PFXCONST in PFXPG
*** Overlay for PFXCONST in PFXPG
*
* +-------------------------------------------------------+
* A00 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* A40 |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* A48 |///////////////////////////////////////////////////////|
* +-------------+-------------+-------------+-------------+
* A50 | PFXH0 | PFXH1 |/////////////| PFXH2 |
* +-------------+-------------+-------------+-------------+
* A58 |/////////////| PFXH3 |/////////////| PFXH4 |
* +-------------+-------------+-------------+-------------+
* A60 |/////////////| PFXH5 |/////////////| PFXH6 |
* +-------------+-------------+-------------+-------------+
* A68 |/////////////| PFXH7 |/////////////| PFXH8 |
* +-------------+-------------+-------------+-------------+
* A70 |/////////////| PFXH9 |/////////////| PFXH10 |
* +-------------+-------------+-------------+-------------+
* A78 |/////////////| PFXH15 |/////////////| PFXH16 |
* +-------------+-------------+-------------+-------------+
* A80 |/////////////| PFXH17 |/////////////| PFXH20 |
* +-------------+-------------+-------------+-------------+
* A88 |/////////////| PFXH24 |/////////////| PFXH60 |
* +-------------+-------------+-------------+-------------+
* A90 |/////////////| PFXH240 |/////////////| PFXH255 |
* +-------------+-------------+-------------+-------------+
* A98 |/////////////| PFXH256 |/////////////| PFXH512 |
* +-------------+-------------+-------------+-------------+
* AA0 |/////////////| PFXH2047 |/////////////| PFXH2048 |
* +-------------+-------------+-------------+-------------+
* AA8 |/////////////| PFXH4095 |/////////////| PFXH4096 |
* +-------------+-------------+-------------+-------------+
* AB0
*
*** Overlay for PFXCONST in PFXPG
*** Overlay for PFX8192 in PFXPG
*
* +-------------+-------------+
* AE0 |/////////////| PFXH8192 | AE4
* +-------------+-------------+
*
*** Overlay for PFX8192 in PFXPG
*** Overlay for PFXCONST in PFXPG
*
* +-------------------------------------------------------+
* A00 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* A40 |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* A48 |///////////////////////////////////////////////////////|
* +------+-------------+------+--------------------+------+
* A50 |PFXB0 |/////////////|PFXB1 |////////////////////|PFXB2 |
* +------+-------------+------+--------------------+------+
* A58 |////////////////////|PFXB3 |////////////////////|PFXB4 |
* +--------------------+------+--------------------+------+
* A60 |////////////////////|PFXB5 |////////////////////|PFXB6 |
* +--------------------+------+--------------------+------+
* A68 |////////////////////|PFXB7 |////////////////////|PFXB8 |
* +--------------------+------+--------------------+------+
* A70 |////////////////////|PFXB9 |////////////////////|PFXB10|
* +--------------------+------+--------------------+------+
* A78 |////////////////////|PFXB15|////////////////////|PFXB16|
* +--------------------+------+--------------------+------+
* A80 |////////////////////|PFXB17|////////////////////|PFXB20|
* +--------------------+------+--------------------+------+
* A88 |////////////////////|PFXB24|////////////////////|PFXB60|
* +--------------------+------+--------------------+------+
* A90 |////////////////////|:CHR0 |////////////////////|:B255 |
* +--------------------+------+--------------------+------+
* A98
*
*** Overlay for PFXCONST in PFXPG
*** Overlay for PFXCNTRL in PFXPG
*
* +------+------+------+------+---------------------------+
* B00 |//////|:ATTRB|:VCNFG|:PREMT| PFXPLDV |
* +------+------+------+------+-------------+-------------+
* B08 |:IDVER| PFXIDSER | PFXIDMDL |/////////////|
* +------+--------------------+-------------+-------------+
* B10 | PFXRNPSW |
* +-------------------------------------------------------+
* B18 | PFXDSPRI |
* +---------------------------+---------------------------+
* B20 | PFXUDED | PFXIORET |
* +---------------------------+---------------------------+
* B28 | PFXRNUSR |///////////////////////////|
* +-------------+------+------+------+--------------------+
* B30 | PFXZNNUM |:ZNMSK|:CPIMG|PFXAZM|////////////////////|
* +------+------+------+------+------+------+------+------+
* B38 |:HSTAT|:TNDLK|:RCVFG|:CPUTY|:RCVWK|:TSKST|//////|:EMODE|
* +------+------+------+------+------+------+------+------+
* B40 |:SVMSK|////////////////////| PFXCPUAD |:ABFLG|:HSFLG|
* +------+--------------------+-------------+------+------+
* B48 | PFXTMMAX |
* +-------------------------------------------------------+
* B50 | PFXTOTWT |
* +-------------------------------------------------------+
* B58 | PFXPRBTM |
* +-------------------------------------------------------+
* B60 | PFXTMSYS |
* +-------------------------------------------------------+
* B68 | PFXUTIME |
* +-------------------------------------------------------+
* B70 | PFXACTTS |
* +-------------------------------------------------------+
* B78 | PFXSCITS |
* +-------------------------------------------------------+
* B80 | PFXSPINT |
* +-------------------------------------------------------+
* B88 | PFXLCPUA |
* +---------------------------+---------------------------+
* B90 | PFXSPINC | PFXEMSAN |
* +------+------+------+------+------+------+------+------+
* B98 |:DOWNR|:DOWNC|:TYPE |:DETUP|:STATE|:TODST|:TYPS |:MPFLG|
* +------+------+------+------+------+------+------+------+
* BA0 |:MPCNT|/////////////|:SYNTY| PFXDSPBR |
* +------+-------------+------+---------------------------+
* BA8 | PFXTSKBK |///////////////////////////|
* +---------------------------+---------------------------+
* BB0 | PFXSYSMP | PFXTRQOF |
* +---------------------------+---------------------------+
* BB8 | PFXNOLOC | PFXNLADR |
* +-------------+------+------+------+------+------+------+
* BC0 |/////////////|:CPF0 |:CPF1 |:CPF2 |:CPF3 |:CPF4 |:CPF5 |
* +------+------+------+------+------+------+------+------+
* BC8 |:CPF6 |:CPF7 |:CPF8 |:CPF9 |:CPF10|:CPF11|:CPF12|:CPF13|
* +------+------+------+------+------+------+------+------+
* BD0 | PFXTTPNT | PFXTTPHL |
* +---------------------------+---------------------------+
* BD8 |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* BE0 | PFXPLSBK | PFXEVTBK |
* +---------------------------+---------------------------+
* BE8 | PFXSAPSW |
* +---------------------------+---------------------------+
* BF0 | PFXPGIN | PFXCLEAR |
* +---------------------------+---------------------------+
* BF8 |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* C00 | PFXPRGRC | PFXPRGRD |
* +---------------------------+---------------------------+
* C08 | PFXPRGRE | PFXPRGRF |
* +---------------------------+---------------------------+
* C10 | PFXPRGR0 | PFXPRGR1 |
* +---------------------------+---------------------------+
* C18 | PFXPRGR2 | PFXPRGR3 |
* +---------------------------+---------------------------+
* C20 | PFXPRGR4 | PFXPRGR5 |
* +---------------------------+---------------------------+
* C28 | PFXTRCR0 |
* +-------------------------------------------------------+
* C30 | PFXTRCR1 |
* +-------------------------------------------------------+
* C38 | PFXTRCR2 |
* +-------------------------------------------------------+
* C40 | PFXTRCR3 |
* +-------------------------------------------------------+
* C48 | PFXTRCR4 |
* +-------------------------------------------------------+
* C50 | PFXTRCR5 |
* +---------------------------+---------------------------+
* C58 | PFXRNH00 | PFXRNH04 |
* +---------------------------+---------------------------+
* C60 | PFXRNH1 |
* +---------------------------+---------------------------+
* C68 | PFXRNH20 | PFXRNH24 |
* +---------------------------+---------------------------+
* C70 | PFXRNH3 |
* +-------------------------------------------------------+
* C78 | PFXRNH4 |
* +-------------------------------------------------------+
* C80 | PFXFRTC1 |
* +-------------------------------------------------------+
* C88 | PFXFRTC2 |
* +-------------------------------------------------------+
* C90 |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* C98 |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* CA0 |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* CA8 |///////////////////////////| PFXSTRN |
* +---------------------------+---------------------------+
* CB0 |///////////////////////////| PFXINDEX |
* +---------------------------+---------------------------+
* CB8 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////+---------------------------+
* CD8 |///////////////////////////| PFXSVRD |
* +---------------------------+------+------+-------------+
* CE0 | PFXWTCR6 |:WTFLG|:SSFLG|/////////////|
* +---------------------------+------+------+-------------+
* CE8 | |
* = PFXWTWRK =
* | |
* +---------------------------+---------------------------+
* D10 | PFXFSTPX | PFXCACPG |
* +---------------------------+---------------------------+
* D18 | PFXABSAD | PFXABRSV |
* +---------------------------+---------------------------+
* D20 | PFXSSTWT |
* +-------------------------------------------------------+
* D28 | PFXCPTWT |
* +---------------------------+---------------------------+
* D30 | PFXSTSN |///////////////////////////|
* +---------------------------+---------------------------+
* D38 | PFXAIAPTG |
* +-------------------------------------------------------+
* D40
*
*** Overlay for PFXCNTRL in PFXPG
*** Overlay for PFXAIAPTG in PFXPG
*
* +---------------------------+---------------------------+
* D38 |///////////////////////////| PFXAIAPT |
* +---------------------------+---------------------------+
* D40 | PFXWRPSV | PFXCCTRQ |
* +---------------------------+---------------------------+
* D48 | PFXIASIT |
* +------+------+------+------+------+------+-------------+
* D50 |:CNFG0|:CNFG1|:CNFG2|:CNFG3|:CNFG4|:CNFG5|/////////////|
* +------+------+------+------+------+------+-------------+
* D58 |////////////////////|:CNFGB|///////////////////////////|
* +------+------+------+------+------+------+------+------+
* D60 |:AFAC0|:AFAC1|:AFAC2|:AFAC3|:AFAC4|:AFAC5|:AFAC6|:AFAC7|
* +------+------+------+------+------+------+------+------+
* D68 | PFXCHKIN |
* +-------------------------------------------------------+
* D70 | PFXATODD |
* +-------------------------------------------------------+
* D78 | PFXSVTWT |
* +-------------------------------------------------------+
* D80 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +-------------------------------------------------------+
* DC0 | PFXMALFM |
* +---------------------------+---------------------------+
* DC8 | PFXSLCNT | PFXCTPRG |
* +---------------------------+---------------------------+
* DD0 | PFXCVTW1 | PFXCVTW2 |
* +---------------------------+---------------------------+
* DD8 | PFXCVTW3 | PFXCVTW4 |
* +---------------------------+---------------------------+
* DE0 | PFXCVTWX |
* | |
* +---------------------------+---------------------------+
* DF0 | PFXSVCBJ | PFXSVCBK |
* +---------------------------+---------------------------+
* DF8 |///////////////////////////////////////////////////////|
* =///////////////////////////////////////////////////////=
* |///////////////////////////////////////////////////////|
* +---------------------------+---------------------------+
* E38 | PFXDSPCS | PFXDSPCT |
* +---------------------------+---------------------------+
* E40 | PFXDSWCT | PFXSTKCR |
* +---------------------------+---------------------------+
* E48 | PFXSTKPQ | PFXPTRCT |
* +---------------------------+---------------------------+
* E50 | PFXCTID | PFXCTIG |
* +---------------------------+---------------------------+
* E58 | PFXCTVD | PFXCTVG |
* +---------------------------+---------------------------+
* E60 | PFXRUNCI | PFXRUNCP |
* +---------------------------+---------------------------+
* E68 | PFXRUNCR | PFXRUNPF |
* +---------------------------+---------------------------+
* E70 |///////////////////////////| PFXFSTSG |
* +---------------------------+---------------------------+
* E78 | PFXFSTXC | PFXFST44 |
* +---------------------------+---------------------------+
* E80
*
*** Overlay for PFXAIAPTG in PFXPG
*** Overlay for PFXPATCH in PFXPG
*
* +-------------------------------------------------------+
* F00 | |
* = PFXPINST =
* | |
* +-------------------------------------------------------+
* F80 | |
* = PFXPSAVE =
* | |
* +-------------------------------------------------------+
*1000
*
*** Overlay for PFXPATCH in PFXPG
PFXPG Cross Reference
Symbol Dspl Value -------------- ---- ----- CPUIDVM 0B08 000000FF CRCBRCTL 0EE4 80 CR1SSXA 0E8C 80 EXTICALL 0087 00000002 EXTICKC 0087 00000004 EXTICL00 0086 00000000 EXTICL10 0086 00000010 EXTICL12 0086 00000012 EXTICL14 0086 00000014 EXTICL20 0086 00000020 EXTICL24 0086 00000024 EXTICL26 0086 00000026 EXTICL40 0086 00000040 EXTICPU 0087 00000005 EXTIEMGS 0087 00000001 EXTIETR 0087 00000006 EXTIIUCV 0087 00000000 EXTIKEY 0087 00000040 EXTILAC 0080 PFXEXTPM EXTIMALF 0087 00000000 EXTIMCAC 0080 80 EXTIMEAS 0087 00000007 EXTIMIEA 0080 00 EXTIMISE 0080 00 EXTIMLCD 0080 40 EXTIMLSD 0080 PFXEXTPM EXTIMPRA 0080 00 EXTIMSAC 0080 PFXEXTPM EXTIPVM 0087 00000002 EXTISVSG 0087 00000001 EXTITMR 0087 00000080 EXTITPC 0080 PFXEXTPM EXTITSC 0080 PFXEXTPM EXTITSYN 0087 00000003 EXTITZCH 0087 00000004 EXTIVMCF 0087 00000001 EXTIXC 0087 00000003 MAXCPUAD 00A0 3F MAXRPROC 00A0 40 MCEXTDCC 00F7 20 MCEXTDCS 00F7 10 MCEXTDIC 00F7 40 MCEXTDSC 00F6 10 MCEXTDSS 00F7 80 MCEXTD0 00F4 00 MCEXTD1 00F5 00 MCICAR 00ED 08 MCICBU 00E9 02 MCICCD 00E8 08 MCICCRW 00E9 40 MCICCSD 00E9 10 MCICDA 00EC 20 MCICDG 00E8 01 MCICDL 00E9 01 MCICED 00E8 04 MCICIE 00EC 80 MCICITD 00E8 10 MCICKE 00EA 20 MCICPD 00E8 40 MCICSC 00EA 40 MCICSD 00E8 80 MCICSDG 00EA 10 MCICSE 00EA 80 MCICSP 00E9 20 MCICSR 00E8 20 MCICVAR 00EC 40 MCICVCC 00ED 01 MCICVCR 00EB 04 MCICVCT 00ED 02 MCICVED 00EB 20 MCICVFA 00EB 80 MCICVFP 00EB 10 MCICVGR 00EB 08 MCICVIA 00EA 01 MCICVLG 00EB 02 MCICVMS 00EA 04 MCICVPM 00EA 02 MCICVST 00EB 01 MCICVTPR 00ED 20 MCICVWP 00EA 08 MCICVXFP 00ED 10 MCICW 00E9 80 MCIPRIM0 00E8 FF MCIPRIM1 00E9 F0 PFXAASP 0D60 40 PFXABEND 09D0 PFXABENM 09D0 PFXABENN 09D3 PFXABFLG 0B46 PFXABRSV 0D1C PFXABSA 0D60 10 PFXABSAD 0D18 PFXACMM 0D60 08 PFXACTTS 0B70 PFXADCON 0900 PFXAFAC 0D60 PFXAFAC0 0D60 PFXAFAC1 0D61 PFXAFAC2 0D62 PFXAFAC3 0D63 PFXAFAC4 0D64 PFXAFAC5 0D65 PFXAFAC6 0D66 PFXAFAC7 0D67 PFXAFOBC 0220 PFXAFOBL 0218 PFXAIAPT 0D3C PFXAIAPTG 0D38 PFXAINME 00A3 01 PFXARCHM 00A3 PFXARLG 0120 PFXASGF 0D60 20 PFXASPO 0D60 80 PFXATODD 0D70 PFXATTRB 0B01 PFXAVAIL 0B9C 00000000 PFXAZM 0B34 PFXAZMWD 0B34 PFXBALAARP 05A8 PFXBALAMDE 05AD PFXBALAREA 0518 PFXBALBP 0504 PFXBALCL 0511 PFXBALFP 0500 PFXBALHIRG 05C0 PFXBALH0 05C0 PFXBALH1 05C4 PFXBALH10 05E8 PFXBALH11 05EC PFXBALH12 05F0 PFXBALH13 05F4 PFXBALH14 05F8 PFXBALH15 05FC PFXBALH2 05C8 PFXBALH3 05CC PFXBALH4 05D0 PFXBALH5 05D4 PFXBALH6 05D8 PFXBALH7 05DC PFXBALH8 05E0 PFXBALH9 05E4 PFXBALIACA 05AC PFXBALIACE 05AF PFXBALIACR 05AE PFXBALOPNR 05A0 PFXBALRA 0540 PFXBALRB 0544 PFXBALRC 0548 PFXBALRCF 0548 PFXBALRD 054C PFXBALRE 0550 PFXBALRF 0554 PFXBALRG 0518 PFXBALR0 0518 PFXBALR0B0 0518 PFXBALR0B1 0519 PFXBALR0B2 051A PFXBALR0B3 051B PFXBALR1 051C PFXBALR1B0 051C PFXBALR1B1 051D PFXBALR1B2 051E PFXBALR1B3 051F PFXBALR2 0520 PFXBALR2B0 0520 PFXBALR2B1 0521 PFXBALR2B2 0522 PFXBALR2B3 0523 PFXBALR3 0524 PFXBALR4 0528 PFXBALR5 052C PFXBALR6 0530 PFXBALR7 0534 PFXBALR8 0538 PFXBALR9 053C PFXBALSC 0510 PFXBALSG 0500 PFXBALSV 0500 PFXBALWK 0558 PFXBALW0 0558 PFXBALW1 055C PFXBALW2 0560 PFXBALW3 0564 PFXBALW4 0568 PFXBALW5 056C PFXBALW6 0570 PFXBALW7 0574 PFXBALW8 0578 PFXBALW9 057C PFXBEAR 0110 PFXBLANK 0A40 PFXB0 0A50 PFXB1 0A53 PFXB10 0A77 PFXB15 0A7B PFXB16 0A7F PFXB17 0A83 PFXB2 0A57 PFXB20 0A87 PFXB24 0A8B PFXB240 0A93 PFXB255 0A97 PFXB3 0A5B PFXB4 0A5F PFXB5 0A63 PFXB6 0A67 PFXB60 0A8F PFXB7 0A6B PFXB8 0A6F PFXB9 0A73 PFXCACPG 0D14 PFXCCTRQ 0D44 PFXCC2B1 0011 PFXCFMRD 0938 PFXCFRWT 0980 PFXCHKIN 0D68 PFXCHR0 0A93 PFXCLEAR 0BF4 PFXCNFG 0D50 PFXCNFGB 0D5B PFXCNFG0 0D50 PFXCNFG1 0D51 PFXCNFG2 0D52 PFXCNFG3 0D53 PFXCNFG4 0D54 PFXCNFG5 0D55 PFXCNTRL 0B00 PFXCONST 0A00 PFXCPCR 0E80 PFXCPCRA 0ED4 PFXCPCRAG 0ED0 PFXCPCRAH 0ED0 PFXCPCRB 0EDC PFXCPCRBG 0ED8 PFXCPCRBH 0ED8 PFXCPCRC 0EE4 PFXCPCRCG 0EE0 PFXCPCRCH 0EE0 PFXCPCRD 0EEC PFXCPCRDG 0EE8 PFXCPCRDH 0EE8 PFXCPCRE 0EF4 PFXCPCREG 0EF0 PFXCPCREH 0EF0 PFXCPCRF 0EFC PFXCPCRFG 0EF8 PFXCPCRFH 0EF8 PFXCPCRS 0E80 PFXCPCR0 0E84 PFXCPCR0G 0E80 PFXCPCR0H 0E80 PFXCPCR1 0E8C PFXCPCR1G 0E88 PFXCPCR1H 0E88 PFXCPCR2 0E94 PFXCPCR2G 0E90 PFXCPCR2H 0E90 PFXCPCR3 0E9C PFXCPCR3G 0E98 PFXCPCR3H 0E98 PFXCPCR4 0EA4 PFXCPCR4G 0EA0 PFXCPCR4H 0EA0 PFXCPCR5 0EAC PFXCPCR5G 0EA8 PFXCPCR5H 0EA8 PFXCPCR6 0EB4 PFXCPCR6G 0EB0 PFXCPCR6H 0EB0 PFXCPCR7 0EBC PFXCPCR7G 0EB8 PFXCPCR7H 0EB8 PFXCPCR8 0EC4 PFXCPCR8G 0EC0 PFXCPCR8H 0EC0 PFXCPCR9 0ECC PFXCPCR9G 0EC8 PFXCPCR9H 0EC8 PFXCPDES 0BC0 PFXCPFAC 0BC2 PFXCPF0 0BC2 PFXCPF1 0BC3 PFXCPF10 0BCC PFXCPF11 0BCD PFXCPF12 0BCE PFXCPF13 0BCF PFXCPF2 0BC4 PFXCPF3 0BC5 PFXCPF4 0BC6 PFXCPF5 0BC7 PFXCPF6 0BC8 PFXCPF7 0BC9 PFXCPF8 0BCA PFXCPF9 0BCB PFXCPIMG 0B33 PFXCPIOI 0EB4 80 PFXCPLOC 0B9F 80 PFXCPME 0B33 40 PFXCPRQA 08D0 PFXCPRQP 08D4 PFXCPTWT 0D28 PFXCPUAD 0B44 PFXCPUID 0B08 PFXCPULG 0080 PFXCPUTY 0B3B PFXCRCB0 0EE4 PFXCRCB1 0EE5 PFXCRCB2 0EE6 PFXCRCB3 0EE7 PFXCRDB0 0EEC PFXCRDB1 0EED PFXCRDB2 0EEE PFXCRDB3 0EEF PFXCREB0 0EF4 PFXCREB1 0EF5 PFXCREB2 0EF6 PFXCREB3 0EF7 PFXCRFB0 0EFC PFXCRFB1 0EFD PFXCRFB2 0EFE PFXCRFB3 0EFF PFXCRLG 01C0 PFXCRLGL 01C0 00000040 PFXCR0B0 0E84 PFXCR0B1 0E85 PFXCR0B2 0E86 PFXCR0B3 0E87 PFXCR1B0 0E8C PFXCR1B1 0E8D PFXCR1B2 0E8E PFXCR1B3 0E8F PFXCR2B0 0E94 PFXCR2B1 0E95 PFXCR2B2 0E96 PFXCR2B3 0E97 PFXCR3B0 0E9C PFXCR3B1 0E9D PFXCR3B2 0E9E PFXCR3B3 0E9F PFXCR4B0 0EA4 PFXCR4B1 0EA5 PFXCR4B2 0EA6 PFXCR4B3 0EA7 PFXCR5B0 0EAC PFXCR5B1 0EAD PFXCR5B2 0EAE PFXCR5B3 0EAF PFXCR6B0 0EB4 PFXCR6B1 0EB5 PFXCR6B2 0EB6 PFXCR6B3 0EB7 PFXCR7B0 0EBC PFXCR7B1 0EBD PFXCR7B2 0EBE PFXCR7B3 0EBF PFXCR8B0 0EC4 PFXCR8B1 0EC5 PFXCR8B2 0EC6 PFXCR8B3 0EC7 PFXCR9B0 0ECC PFXCR9B1 0ECD PFXCR9B2 0ECE PFXCR9B3 0ECF PFXCSTOP 0B9C 00000037 PFXCTID 0E50 PFXCTIG 0E54 PFXCTPRG 0DCC PFXCTVD 0E58 PFXCTVG 0E5C PFXCVTBH 093C PFXCVTDA 02C0 PFXCVTDT 0940 PFXCVTOD 0944 PFXCVTWK 0DD0 PFXCVTWX 0DE0 PFXCVTW1 0DD0 PFXCVTW2 0DD4 PFXCVTW3 0DD8 PFXCVTW4 0DDC PFXDATON 0B3F 80 PFXDBGRX 08F8 PFXDCBY0 00F4 PFXDCBY1 00F5 PFXDCBY2 00F6 PFXDCBY3 00F7 PFXDETUP 0B9B PFXDNCZ 0B99 00000000 PFXDNEMS 0B99 000000FF PFXDNRES 0B99 000000EE PFXDNRZ 0B98 00000000 PFXDNSW 0B99 000000CC PFXDNU 0B99 000000DD PFXDOWN 0B98 000000FF PFXDOWNC 0B99 PFXDOWNR 0B98 PFXDPPCAO 0228 PFXDRFPT 0EB4 1D PFXDSPBR 0BA4 PFXDSPCH 0948 PFXDSPCS 0E38 PFXDSPCT 0E3C PFXDSPRI 0B18 PFXDSPWK 0B3C PFXDSWCT 0E40 PFXDWMCO 0B3D 80 PFXDXCOD 0093 PFXEMODE 0B3F PFXEMSAN 0B94 PFXEMSWK 0B3C 20 PFXENDOP 09A8 PFXERMES 094C PFXEVTBK 0BE4 PFXEXTCD 0087 PFXEXTCF 0084 PFXEXTCL 0086 PFXEXTCP 0084 PFXEXTDB 0080 PFXEXTIN 0086 PFXEXTNI 005C PFXEXTNP 0058 PFXEXTN0 0058 PFXEXTN1 0059 PFXEXTN2 005A PFXEXTN3 005B PFXEXTN4 005C PFXEXTOI 001C PFXEXTOP 0018 PFXEXTO0 0018 PFXEXTO1 0019 PFXEXTO2 001A PFXEXTO3 001B PFXEXTO4 001C PFXEXTPM 0080 PFXFEIBM 0900 PFXFFS 0A48 PFXFLAGS 0B38 PFXFMACT 0200 00000080 PFXFMFLK 0200 PFXFMPB 0200 PFXFMPBL 0248 00000050 PFXFPARM 0090 PFXFPRLG 0160 PFXFPRY0 0160 PFXFPRY2 0168 PFXFPRY4 0170 PFXFPRY6 0178 PFXFPXSA 00D4 PFXFREAARP 07A8 PFXFREAMDE 07AD PFXFREAREA 0718 PFXFREBP 0704 PFXFRECL 0711 PFXFREE 0950 PFXFREFP 0700 PFXFREHIRG 07C0 PFXFREH0 07C0 PFXFREH1 07C4 PFXFREH10 07E8 PFXFREH11 07EC PFXFREH12 07F0 PFXFREH13 07F4 PFXFREH14 07F8 PFXFREH15 07FC PFXFREH2 07C8 PFXFREH3 07CC PFXFREH4 07D0 PFXFREH5 07D4 PFXFREH6 07D8 PFXFREH7 07DC PFXFREH8 07E0 PFXFREH9 07E4 PFXFREIACA 07AC PFXFREIACE 07AF PFXFREIACR 07AE PFXFREOPNR 07A0 PFXFRERA 0740 PFXFRERB 0744 PFXFRERC 0748 PFXFRERCF 0748 PFXFRERD 074C PFXFRERE 0750 PFXFRERF 0754 PFXFRERG 0718 PFXFRER0 0718 PFXFRER0B0 0718 PFXFRER0B1 0719 PFXFRER0B2 071A PFXFRER0B3 071B PFXFRER1 071C PFXFRER1B0 071C PFXFRER1B1 071D PFXFRER1B2 071E PFXFRER1B3 071F PFXFRER2 0720 PFXFRER2B0 0720 PFXFRER2B1 0721 PFXFRER2B2 0722 PFXFRER2B3 0723 PFXFRER3 0724 PFXFRER4 0728 PFXFRER5 072C PFXFRER6 0730 PFXFRER7 0734 PFXFRER8 0738 PFXFRER9 073C PFXFRESC 0710 PFXFRESG 0700 PFXFRESV 0700 PFXFRET 0954 PFXFREWK 0758 PFXFREW0 0758 PFXFREW1 075C PFXFREW2 0760 PFXFREW3 0764 PFXFREW4 0768 PFXFREW5 076C PFXFREW6 0770 PFXFREW7 0774 PFXFREW8 0778 PFXFREW9 077C PFXFREYE 0AF8 PFXFRTC1 0C80 PFXFRTC2 0C88 PFXFSTPX 0D10 PFXFSTSG 0E74 PFXFSTXC 0E78 PFXFST44 0E7C PFXFTBLG 0250 PFXFTLEN 0260 PFXFXLEN 0100 10 PFXFXLOG 0100 PFXGEXTN 01B0 PFXGEXTO 0130 PFXGION 01F0 PFXGIOO 0170 PFXGLAW0 0288 PFXGLAW1 028C PFXGLPAG 0280 PFXGLPAS 0288 PFXGLPW0 0280 PFXGLPW1 0284 PFXGLSXP 027C PFXGMCFS 00F8 PFXGMCHN 01E0 PFXGMCHO 0160 PFXGMNCD 00B0 PFXGMNCL 00B0 PFXGMNCR 00B4 PFXGPERA 0098 PFXGPERL 0098 PFXGPERR 009C PFXGPFLG 0246 PFXGPFRA 0AF0 PFXGPRGN 01D0 PFXGPRGO 0150 PFXGPRLG 0180 PFXGRSTN 01A0 PFXGRSTO 0120 PFXGRTOM 0AF0 PFXGPFRA PFXGSTOM 0AF0 PFXGPFRA PFXGSVCN 01C0 PFXGSVCO 0140 PFXGSVC0 0958 PFXGSVC1 095C PFXGSVC2 0960 PFXGSVC3 0964 PFXGTRAD 00A8 PFXHABEN 0B38 08 PFXHALF 0AC0 PFXHDLAY 0B3A 40 PFXHINIT 0B39 40 PFXHLFPG 0AC8 PFXHRUN 0B38 40 PFXHRUNX 0B38 02 PFXHSFLG 0B47 PFXHSIE 0B38 04 PFXHSTAT 0B38 PFXHSYS 0B38 20 PFXHTRAB 097C PFXHTRAN 0970 PFXHUSER 0B38 10 PFXHWAIT 0B38 80 PFXH0 0A50 PFXH1 0A52 PFXH10 0A76 PFXH15 0A7A PFXH16 0A7E PFXH17 0A82 PFXH2 0A56 PFXH20 0A86 PFXH2047 0AA2 PFXH2048 0AA6 PFXH24 0A8A PFXH240 0A92 PFXH255 0A96 PFXH256 0A9A PFXH3 0A5A PFXH4 0A5E PFXH4095 0AAA PFXH4096 0AAE PFXH5 0A62 PFXH512 0A9E PFXH6 0A66 PFXH60 0A8E PFXH7 0A6A PFXH8 0A6E PFXH8192 0AE2 PFXH9 0A72 PFXIACE 08F3 PFXIACR 08F2 PFXIASIT 0D48 PFXICCW1 0008 PFXICCW2 0010 PFXIDMDL 0B0C PFXIDSER 0B09 PFXIDVER 0B08 PFXILPOI 0004 PFXILPO0 0000 PFXILPO1 0001 PFXILPO2 0002 PFXILPO3 0003 PFXILPO4 0004 PFXILPSW 0000 PFXINDEX 0CB4 PFXINIFI 00C0 000000B0 PFXINISC 00C0 PFXINPRM 00BC PFXINST1 09E4 PFXINST2 09E8 PFXINST3 09EC PFXINST4 09F0 PFXINTID 00C0 PFXIOADP 00C0 00000080 PFXIOCL0 0EB4 80 PFXIOCL1 0EB4 40 PFXIOCL2 0EB4 20 PFXIOCL3 0EB4 10 PFXIOCL4 0EB4 08 PFXIOCL5 0EB4 04 PFXIOCL6 0EB4 02 PFXIOCL7 0EB4 01 PFXIOINT 00B8 PFXIONP 0078 PFXIOOP 0038 PFXIOPNI 007C PFXIOPN0 0078 PFXIOPN1 0079 PFXIOPN2 007A PFXIOPN3 007B PFXIOPN4 007C PFXIOPOI 003C PFXIOPO0 0038 PFXIOPO1 0039 PFXIOPO2 003A PFXIOPO3 003B PFXIOPO4 003C PFXIORET 0B24 PFXIORNM 00BA PFXIOSID 00B8 PFXIOSRQ 096C PFXIRPSG 0800 PFXIRPSV 0800 PFXIRP12 0800 PFXIRP13 0804 PFXIRP14 0808 PFXIRP15 080C PFXLALLK 0974 PFXLALLU 0978 PFXLAPND 01F0 00000200 PFXLAVAC 0210 PFXLAVAU 0248 PFXLAVDF 0242 PFXLAVFU 0240 PFXLAVMA 0200 00000020 PFXLAVMX 0200 0000000A PFXLAVU 0244 PFXLCPUA 0B88 PFXLGOFF 0B9C 00000042 PFXLNKGC 0820 PFXLNKGD 0828 PFXLNKGE 0830 PFXLNKGF 0838 PFXLNKSG 0820 PFXLNKSV 0820 PFXLNK12 0820 PFXLNK13 0824 PFXLNK14 0828 PFXLNK15 082C PFXLOCTL 0B9F 40 PFXLRC 08C8 PFXLRQ 08CC PFXLRQND 08C4 PFXLUSER 09C4 PFXMACCM 0200 PFXMACHN 0000 PFXMALFM 0DC0 PFXMALFP 0B3C 40 PFXMALFW 0B3A 80 PFXMASTR 0B9A 00000014 PFXMCFSA 00F8 PFXMCHA 09DC PFXMCHDC 00F4 PFXMCHIN 00E8 PFXMCHI0 00E8 PFXMCHI1 00E9 PFXMCHI2 00EA PFXMCHI3 00EB PFXMCHI4 00EC PFXMCHI5 00ED PFXMCHI6 00EE PFXMCHNI 0074 PFXMCHNP 0070 PFXMCHN0 0070 PFXMCHN1 0071 PFXMCHN2 0072 PFXMCHN3 0073 PFXMCHN4 0074 PFXMCHOI 0034 PFXMCHOP 0030 PFXMCHO0 0030 PFXMCHO1 0031 PFXMCHO2 0032 PFXMCHO3 0033 PFXMCHO4 0034 PFXMCHRD 00FC PFXMCHWK 0B3C 10 PFXMCKCP 00E0 PFXMCPUT 00D8 PFXMCVBK 09E0 PFXMNCLS 0094 PFXMNCOD 009C PFXMPCNT 0BA0 PFXMPFLG 0B9F PFXNASCE 0298 PFXNASW0 0298 PFXNASW1 029C PFXNEWCP 0B9C 00000082 PFXNLADR 0BBC PFXNOADD 0ADC PFXNOCKP 0B39 08 PFXNOCPU 0B9C 0000006E PFXNOLOC 0BB8 PFXNOVRY 0B9D 00000000 PFXNULOD 0B39 01 PFXNXTPF 09CC PFXOPRID 00A2 PFXPAGCP 09BC PFXPATCH 0F00 PFXPERAD 0098 PFXPERAR 00A1 PFXPERCD 0096 PFXPGIN 0BF0 PFXPGLEN 0F80 00001000 PFXPGNUM 0AC4 PFXPG2AD 0AAC 0PFX4096 PFXPINST 0F00 PFXPLDV 0B04 PFXPLSBK 0BE0 PFXPRBTM 0B58 PFXPREMF 0B03 00000000 PFXPREMT 0B03 PFXPRERQ 0B03 000000FF PFXPRESP 0B9B 00000000 PFXPRFIX 09C8 PFXPRGCF 008C PFXPRGEE 008E PFXPRGIC 008F PFXPRGIL 008C PFXPRGIN 008E PFXPRGNI 006C PFXPRGNP 0068 PFXPRGN0 0068 PFXPRGN1 0069 PFXPRGN2 006A PFXPRGN3 006B PFXPRGN4 006C PFXPRGOI 002C PFXPRGOP 0028 PFXPRGO0 0028 PFXPRGO1 0029 PFXPRGO2 002A PFXPRGO3 002B PFXPRGO4 002C PFXPRGRC 0C00 PFXPRGRD 0C04 PFXPRGRE 0C08 PFXPRGRF 0C0C PFXPRGR0 0C10 PFXPRGR1 0C14 PFXPRGR2 0C18 PFXPRGR3 0C1C PFXPRGR4 0C20 PFXPRGR5 0C24 PFXPRGSV 0C00 PFXPRLWK 0B3C 01 PFXPROCL 0208 PFXPRUNR 0B9B 000000CC PFXPSAVE 0F80 PFXPTLBL 02F8 PFXPTLBT 02C8 PFXPTRAARP 06A8 PFXPTRAMDE 06AD PFXPTRAREA 0618 PFXPTRBP 0604 PFXPTRCL 0611 PFXPTRCT 0E4C PFXPTRFP 0600 PFXPTRHIRG 06C0 PFXPTRH0 06C0 PFXPTRH1 06C4 PFXPTRH10 06E8 PFXPTRH11 06EC PFXPTRH12 06F0 PFXPTRH13 06F4 PFXPTRH14 06F8 PFXPTRH15 06FC PFXPTRH2 06C8 PFXPTRH3 06CC PFXPTRH4 06D0 PFXPTRH5 06D4 PFXPTRH6 06D8 PFXPTRH7 06DC PFXPTRH8 06E0 PFXPTRH9 06E4 PFXPTRIACA 06AC PFXPTRIACE 06AF PFXPTRIACR 06AE PFXPTROPNR 06A0 PFXPTRRA 0640 PFXPTRRB 0644 PFXPTRRC 0648 PFXPTRRCF 0648 PFXPTRRD 064C PFXPTRRE 0650 PFXPTRRF 0654 PFXPTRRG 0618 PFXPTRR0 0618 PFXPTRR0B0 0618 PFXPTRR0B1 0619 PFXPTRR0B2 061A PFXPTRR0B3 061B PFXPTRR1 061C PFXPTRR1B0 061C PFXPTRR1B1 061D PFXPTRR1B2 061E PFXPTRR1B3 061F PFXPTRR2 0620 PFXPTRR2B0 0620 PFXPTRR2B1 0621 PFXPTRR2B2 0622 PFXPTRR2B3 0623 PFXPTRR3 0624 PFXPTRR4 0628 PFXPTRR5 062C PFXPTRR6 0630 PFXPTRR7 0634 PFXPTRR8 0638 PFXPTRR9 063C PFXPTRSC 0610 PFXPTRSG 0600 PFXPTRSV 0600 PFXPTRWK 0658 PFXPTRW0 0658 PFXPTRW1 065C PFXPTRW2 0660 PFXPTRW3 0664 PFXPTRW4 0668 PFXPTRW5 066C PFXPTRW6 0670 PFXPTRW7 0674 PFXPTRW8 0678 PFXPTRW9 067C PFXPWROF 0B39 80 PFXRCVFG 0B3A PFXRCVWK 0B3C PFXREIPL 0B39 10 PFXRLPST 0B3A 20 PFXRNHST 0C58 PFXRNH0 0C58 PFXRNH00 0C58 PFXRNH04 0C5C PFXRNH1 0C60 PFXRNH2 0C68 PFXRNH20 0C68 PFXRNH24 0C6C PFXRNH3 0C70 PFXRNH4 0C78 PFXRNPSW 0B10 PFXRNUSR 0B28 PFXRQUIS 0B9C 00000016 PFXRSAL 02A4 PFXRSTOP 0008 PFXRUNCI 0E60 PFXRUNCP 0E64 PFXRUNCR 0E68 PFXRUNPF 0E6C PFXRUNU 09A4 PFXRUNXT 0984 PFXRXMSK 0AE8 PFXSAPSW 0BE8 PFXSAVES 0300 PFXSCCFD 0994 PFXSCHTM 00C2 00000070 PFXSCHTP 00C2 PFXSCHT0 00C2 00000000 PFXSCITS 0B78 PFXSFIPL 0B39 20 PFXSGPCP 0016 PFXSGPGD 0010 000000FF PFXSGPND 0010 PFXSGPNG 0010 000000EE PFXSHRLK 0B47 80 PFXSLCNT 0DC8 PFXSLTLB 0278 PFXSNPQU 0B46 80 PFXSPINC 0B90 PFXSPINT 0B80 PFXSSABK 08D8 PFXSSFLG 0CE5 PFXSSTWT 0D20 PFXSTATE 0B9C PFXSTBLG 0268 PFXSTDBK 09D8 PFXSTEMK 0ACC PFXSTFL 00C8 PFXSTFL0 00C8 PFXSTFL1 00C9 PFXSTFL2 00CA PFXSTFL3 00CB PFXSTKCP 0988 PFXSTKCR 0E44 PFXSTKGT 098C PFXSTKIO 0990 PFXSTKPQ 0E48 PFXSTLEN 0270 PFXSTMDL 010C PFXSTPFX 0108 PFXSTPSW 0100 PFXSTRN 0CAC PFXSTSN 0D30 PFXSVC 08C0 PFXSVCBJ 0DF0 PFXSVCBK 0DF4 PFXSVCIC 008B PFXSVCIF 0088 PFXSVCIL 0088 PFXSVCMR 0B46 40 PFXSVCNI 0064 PFXSVCNP 0060 PFXSVCNT 008A PFXSVCN0 0060 PFXSVCN1 0061 PFXSVCN2 0062 PFXSVCN3 0063 PFXSVCN4 0064 PFXSVCOI 0024 PFXSVCOP 0020 PFXSVCO0 0020 PFXSVCO1 0021 PFXSVCO2 0022 PFXSVCO3 0023 PFXSVCO4 0024 PFXSVCSG 0840 PFXSVCSV 0840 PFXSVF 08E4 PFXSVMSK 0B40 PFXSVR 0934 PFXSVRD 0CDC PFXSVR13 08E8 PFXSVTWT 0D78 PFXSVU 08E0 PFXSVUGS 09B8 PFXSVURS 09C0 PFXSVUSW 09AC PFXSXASC 0290 PFXSXAST 09D4 PFXSYNCL 0BA3 00000000 PFXSYNTY 0BA3 PFXSYNWT 0BA3 000000E5 PFXSYS 0998 PFXSYSMP 0BB0 PFXSYSVM 09A0 PFXTESTP 0B9B 000000FF PFXTIMES 02C0 PFXTINIT 0B39 04 PFXTMDSP 02E0 PFXTMMAX 0B48 PFXTMOUT 0B9B 00000011 PFXTMPAARP 03A8 PFXTMPAMDE 03AD PFXTMPAREA 0318 PFXTMPBP 0304 PFXTMPCL 0311 PFXTMPFP 0300 PFXTMPHIRG 03C0 PFXTMPH0 03C0 PFXTMPH1 03C4 PFXTMPH10 03E8 PFXTMPH11 03EC PFXTMPH12 03F0 PFXTMPH13 03F4 PFXTMPH14 03F8 PFXTMPH15 03FC 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PFX256 0A98 PFX3 0A58 PFX31HSK 0AB8 PFX31MSK 0AB8 PFX4 0A5C PFX4095 0AA8 PFX4096 0AAC PFX5 0A60 PFX512 0A9C PFX6 0A64 PFX60 0A8C PFX7 0A68 PFX7FFE0 0AE4 PFX7FFFS 0ABC PFX7F000 0AC4 PFXPGNUM PFX8 0A6C PFX8K 0AE0 0PFX8192 PFX8000S 0AD4 PFX8192 0AE0 PFX9 0A70 PRGDXAFP 0093 01 PRGDXBFP 0093 02 PRGIADCP 008F 00000136 PRGIARPC 008F 00008000 PRGXAR 0093 01 PRGXCPRI 00A0 20 PRGXCREG 00A0 0F PRGXCSEC 00A0 10 PRGXHOME 0093 03 PRGXMVPG 0093 04 PRGXPRIM 0093 00 PRGXSEC 0093 02 PSWAMODE 0002 40 PSWAMODE 001A 40 PSWAMODE 0022 40 PSWAMODE 002A 40 PSWAMODE 0032 40 PSWAMODE 003A 40 PSWAMODE 005A 40 PSWAMODE 0062 40 PSWAMODE 006A 40 PSWAMODE 0072 40 PSWAMODE 007A 40 PSWASMSK 0002 C0 PSWASMSK 001A C0 PSWASMSK 0022 C0 PSWASMSK 002A C0 PSWASMSK 0032 C0 PSWASMSK 003A C0 PSWASMSK 005A C0 PSWASMSK 0062 C0 PSWASMSK 006A C0 PSWASMSK 0072 C0 PSWASMSK 007A C0 PSWBA 0004 80 PSWBA 001C 80 PSWBA 0024 80 PSWBA 002C 80 PSWBA 0034 80 PSWBA 003C 80 PSWBA 005C 80 PSWBA 0064 80 PSWBA 006C 80 PSWBA 0074 80 PSWBA 007C 80 PSWCOND 0002 30 PSWCOND 001A 30 PSWCOND 0022 30 PSWCOND 002A 30 PSWCOND 0032 30 PSWCOND 003A 30 PSWCOND 005A 30 PSWCOND 0062 30 PSWCOND 006A 30 PSWCOND 0072 30 PSWCOND 007A 30 PSWCOND1 0002 10 PSWCOND1 001A 10 PSWCOND1 0022 10 PSWCOND1 002A 10 PSWCOND1 0032 10 PSWCOND1 003A 10 PSWCOND1 005A 10 PSWCOND1 0062 10 PSWCOND1 006A 10 PSWCOND1 0072 10 PSWCOND1 007A 10 PSWCOND2 0002 20 PSWCOND2 001A 20 PSWCOND2 0022 20 PSWCOND2 002A 20 PSWCOND2 0032 20 PSWCOND2 003A 20 PSWCOND2 005A 20 PSWCOND2 0062 20 PSWCOND2 006A 20 PSWCOND2 0072 20 PSWCOND2 007A 20 PSWDECO 0002 04 PSWDECO 001A 04 PSWDECO 0022 04 PSWDECO 002A 04 PSWDECO 0032 04 PSWDECO 003A 04 PSWDECO 005A 04 PSWDECO 0062 04 PSWDECO 006A 04 PSWDECO 0072 04 PSWDECO 007A 04 PSWECMD 0001 08 PSWECMD 0019 08 PSWECMD 0021 08 PSWECMD 0029 08 PSWECMD 0031 08 PSWECMD 0039 08 PSWECMD 0059 08 PSWECMD 0061 08 PSWECMD 0069 08 PSWECMD 0071 08 PSWECMD 0079 08 PSWEXSM 0000 01 PSWEXSM 0018 01 PSWEXSM 0020 01 PSWEXSM 0028 01 PSWEXSM 0030 01 PSWEXSM 0038 01 PSWEXSM 0058 01 PSWEXSM 0060 01 PSWEXSM 0068 01 PSWEXSM 0070 01 PSWEXSM 0078 01 PSWEXUN 0002 02 PSWEXUN 001A 02 PSWEXUN 0022 02 PSWEXUN 002A 02 PSWEXUN 0032 02 PSWEXUN 003A 02 PSWEXUN 005A 02 PSWEXUN 0062 02 PSWEXUN 006A 02 PSWEXUN 0072 02 PSWEXUN 007A 02 PSWFIXO 0002 08 PSWFIXO 001A 08 PSWFIXO 0022 08 PSWFIXO 002A 08 PSWFIXO 0032 08 PSWFIXO 003A 08 PSWFIXO 005A 08 PSWFIXO 0062 08 PSWFIXO 006A 08 PSWFIXO 0072 08 PSWFIXO 007A 08 PSWHIADR 0004 7F PSWHIADR 001C 7F PSWHIADR 0024 7F PSWHIADR 002C 7F PSWHIADR 0034 7F PSWHIADR 003C 7F PSWHIADR 005C 7F PSWHIADR 0064 7F PSWHIADR 006C 7F PSWHIADR 0074 7F PSWHIADR 007C 7F PSWHMODE 0002 C0 PSWHMODE 001A C0 PSWHMODE 0022 C0 PSWHMODE 002A C0 PSWHMODE 0032 C0 PSWHMODE 003A C0 PSWHMODE 005A C0 PSWHMODE 0062 C0 PSWHMODE 006A C0 PSWHMODE 0072 C0 PSWHMODE 007A C0 PSWIOSM 0000 02 PSWIOSM 0018 02 PSWIOSM 0020 02 PSWIOSM 0028 02 PSWIOSM 0030 02 PSWIOSM 0038 02 PSWIOSM 0058 02 PSWIOSM 0060 02 PSWIOSM 0068 02 PSWIOSM 0070 02 PSWIOSM 0078 02 PSWKEY 0001 F0 PSWKEY 0019 F0 PSWKEY 0021 F0 PSWKEY 0029 F0 PSWKEY 0031 F0 PSWKEY 0039 F0 PSWKEY 0059 F0 PSWKEY 0061 F0 PSWKEY 0069 F0 PSWKEY 0071 F0 PSWKEY 0079 F0 PSWMAPPD 0001 01 PSWMAPPD 0019 01 PSWMAPPD 0021 01 PSWMAPPD 0029 01 PSWMAPPD 0031 01 PSWMAPPD 0039 01 PSWMAPPD 0059 01 PSWMAPPD 0061 01 PSWMAPPD 0069 01 PSWMAPPD 0071 01 PSWMAPPD 0079 01 PSWMCHK 0001 04 PSWMCHK 0019 04 PSWMCHK 0021 04 PSWMCHK 0029 04 PSWMCHK 0031 04 PSWMCHK 0039 04 PSWMCHK 0059 04 PSWMCHK 0061 04 PSWMCHK 0069 04 PSWMCHK 0071 04 PSWMCHK 0079 04 PSWPERA 0000 40 PSWPERA 0018 40 PSWPERA 0020 40 PSWPERA 0028 40 PSWPERA 0030 40 PSWPERA 0038 40 PSWPERA 0058 40 PSWPERA 0060 40 PSWPERA 0068 40 PSWPERA 0070 40 PSWPERA 0078 40 PSWPMODE 0002 00 PSWPMODE 001A 00 PSWPMODE 0022 00 PSWPMODE 002A 00 PSWPMODE 0032 00 PSWPMODE 003A 00 PSWPMODE 005A 00 PSWPMODE 0062 00 PSWPMODE 006A 00 PSWPMODE 0072 00 PSWPMODE 007A 00 PSWPMSK 0002 0F PSWPMSK 001A 0F PSWPMSK 0022 0F PSWPMSK 002A 0F PSWPMSK 0032 0F PSWPMSK 003A 0F PSWPMSK 005A 0F PSWPMSK 0062 0F PSWPMSK 006A 0F PSWPMSK 0072 0F PSWPMSK 007A 0F PSWPROB 0001 01 PSWPROB 0019 01 PSWPROB 0021 01 PSWPROB 0029 01 PSWPROB 0031 01 PSWPROB 0039 01 PSWPROB 0059 01 PSWPROB 0061 01 PSWPROB 0069 01 PSWPROB 0071 01 PSWPROB 0079 01 PSWSIGN 0002 01 PSWSIGN 001A 01 PSWSIGN 0022 01 PSWSIGN 002A 01 PSWSIGN 0032 01 PSWSIGN 003A 01 PSWSIGN 005A 01 PSWSIGN 0062 01 PSWSIGN 006A 01 PSWSIGN 0072 01 PSWSIGN 007A 01 PSWSMODE 0002 80 PSWSMODE 001A 80 PSWSMODE 0022 80 PSWSMODE 002A 80 PSWSMODE 0032 80 PSWSMODE 003A 80 PSWSMODE 005A 80 PSWSMODE 0062 80 PSWSMODE 006A 80 PSWSMODE 0072 80 PSWSMODE 007A 80 PSWTRAN 0000 04 PSWTRAN 0018 04 PSWTRAN 0020 04 PSWTRAN 0028 04 PSWTRAN 0030 04 PSWTRAN 0038 04 PSWTRAN 0058 04 PSWTRAN 0060 04 PSWTRAN 0068 04 PSWTRAN 0070 04 PSWTRAN 0078 04 PSWWAIT 0001 02 PSWWAIT 0019 02 PSWWAIT 0021 02 PSWWAIT 0029 02 PSWWAIT 0031 02 PSWWAIT 0039 02 PSWWAIT 0059 02 PSWWAIT 0061 02 PSWWAIT 0069 02 PSWWAIT 0071 02 PSWWAIT 0079 02 PSW31AMF 0004 00 PSW31AMF 001C 00 PSW31AMF 0024 00 PSW31AMF 002C 00 PSW31AMF 0034 00 PSW31AMF 003C 00 PSW31AMF 005C 00 PSW31AMF 0064 00 PSW31AMF 006C 00 PSW31AMF 0074 00 PSW31AMF 007C 00 PSW31BT 0004 80 PSW31BT 001C 80 PSW31BT 0024 80 PSW31BT 002C 80 PSW31BT 0034 80 PSW31BT 003C 80 PSW31BT 005C 80 PSW31BT 0064 80 PSW31BT 006C 80 PSW31BT 0074 80 PSW31BT 007C 80 STFLCCA 00CA 40 STFLCINT 00C9 08 STFLCTOP 00C9 10 STFLECTG 00CB 01 STFLEDAT 00C9 80 STFLETF2 00CA 80 STFLETF3 00CA 02 STFLEXTI 00CA 04 STFLE2EN 00CB 80 STFLE3EN 00CB 02 STFLHFPM 00CA 08 STFLHFPU 00CA 01 STFLHPO 00CA 10 STFLIBM1 00C9 01 STFLIPTR 00C9 04 STFLLDF 00CA 20 STFLMVCS 00CB 10 STFLNQKS 00C9 02 STFLPARS 00CB 20 STFLPTFF 00CB 08 STFLSRS 00C9 40 STFLSSKE 00C9 20 STFLSTCF 00CB 40 STFL0ALR 00C8 02 STFL0FLE 00C8 01 STFL0ICR 00C8 04 STFL0ICS 00C8 08 STFL0IDT 00C8 10 STFL0MEA 00C8 40 STFL0MEE 00C8 20 STFL0N3A 00C8 80 SVCABEND 008B 00000000 SVCEXIT 008B 00000028 SVCSABND 008B 00000004 SVCSDABN 008B 00000024 SVCTRAP 008B 0000001C SVCTRET 008B 00000020 SVC76ERP 008B 0000004C
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