HLASM - Complete list of all Instructions, Sorted by Opcode

The list below contains: Sort this list by: Remove from this list: Translate into:
  • Both Currently supported and Outdated instructions
  • Both Opcodes and Directives
  • Both Extended mnemonics and Function codes
  • Sorted by Opcode

 

Mnemonic Opcode Mask Name
ACTR &&   Assembler CounTeR
AGO &&   Assembler GO to
AGOB &&   Assembler GO Backward
AIF &&   Assembler IF
AIFB &&   Assembler IF Backward
AINSERT &&   Assembler INSERT source line
ANOP &&   Assembler No-OPeration
AREAD &&   Assembler READ source record
ASPACE &&   Assembler SPACE macro listing
GBLA &&   GloBaL Arithmetic variable
GBLB &&   GloBaL Boolean variable
GBLC &&   GloBaL Character variable
LCLA &&   LoCaL Arithmetic variable
LCLB &&   LoCaL Boolean variable
LCLC &&   LoCaL Character variable
MACRO &&   MACRO start
MEND &&   Macro END
MEXIT &&   Macro EXIT
MHELP &&   Macro HELP
MNOTE &&   Macro NOTE
OPSYN &&   OPcode SYNonym
SETA &&   SET Arithmetic variable
SETAF &&   SET Arithmetic variable by external Function
SETB &&   SET Boolean variable
SETC &&   SET Character variable
SETCF &&   SET Character variable by external Function
ACONTROL --   Assembler CONTROL
ADATA --   Associated DATA
AEJECT --   Assembler EJECT macro listing
ALIAS --   ALIAS definition
AMODE --   Addressing MODE
CATTR --   Class ATTRibutes
CCW --   Channel Command Word
CCW0 --   Channel Command Word format-0
CCW1 --   Channel Command Word format-1
CEJECT --   Conditional EJECT listing
CNOP --   Computer No-OPeration
COM --   COMmon control section
COPY --   COPY member
CSECT --   Control SECTion
CXD --   Combined eXternal Dummy lengths
DC --   Define Constant
DC.A --   DC - Address
DC.AD --   DC - Address in Doubleword
DC.B --   DC - Binary data
DC.C --   DC - Character data
DC.CA --   DC - Character data Ascii
DC.CE --   DC - Character data Ebcdic
DC.CU --   DC - Character data Unicode
DC.D --   DC - Double hfp data
DC.DB --   DC - Double Bfp data
DC.DD --   DC - Double Dfp data
DC.DH --   DC - Double Hfp data
DC.E --   DC - Exponential hfp data
DC.EB --   DC - Exponential Bfp data
DC.ED --   DC - Exponential Dfp data
DC.EH --   DC - Exponential Hfp data
DC.F --   DC - Fixed-point binary data
DC.FD --   DC - Fixed-point Doubleword binary data
DC.G --   DC - Graphic character data
DC.H --   DC - Halfword signed binary data
DC.J --   DC - J-type data - length of external dummy section or class
DC.JD --   DC - J-type data Doubleword - length of external dummy section or class
DC.L --   DC - Long exponential hfp data
DC.LB --   DC - Long exponential Bfp data
DC.LD --   DC - Long exponential Dfp data
DC.LH --   DC - Long exponential Hfp data
DC.LQ --   DC - Long exponential hfp data Quadword aligned
DC.P --   DC - Packed decimal data
DC.Q --   DC - Q-type data - external dummy section offset
DC.QD --   DC - Q-type Doubleword data - external dummy section offset
DC.QY --   DC - Q-type Yonder - external dummy section offset
DC.R --   DC - Relocatable psect address
DC.RD --   DC - Relocatable Doubleword psect address
DC.S --   DC - Standard base-displacement address
DC.SY --   DC - Standard Yonder base-displacement address
DC.V --   DC - oVerlay address
DC.VD --   DC - oVerlay Doubleword address
DC.X --   DC - heXadecimal data
DC.Y --   DC - Y-type data - address
DC.Z --   DC - Zoned decimal data
DROP --   DROP
DS --   Define Storage
DS.A --   DS - Address
DS.AD --   DS - Address in Doubleword
DS.B --   DS - Binary data
DS.C --   DS - Character data
DS.CA --   DS - Character data Ascii
DS.CE --   DS - Character data Ebcdic
DS.CU --   DS - Character data Unicode
DS.D --   DS - Double hfp data
DS.DB --   DS - Double Bfp data
DS.DD --   DS - Double Dfp data
DS.DH --   DS - Double Hfp data
DS.E --   DS - Exponential hfp data
DS.EB --   DS - Exponential Bfp data
DS.ED --   DS - Exponential Dfp data
DS.EH --   DS - Exponential Hfp data
DS.F --   DS - Fixed-point binary data
DS.FD --   DS - Fixed-point Doubleword binary data
DS.G --   DS - Graphic character data
DS.H --   DS - Halfword signed binary data
DS.J --   DS - J-type data - length of external dummy section or class
DS.JD --   DS - J-type data Doubleword - length of external dummy section or class
DS.L --   DS - Long exponential hfp data
DS.LB --   DS - Long exponential Bfp data
DS.LD --   DS - Long exponential Dfp data
DS.LH --   DS - Long exponential Hfp data
DS.LQ --   DS - Long exponential hfp data Quadword aligned
DS.P --   DS - Packed decimal data
DS.Q --   DS - Q-type data - external dummy section offset
DS.QD --   DS - Q-type Doubleword data - external dummy section offset
DS.QY --   DS - Q-type Yonder - external dummy section offset
DS.R --   DS - Relocatable psect address
DS.RD --   DS - Relocatable Doubleword psect address
DS.S --   DS - Standard base-displacement address
DS.SY --   DS - Standard Yonder base-displacement address
DS.V --   DS - oVerlay address
DS.VD --   DS - oVerlay Doubleword address
DS.X --   DS - heXadecimal data
DS.Y --   DS - Y-type data - address
DS.Z --   DS - Zoned decimal data
DSECT --   Dummy SECTion
DXD --   Define eXternal Dummy section
EJECT --   EJECT listing
END --   END assembly
ENTRY --   ENTRY point
EQU --   EQUate
EXITCTL --   EXIT ConTroL values
EXTRN --   EXTeRNal symbol
ICTL --   Input ConTroL
ISEQ --   Input SEQuence checking
LOCTR --   LOCaToR
LTORG --   LiTeral pool ORiGin
ORG --   ORiGin
POP --   POP stacked status
PRINT --   PRINT settings
PROCESS --   PROCESSing options
PUNCH --   PUNCH object record
PUSH --   PUSH status onto stack
REPRO --   REPROduce as object record
RMODE --   Residence MODE
RSECT --   Read-only SECTion
SPACE --   SPACE listing
START --   START assembly
TITLE --   TITLE definition
USING --   USING
WXTRN --   Weak eXTeRNal
XATTR --   eXternal ATTRibutes
BRS ????   Branch Relative Special
DIP ????   Drain Instruction Pipeline
EXAR ????   EXtract Access Register
EXARI ????   EXtract Access Register Indirect
EXGRI ????   EXtract program General Register Indirect
EXINT ????   EXtract INTerrupt
EXTV ????   EXTract Via register-operand register
MCEND ????   MilliCode END
MSET ????   Millicode SET via register-operand register
MVCX ????   MoVe Characters eXecution
OSR ????   Or Special Register
PXLO ????   Perform trans(X)Lator Operation
PXLO.IPTE ????.??   PXLO - Invalidate Page Table Entry
PXLO.LAA ????.??   PXLO - Load Absolute Address
PXLO.LASCE ????.??   PXLO - Load Address Space Control Element
PXLO.LHPTE ????.??   PXLO - Load Host Page Table Entry
PXLO.LHRA ????.??   PXLO - Load Host Real Address
PXLO.LPTE ????.??   PXLO - Load Page Table Entry
PXLO.LRA ????.??   PXLO - Load Real Address
PXLO.PDC ????.??   PXLO - Purge Data Cache
PXLO.PIC ????.??   PXLO - Purge Instruction Cache
PXLO.PTLB ????.??   PXLO - Purge TLB
PXLO.RTLB ????.??   PXLO - Read TLB
PXLO.WTLB ????.??   PXLO - Write TLB
RIRPT ????   Reset InterRuPTion
SPGRI ????   Set Program General Register Indirect
SYSOP ????   SYStem OPeration
SYSOP.??? ????   SYSOP - various subfunctions
TMBP ????   Test Millicode Branch Points
UNKCF002 ????   Test Vector Entry
UNKCF003 ????   Set Vector Entry
UNKCF004 ????   Test Vector Summary
UNKCF006 ????   Send Message
UNKCF007 ????   test message
UNKCF008 ????   Prepare Channel Buffer
UNKCF009 ????   Signal Channel buffer
UNKCF010 ????   Test Channel Buffer
UNKCF011 ????   Move Channel Buffer Data
UNKCF012 ????   Locate Channel Buffer
UNKCF013 ????   Transfer Structure
UNKMC005 ????   AND Logical Immediate
UNKMC006 ????   OR Logical Immediate
UNKMC007 ????   Insert Immediate Special Register
UNKMC008 ????   EXtract program General Register
UNKMC009 ????   Set Program General Register
UNKMC012 ????   Set Program Access Register
UNKMC013 ????   Set Program Access Register Indirect
OPCD00 00   Invalid Operation / Abend S0C1
XOPC 01   assist eXtension for OPtions Call
SPM 04   Set Program Mask
BALR 05   Branch And Link Register
BCTR 06   Branch on CounT Register
BCR 07   Branch on Condition Register
NOPR 07 0000 No-OPeration Register
BOR 07 0001 Branch on Ones / Overflow Register
BHR 07 0010 Branch on High Register
BPR 07 0010 Branch on Plus Register
BNLER 07 0011 Branch on Not Low or Equal Register
BLR 07 0100 Branch on Low Register
BMR 07 0100 Branch on Mixed / Minus Register
BNHER 07 0101 Branch on Not High or Equal Register
BLHR 07 0110 Branch on Low or High Register
BNER 07 0111 Branch on Not Equal Register
BNZR 07 0111 Branch on Not Zero Register
BER 07 1000 Branch on Equal Register
BZR 07 1000 Branch on Zero Register
BNLHR 07 1001 Branch on Not Low or High Register
BHER 07 1010 Branch on High or Equal Register
BNLR 07 1011 Branch on Not Low Register
BNMR 07 1011 Branch on Not Mixed / Minus Register
BLER 07 1100 Branch on Low or Equal Register
BNHR 07 1101 Branch on Not High Register
BNPR 07 1101 Branch on Not Plus Register
BNOR 07 1110 Branch on Not Ones / Overflow Register
BR 07 1111 Branch Register
SSK 08   Set Storage Key
ISK 09   Insert Storage Key
SVC 0A   SuperVisor Call
BSM 0B   Branch and Set Mode
BASSM 0C   Branch And Save and Set Mode
BASR 0D   Branch And Save Register
MVCL 0E   MoVe Characters Long
CLCL 0F   Compare Logical Characters Long
LPR 10   Load Positive Register
LNR 11   Load Negative Register
LTR 12   Load and Test Register
LCR 13   Load Complement Register
NR 14   aNd Register
CLR 15   Compare Logical Register
OR 16   Or Register
XR 17   eXclusive-or Register
LR 18   Load Register
CR 19   Compare Register
AR 1A   Add Register
SR 1B   Subtract Register
MR 1C   Multiply Register
DR 1D   Divide Register
ALR 1E   Add Logical Register
SLR 1F   Subtract Logical Register
LPDR 20   Load Positive Double hfp Register
LNDR 21   Load Negative Double hfp Register
LTDR 22   Load and Test Double hfp Register
LCDR 23   Load Complement Double hfp Register
HDR 24   Halve Double hfp Register
LDXR 25   Load rounded Double hfp from eXtended hfp Register
LRDR 25   Load Rounded Double hfp Register
MXR 26   Multiply eXtended hfp Register
MXDR 27   Multiply eXtended hfp from Double hfp Register
LDR 28   Load Double hfp Register
CDR 29   Compare Double hfp Register
ADR 2A   Add Double hfp Register
SDR 2B   Subtract Double hfp Register
MDR 2C   Multiply Double hfp Register
DDR 2D   Divide Double hfp Register
AWR 2E   Add Wide unnormalized hfp Register
SWR 2F   Subtract Wide unnormalized hfp Register
LPER 30   Load Positive Exponential hfp Register
LNER 31   Load Negative Exponential hfp Register
LTER 32   Load and Test Exponential hfp Register
LCER 33   Load Complement Exponential hfp Register
HER 34   Halve Exponential hfp Register
LEDR 35   Load rounded Exponential hfp from Double hfp Register
LRER 35   Load Rounded Exponential hfp Register
AXR 36   Add eXtended hfp Register
SXR 37   Subtract eXtended hfp Register
LER 38   Load Exponential hfp Register
CER 39   Compare Exponential hfp Register
AER 3A   Add Exponential hfp Register
SER 3B   Subtract Exponential hfp Register
MDER 3C   Multiply Double hfp from Exponential hfp Register
MER 3C   Multiply Exponential hfp Register
DER 3D   Divide Exponential hfp Register
AUR 3E   Add Unnormalized hfp Register
SUR 3F   Subtract Unnormalized hfp Register
STH 40   STore Halfword
LA 41   Load Address
STC 42   STore Character
IC 43   Insert Character
EX 44   EXecute another instruction
BAL 45   Branch And Link
BCT 46   Branch on CounT
BC 47   Branch on Condition
NOP 47 0000 No-OPeration
BO 47 0001 Branch on Ones / Overflow
BH 47 0010 Branch on High
BP 47 0010 Branch on Plus
BNLE 47 0011 Branch on Not Low or Equal
BL 47 0100 Branch on Low
BM 47 0100 Branch on Mixed / Minus
BNHE 47 0101 Branch on Not High or Equal
BLH 47 0110 Branch on Low or High
BNE 47 0111 Branch on Not Equal
BNZ 47 0111 Branch on Not Zero
BE 47 1000 Branch on Equal
BZ 47 1000 Branch on Zero
BNLH 47 1001 Branch on Not Low or High
BHE 47 1010 Branch on High or Equal
BNL 47 1011 Branch on Not Low
BNM 47 1011 Branch on Not Mixed / Minus
BLE 47 1100 Branch on Low or Equal
BNH 47 1101 Branch on Not High
BNP 47 1101 Branch on Not Plus
BNO 47 1110 Branch on Not Ones / Overflow
B 47 1111 Branch
LH 48   Load Halfword
CH 49   Compare Halfword
AH 4A   Add Halfword
SH 4B   Subtract Halfword
MH 4C   Multiply Halfword
BAS 4D   Branch And Save
CVD 4E   ConVert to Decimal
CVB 4F   ConVert to Binary
ST 50   STore
LAE 51   Load Address Extended
XDECO 52   assist eXtension for DECimal Output
XDECI 53   assist eXtension for DECimal Input
N 54   aNd
CL 55   Compare Logical
O 56   Or
X 57   eXclusive-or
L 58   Load
C 59   Compare
A 5A   Add
S 5B   Subtract
M 5C   Multiply
D 5D   Divide
AL 5E   Add Logical
SL 5F   Subtract Logical
STD 60   STore Double hfp
XHEXI 61   assist eXtension for HEX Input
XHEXO 62   assist eXtension for HEX Output
MXD 67   Multiply eXtended hfp from Double hfp
LD 68   Load Double hfp
CD 69   Compare Double hfp
AD 6A   Add Double hfp
SD 6B   Subtract Double hfp
MD 6C   Multiply Double hfp
DD 6D   Divide Double hfp
AW 6E   Add Wide unnormalized hfp
SW 6F   Subtract Wide unnormalized hfp
STE 70   STore Exponential hfp
MS 71   Multiply Single
LE 78   Load Exponential hfp
CE 79   Compare Exponential hfp
AE 7A   Add Exponential hfp
SE 7B   Subtract Exponential hfp
MDE 7C   Multiply Double hfp from Exponential hfp
ME 7C   Multiply Exponential hfp
DE 7D   Divide Exponential hfp
AU 7E   Add Unnormalized hfp
SU 7F   Subtract Unnormalized hfp
SSM 80   Set System Mask
TRCD 81   ???
LPSW 82   Load Program Status Word
OPCD83 83   Diagnose
DIAG 83   DIAGnose
DIAGNOSE 83   DIAGNOSE
BRXH 84   Branch Relative on indeX High
JXH 84   Jump on indeX High
WRD 84   WRite Direct
BRXLE 85   Branch Relative on indeX Low or Equal
JXLE 85   Jump on indeX Low or Equal
RDD 85   ReaD Direct
BXH 86   Branch on indeX High
BXLE 87   Branch on indeX Low or Equal
SRL 88   Shift Right single Logical
SLL 89   Shift Left single Logical
SRA 8A   Shift Right single Arithmetic
SLA 8B   Shift Left single Arithmetic
SRDL 8C   Shift Right Double Logical
SLDL 8D   Shift Left Double Logical
SRDA 8E   Shift Right Double Arithmetic
SLDA 8F   Shift Left Double Arithmetic
STM 90   STore Multiple
TM 91   Test under Mask
MVI 92   MoVe Immediate
TS 93   Test and Set
NI 94   aNd Immediate
CLI 95   Compare Logical Immediate
OI 96   Or Immediate
XI 97   eXclusive-or Immediate
LM 98   Load Multiple
TRACE 99   TRACE
LAM 9A   Load Access Multiple
STAM 9B   STore Access Multiple
SIO 9C   Start I/O
TIO 9D   Test I/O
HIO 9E   Halt I/O
TCH 9F   Test CHannel
TRFET A0   TRanslate FETch
LMP A0   Load MicroProgram
MVCLE A8   MoVe Characters Long Extended
CLCLE A9   Compare Logical Characters Long Extended
BRFLG AA   BRanch on FLaGs
STNSM AC   STore then aNd System Mask
STOSM AD   STore then Or System Mask
SIGP AE   SIGnal Processor
SIGP.SENS AE.01   SIGP - SENSe
SIGP.EC AE.02   SIGP - External Call
SIGP.ES AE.03   SIGP - Emergency Signal
SIGP.STRT AE.04   SIGP - STaRT
SIGP.STOP AE.05   SIGP - STOP
SIGP.RSTRT AE.06   SIGP - ReSTaRT
SIGP.SASTS AE.09   SIGP - Stop And STore Status
SIGP.ICR AE.0B   SIGP - Initial Cpu Reset
SIGP.CR AE.0C   SIGP - Cpu Reset
SIGP.SPFX AE.0D   SIGP - Set PreFiX
SIGP.STSA AE.0E   SIGP - STore Status at Address
SIGP.SA AE.12   SIGP - Set Architecture
SIGP.CES AE.13   SIGP - Conditional Emergency Signal
SIGP.SENSRS AE.15   SIGP - SENSe Running Status
MC AF   Monitor Call
CTP B0   ConnecT Page
STMC B0   STore Multiple Control
LRA B1   Load Real Address
IPB B4   Insert Page Bits
SPB B5   Set Page Bits
STCTL B6   STore ConTroL
LCTL B7   Load ConTroL
LFI B8   Load Frame Index
LMC B8   Load Multiple Control
CS BA   Compare and Swap
CDS BB   Compare Double and Swap
CLM BD   Compare Logical characters under Mask
STCM BE   STore Characters under Mask
ICM BF   Insert Characters under Mask
BPRP C5   Branch Prediction Relative Preload
BPP C7   Branch Prediction Preload
TRTR D0   TRanslate and Test Reverse
MVN D1   MoVe Numerics
MVC D2   MoVe Characters
MVZ D3   MoVe Zones
NC D4   aNd Characters
CLC D5   Compare Logical Characters
OC D6   Or Characters
XC D7   eXclusive-or Characters
RSP D8   Retrieve Status and Page
MVCK D9   MoVe Characters with Key
MVCP DA   MoVe Characters to Primary
MVCS DB   MoVe Characters to Secondary
TR DC   TRanslate
TRT DD   TRanslate and Test
ED DE   EDit
EDMK DF   EDit and MarK
PKU E1   PacK Unicode
XDUMP E1   assist eXtension for general purpose register DUMP
UNPKU E2   UNPacK Unicode
MVCIN E8   MoVe Characters INverse
PKA E9   PacK Ascii
UNPKA EA   UNPacK Ascii
PLO EE   Perform Locked Operation
PLO.CL EE.00   PLO - Compare and Load
PLO.CLG EE.01   PLO - Compare and Load Grande
PLO.CLGR EE.02   PLO - Compare and Load Grande Register
PLO.CLX EE.03   PLO - Compare and Load eXtended
PLO.CS EE.04   PLO - Compare and Swap
PLO.CSG EE.05   PLO - Compare and Swap Grande
PLO.CSGR EE.06   PLO - Compare and Swap Grande Register
PLO.CSX EE.07   PLO - Compare and Swap eXtended
PLO.DCS EE.08   PLO - Double Compare and Swap
PLO.DCSG EE.09   PLO - Double Compare and Swap Grande
PLO.DCSGR EE.0A   PLO - Double Compare and Swap Grande Register
PLO.DCSX EE.0B   PLO - Double Compare and Swap eXtended
PLO.CSST EE.0C   PLO - Compare and Swap and STore
PLO.CSSTG EE.0D   PLO - Compare and Swap and STore Grande
PLO.CSSTGR EE.0E   PLO - Compare and Swap and STore Grande Register
PLO.CSSTX EE.0F   PLO - Compare and Swap and STore eXtended
PLO.CSDST EE.10   PLO - Compare and Swap and Double STore
PLO.CSDSTG EE.11   PLO - Compare and Swap and Double STore Grande
PLO.CSDSTGR EE.12   PLO - Compare and Swap and Double STore Grande Register
PLO.CSDSTX EE.13   PLO - Compare and Swap and Double STore eXtended
PLO.CSTST EE.14   PLO - Compare and Swap and Triple STore
PLO.CSTSTG EE.15   PLO - Compare and Swap and Triple STore Grande
PLO.CSTSTGR EE.16   PLO - Compare and Swap and Triple STore Grande Register
PLO.CSTSTX EE.17   PLO - Compare and Swap and Triple STore eXtended
LMD EF   Load Multiple Disjoint
SRP F0   Shift and Round Packed decimal
MVO F1   MoVe with Offset
PACK F2   PACK
UNPK F3   UNPacK
ZAP F8   Zero and Add Packed decimal
CP F9   Compare Packed decimal
AP FA   Add Packed decimal
SP FB   Subtract Packed decimal
MP FC   Multiply Packed decimal
DP FD   Divide Packed decimal
PR 0101   Program Return
UPT 0102   UPdate Tree
OPCD0103 0103   An unknown instruction
PTFF 0104   Perform Timing Facility Function
PTFF.QAF 0104.00   PTFF - Query Available Functions
PTFF.QTO 0104.01   PTFF - Query Time-of-day Offset
PTFF.QSI 0104.02   PTFF - Query Steering Information
PTFF.QPT 0104.03   PTFF - Query Physical clock-Time
PTFF.ATO 0104.40   PTFF - Adjust Time-of-day Offset
PTFF.STO 0104.41   PTFF - Set Time-of-day Offset
PTFF.SFS 0104.42   PTFF - Set Fine-Steering rate
PTFF.SGS 0104.43   PTFF - Set Gross-Steering rate
CMSG 0105   Clear MeSsaGe
TMSG 0106   Test MeSsaGe
SCKPF 0107   Set ClocK Programmable Field
TMPS 0108   Test Message Path State
CMPS 0109   Clear Message Path State
PFPO 010A   Perform Floating Point Operation
PFPO.CFPR 010A.01   PFPO - Convert Floating-Point Radix
TAM 010B   Test Addressing Mode
SAM24 010C   Set Addressing Mode 24
SAM31 010D   Set Addressing Mode 31
SAM64 010E   Set Addressing Mode 64
TRAP2 01FF   TRAP 2-byte version
SIO 9C00   Start I/O
SIOF 9C01   Start I/O Fast release
RIO 9C02   Resume I/O
TIO 9D00   Test I/O
CLRIO 9D01   CLeaR I/O
HIO 9E00   Halt I/O
HDV 9E01   Halt DeVice
TCH 9F00   Test CHannel
CLRCH 9F01   CLeaR CHannel
LTA A25   Load and Test Access
WSR A30   Write Special Register
RSR A31   Read Special Register
AMCLHI A34   And MilliCode register Left High Immediate
ASR A34   And Special Register
RCR A34   Read Control Register
WSRS A38   Write Special Register Short
TPSW A3D   Test Program Status Word
VAE A400   Vector Add Exponential hfp
VSE A401   Vector Subtract Exponential hfp
VME A402   Vector Multiply Exponential hfp
VDE A403   Vector Divide Exponential hfp
VMAE A404   Vector Multiply and Add Exponential hfp
VMSE A405   Vector Multiply and Subtract Exponential hfp
VMCE A406   Vector Multiply and aCcumulate Exponential hfp
VACE A407   Vector ACcumulate Exponential hfp
VCE A408   Vector Compare Exponential hfp
VL A409   Vector Load
VLE A409   Vector Load Exponential hfp
VLM A40A   Vector Load Matched
VLME A40A   Vector Load Matched Exponential hfp
VLY A40B   Vector Load with expansion (Y)
VLYE A40B   Vector Load with expansion (Y) Exponential hfp
VST A40D   Vector STore
VSTE A40D   Vector STore Exponential hfp
VSTM A40E   Vector STore Matched
VSTME A40E   Vector STore Matched Exponential hfp
VSTK A40F   Vector STore compressed (K)
VSTKE A40F   Vector STore compressed (K) Exponential hfp
VAD A410   Vector Add Double hfp
VSD A411   Vector Subtract Double hfp
VMD A412   Vector Multiply Double hfp
VDD A413   Vector Divide Double hfp
VMAD A414   Vector Multiply and Add Double hfp
VMSD A415   Vector Multiply and Subtract Double hfp
VMCD A416   Vector Multiply and aCcumulate Double hfp
VACD A417   Vector ACcumulate Double hfp
VCD A418   Vector Compare Double hfp
VLD A419   Vector Load Double hfp
VLMD A41A   Vector Load Matched Double hfp
VLYD A41B   Vector Load with expansion (Y) Double hfp
VSTD A41D   Vector STore Double hfp
VSTMD A41E   Vector STore Matched Double hfp
VSTKD A41F   Vector STore compressed (K) Double hfp
VA A420   Vector Add
VS A421   Vector Subtract
VM A422   Vector Multiply
VN A424   Vector aNd
VO A425   Vector Or
VX A426   Vector eXclusive-or
VC A428   Vector Compare
VLH A429   Vector Load Halfword
VLINT A42A   Vector Load INTeger
VSTH A42D   Vector STore Halfword
VSQE A443   Vector SQuare root of Exponential hfp
VTAE A444   Vector multiply Then Add Exponential hfp
VTSE A445   Vector multiply Then Subtract Exponential hfp
VSQD A453   Vector SQuare root of Double hfp
VTAD A454   Vector multiply Then Add Double hfp
VTSD A455   Vector multiply Then Subtract Double hfp
VAES A480   Vector Add Exponential hfp scalar to Storage
VSES A481   Vector Subtract Exponential hfp scalar from Storage
VMES A482   Vector Multiply Exponential hfp scalar with Storage
VDES A483   Vector Divide Exponential hfp scalar with Storage
VMAES A484   Vector Multiply and Add Exponential hfp scalar to Storage
VMSES A485   Vector Multiply and Subtract Exponential hfp scalar and Storage
VCES A488   Vector Compare Exponential hfp scalar with Storage
VADS A490   Vector Add Double hfp scalar to Storage
VSDS A491   Vector Subtract Double hfp scalar from Storage
VMDS A492   Vector Multiply Double hfp scalar with Storage
VDDS A493   Vector Divide Double hfp scalar with Storage
VMADS A494   Vector Multiply and Add Double hfp scalar to Storage
VMSDS A495   Vector Multiply and Subtract Double hfp scalar and Storage
VCDS A498   Vector Compare Double hfp scalar with Storage
VAS A4A0   Vector Add scalar to Storage
VSS A4A1   Vector Subtract scalar from Storage
VMS A4A2   Vector Multiply scalar with Storage
VNS A4A4   Vector aNd scalar to Storage
VOS A4A5   Vector Or scalar to Storage
VXS A4A6   Vector eXclusive-or scalar with Storage
VCS A4A8   Vector Compare scalar with Storage
IIHH A50   Insert Immediate into High-order word, Higher halfword
IIHL A51   Insert Immediate into High-order word, Lower halfword
IILH A52   Insert Immediate into Low-order word, Higher halfword
IILL A53   Insert Immediate into Low-order word, Lower halfword
NIHH A54   aNd Immediate High-order word, Higher halfword
NIHL A55   aNd Immediate High-order word, Lower halfword
NILH A56   aNd Immediate Low-order word, Higher halfword
NILL A57   aNd Immediate Low-order word, Lower halfword
OIHH A58   Or Immediate High-order word, Higher halfword
OIHL A59   Or Immediate High-order word, Lower halfword
OILH A5A   Or Immediate Low-order word, Higher halfword
OILL A5B   Or Immediate Low-order word, Lower halfword
LLIHH A5C   Load Logical Immediate High-order word, Higher halfword
LLIHL A5D   Load Logical Immediate High-order word, Lower halfword
LLILH A5E   Load Logical Immediate Low-order word, Higher halfword
LLILL A5F   Load Logical Immediate Low-order word, Lower halfword
VAER A500   Vector Add Exponential hfp Register
VSER A501   Vector Subtract Exponential hfp Register
VMER A502   Vector Multiply Exponential hfp Register
VDER A503   Vector Divide Exponential hfp Register
VMCER A506   Vector Multiply and aCcumulate Exponential hfp Register
VACER A507   Vector ACcumulate Exponential hfp Register
VCER A508   Vector Compare Exponential hfp Register
VLER A509   Vector Load Exponential hfp Register
VLR A509   Vector Load Register
VLMER A50A   Vector Load Matched Exponential hfp Register
VLMR A50A   Vector Load Matched Register
VLZER A50B   Vector Load Zero Exponential hfp into Register
VLZR A50B   Vector Load Zero into Register
VADR A510   Vector Add Double hfp Register
VSDR A511   Vector Subtract Double hfp Register
VMDR A512   Vector Multiply Double hfp Register
VDDR A513   Vector Divide Double hfp Register
VMCDR A516   Vector Multiply and aCcumulate Double hfp Register
VACDR A517   Vector ACcumulate Double hfp Register
VCDR A518   Vector Compare Double hfp Register
VLDR A519   Vector Load Double hfp Register
VLMDR A51A   Vector Load Matched Double hfp Register
VLZDR A51B   Vector Load Zero Double hfp into Register
VAR A520   Vector Add Register
VSR A521   Vector Subtract Register
VMR A522   Vector Multiply Register
VNR A524   Vector aNd Register
VOR A525   Vector Or Register
VXR A526   Vector eXclusive-or Register
VCR A528   Vector Compare Register
VLPER A540   Vector Load Positive Exponential hfp Register
VLNER A541   Vector Load Negative Exponential hfp Register
VLCER A542   Vector Load Complement Exponential hfp Register
VSQER A543   Vector SQuare root of Exponential hfp Register
VLPDR A550   Vector Load Positive Double hfp Register
VLNDR A551   Vector Load Negative Double hfp Register
VLCDR A552   Vector Load Complement Double hfp Register
VSQDR A553   Vector SQuare root of Double hfp Register
VLPR A560   Vector Load Positive Register
VLNR A561   Vector Load Negative Register
VLCR A562   Vector Load Complement Register
VAEQ A580   Vector Add Exponential hfp scalar to Qualified register
VSEQ A581   Vector Subtract Exponential hfp scalar from Qualified register
VMEQ A582   Vector Multiply Exponential hfp scalar with Qualified register
VDEQ A583   Vector Divide Exponential hfp scalar with Qualified register
VMAEQ A584   Vector Multiply and Add Exponential hfp scalar to Qualified register
VMSEQ A585   Vector Multiply and Subtract Exponential hfp scalar and Qualified register
VCEQ A588   Vector Compare Exponential hfp scalar with Qualified register
VLEQ A589   Vector Load Exponential hfp scalar to Qualified register
VLMEQ A58A   Vector Load Matched Exponential hfp scalar to Qualified register
VADQ A590   Vector Add Double hfp scalar to Qualified register
VSDQ A591   Vector Subtract Double hfp scalar from Qualified register
VMDQ A592   Vector Multiply Double hfp scalar with Qualified register
VDDQ A593   Vector Divide Double hfp scalar with Qualified register
VMADQ A594   Vector Multiply and Add Double hfp scalar to Qualified register
VMSDQ A595   Vector Multiply and Subtract Double hfp scalar and Qualified register
VCDQ A598   Vector Compare Double hfp scalar with Qualified register
VLDQ A599   Vector Load Double hfp scalar to Qualified register
VLMDQ A59A   Vector Load Matched Double hfp scalar to Qualified register
VAQ A5A0   Vector Add scalar to Qualified register
VSQ A5A1   Vector Subtract scalar from Qualified register
VMQ A5A2   Vector Multiply scalar with Qualified register
VNQ A5A4   Vector aNd scalar to Qualified register
VOQ A5A5   Vector Or scalar to Qualified register
VXQ A5A6   Vector eXclusive-or scalar with Qualified register
VCQ A5A8   Vector Compare scalar with Qualified register
VLQ A5A9   Vector Load scalar to Qualified register
VLMQ A5AA   Vector Load Matched scalar to Qualified register
VMXSE A600   Vector MaXimum Signed Exponential hfp
VMNSE A601   Vector MiNimum Signed Exponential hfp
VMXAE A602   Vector MaXimum Absolute Exponential hfp
VLELE A608   Vector Load ELement Exponential hfp
VXELE A609   Vector eXtract ELement Exponential hfp
VMXSD A610   Vector MaXimum Signed Double hfp
VMNSD A611   Vector MiNimum Signed Double hfp
VMXAD A612   Vector MaXimum Absolute Double hfp
VLELD A618   Vector Load ELement Double hfp
VXELD A619   Vector eXtract ELement Double hfp
VSPSD A61A   Vector Sum Partial Sums Double hfp
VZPSD A61B   Vector Zero Partial Sums Double hfp
VLEL A628   Vector Load ELement
VXEL A629   Vector eXtract ELement
VTVM A640   Vector Test Vector Mask register
VCVM A641   Vector Complement Vector Mask register
VCZVM A642   Vector Count left Zeros in Vector Mask register
VCOVM A643   Vector Count Ones in Vector Mask register
VXVC A644   Vector eXtract Vector Count
VLVCU A645   Vector Load Vector Count and Update
VXVMM A646   Vector eXtract Vector Mask Mode
VRRS A648   Vector Register ReStore
VRSVC A649   Vector Register SaVe Changed registers
VRSV A64A   Vector Register SaVe
VLVM A680   Vector Load Vector Mask register
VLCVM A681   Vector Load Complement Vector Mask register
VSTVM A682   Vector STore Vector Mask register
VNVM A684   Vector aNd to Vector Mask register
VOVM A685   Vector Or to Vector Mask register
VXVM A686   Vector eXclusive-or to Vector Mask register
VSRSV A6C0   Vector Status Register SaVe
VMRSV A6C1   Vector Mask Register SaVe
VSRRS A6C2   Vector Status Register ReStore
VMRRS A6C3   Vector Mask Register ReStore
VLVCA A6C4   Vector Load Vector Count from Address
VRCL A6C5   Vector Register CLear
VSVMM A6C6   Vector Set Vector Mask Mode
VLVXA A6C7   Vector Load Vector interruption indeX from Address
VSTVP A6C8   Vector STore Vector Parameters
VACSV A6CA   Vector Activity Count SaVe
VACRS A6CB   Vector Activity Count ReStore
TMH A70   Test under Mask Higher halfword
TMLH A70   Test under Mask Low-order word, Higher halfword
TML A71   Test under Mask Lower halfword
TMLL A71   Test under Mask Low-order word, Lower halfword
TMHH A72   Test under Mask High-order word, Higher halfword
TMHL A73   Test under Mask High-order word, Lower halfword
BRC A74   Branch Relative on Condition
JC A74   Jump on Condition
JNOP A74 0000 Jump No-OPeration
BRNOP A74 0000 Branch Relative No OPeration
BRO A74 0001 Branch Relative on Ones / Overflow
JO A74 0001 Jump on Ones / Overflow
BRH A74 0010 Branch Relative on High
BRP A74 0010 Branch Relative on Plus
JH A74 0010 Jump on High
JP A74 0010 Jump on Plus
BRNLE A74 0011 Branch Relative on Not Low or Equal
JNLE A74 0011 Jump on Not Low or Equal
BRL A74 0100 Branch Relative on Low
BRM A74 0100 Branch Relative on Mixed / Minus
JL A74 0100 Jump on Low
JM A74 0100 Jump on Mixed / Minus
BRNHE A74 0101 Branch Relative on Not High or Equal
JNHE A74 0101 Jump on Not High or Equal
BRLH A74 0110 Branch Relative on Low or High
JLH A74 0110 Jump on Low or High
BRNE A74 0111 Branch Relative on Not Equal
BRNZ A74 0111 Branch Relative on Not Zero
JNE A74 0111 Jump on Not Equal
JNZ A74 0111 Jump on Not Zero
BRE A74 1000 Branch Relative on Equal
BRZ A74 1000 Branch Relative on Zero
JE A74 1000 Jump on Equal
JZ A74 1000 Jump on Zero
BRNLH A74 1001 Branch Relative on Not Low or High
JNLH A74 1001 Jump on Not Low or High
BRHE A74 1010 Branch Relative on High or Equal
JHE A74 1010 Jump on High or Equal
BRNL A74 1011 Branch Relative on Not Low
BRNM A74 1011 Branch Relative on Not Mixed / Minus
JNL A74 1011 Jump on Not Low
JNM A74 1011 Jump on Not Mixed / Minus
BRLE A74 1100 Branch Relative on Low or Equal
JLE A74 1100 Jump on Low or Equal
BRNH A74 1101 Branch Relative on Not High
BRNP A74 1101 Branch Relative on Not Plus
JNH A74 1101 Jump on Not High
JNP A74 1101 Jump on Not Plus
BRNO A74 1110 Branch Relative on Not Ones / Overflow
JNO A74 1110 Jump on Not Ones / Overflow
BRU A74 1111 Branch Relative Unconditional
J A74 1111 Jump
JUMP A74 1111 JUMP
BRAS A75   Branch Relative And Save
JAS A75   Jump And Save
BRCT A76   Branch Relative on CounT
JCT A76   Jump on CounT
BRCTG A77   Branch Relative on CounT Grande
JCTG A77   Jump on CounT Grande
LHI A78   Load Halfword Immediate
LGHI A79   Load Grande from Halfword Immediate
AHI A7A   Add Halfword Immediate
AGHI A7B   Add Grande with Halfword Immediate
MHI A7C   Multiply Halfword Immediate
MGHI A7D   Multiply Grande with Halfword Immediate
CHI A7E   Compare Halfword Immediate
CGHI A7F   Compare Grande with Halfword Immediate
CONCS B200   CONnect Channel Set
DISCS B201   DISconnect Channel Set
STIDP B202   STore cpu ID of Processor
STIDC B203   STore ID of Channel
SCK B204   Set ClocK
STCK B205   STore ClocK
SCKC B206   Set ClocK Comparator
STCKC B207   STore ClocK Comparator
SPT B208   Set Processor Timer
STPT B209   STore Processor Timer
SPKA B20A   Set Psw Key from Address
IPK B20B   Insert Psw Key
PTLB B20D   Purge Translation Lookaside Buffer
SPX B210   Set PrefiX register
STPX B211   STore PrefiX register
STAP B212   STore Address of Processor
RRB B213   Reset Reference Bit
SIE B214   Start Interpretive Execution
CLRP B215   CLeaR Page
SETR B216   Set External Timer Reference attachment controls
SSYN B216   Set tod clock SYNchronization selection register
STETR B217   STore External Timer Reference attachment controls
STSYN B217   STore tod clock SYNchronization selection register
PC B218   Program Call
PCF B218   Program Call Fast
SAC B219   Set Address space Control
CFC B21A   Compare and Form Codeword
DEP B21B   DEconfigure Page
DCTP B21C   DisConnecT Page
MAD B21D   Make ADdressable
MUN B21E   Make UNaddressable
STCAP B21F   STore CAPacity counts
SERVC B220   SERVice processor Call
IPTE B221   Invalidate Page Table Entry
IPM B222   Insert Program Mask
IVSK B223   Insert Virtual Storage Key
IAC B224   Insert Address space Control
SSAR B225   Set Secondary Asn from Register
EPAR B226   Extract Primary Asn to Register
ESAR B227   Extract Secondary Asn to Register
PT B228   Program Transfer
ISKE B229   Insert Storage Key Extended
RRBE B22A   Reset Reference Bit Extended
SSKE B22B   Set Storage Key Extended
TB B22C   Test Block
DXR B22D   Divide eXtended hfp Register
PGIN B22E   PaGe IN
PGOUT B22F   PaGe OUT
CSCH B230   Clear SubCHannel
HSCH B231   Halt SubCHannel
MSCH B232   Modify SubCHannel
SSCH B233   Start SubCHannel
STSCH B234   STore SubCHannel
TSCH B235   Test SubCHannel
TPI B236   Test Pending Interruption
SAL B237   Set Address Limit
RSCH B238   Resume SubCHannel
STCRW B239   STore Channel Report Word
STCPS B23A   STore Channel Path Status
RCHP B23B   Reset CHannel Path
SCHM B23C   Set CHannel Monitor
STZP B23D   STore Zone Parameter
SZP B23E   Set Zone Parameter
TPZI B23F   Test Pending Zone parameter Interrupt
BAKR B240   Branch And stacK Register
CKSM B241   ChecKSuM
OPCDB242 B242   Add FRR
MADS B243   Multiply and Add Double hfp with Scalar
SQDR B244   SQuare root of Double hfp Register
SQER B245   SQuare root of Exponential hfp Register
STURA B246   STore Using Real Address
MSTA B247   Modify stacked STAte
PALB B248   Purge Art Lookaside Buffer
EREG B249   Extract stacked REGisters
ESTA B24A   Extract stacked STAte
LURA B24B   Load Using Real Address
TAR B24C   Test Access Register
CPYA B24D   CoPY Access
SAR B24E   Set Access Register
EAR B24F   Extract Access Register
CSP B250   Compare and Swap and Purge
MSR B252   Multiply Single Register
OPCDB253 B253   An unknown instruction
MVPG B254   MoVe PaGe
MVST B255   MoVe STring
CUSE B257   Compare Until Substring Equal
BSG B258   Branch in Subspace Group
IESBE B259   Invalidate Expanded Storage Block Entry
BSA B25A   Branch and Set Authority
OPCDB25B B25B   An Asynchronous Page Facility instruction
OPCDB25C B25C   An Asynchronous Page Facility instruction
CLST B25D   Compare Logical STring
SRST B25E   SeaRch STring
CHSC B25F   CHannel Subsystem Call
OPCDB260 B260   A Coupling Facility instruction
OPCDB261 B261   A Coupling Facility instruction
LKPG B262   LocK PaGe
CMPSC B263   CoMPreSsion Call
OPCDB263 B263   A Coupling Facility instruction
OPCDB264 B264   A Coupling Facility instruction
SVS B265   Set Vector Summary
OPCDB266 B266   A Coupling Facility instruction
OPCDB267 B267   A Coupling Facility instruction
DV B268   Define Vector
OPCDB269 B269   A Cryptographic Facility instruction
OPCDB26A B26A   A Cryptographic Facility instruction
OPCDB26B B26B   A Cryptographic Facility instruction
OPCDB26C B26C   A Cryptographic Facility instruction
OPCDB26D B26D   A Cryptographic Facility instruction
OPCDB26E B26E   A Cryptographic Facility instruction
OPCDB26F B26F   A Cryptographic Facility instruction
SPCS B270   Set Primary Clock Selection
STPCS B271   STore Primary Clock Selection
OPCDB272 B272   A Coupling Facility instruction
SIGA B274   SIGnal Adapter
OPCDB275 B275   An unknown instruction
XSCH B276   cancel (or eXit) SubCHannel
RP B277   Resume Program
STCKE B278   STore ClocK Extended
SACF B279   Set Address space Control Fast
OPCDB27A B27A   A Coupling Facility instruction
OPCDB27B B27B   A Coupling Facility instruction
STCKF B27C   STore ClocK Fast
OPCDB27C B27C   A Coupling Facility instruction
STSI B27D   STore System Information
OPCDB27E B27E   A Coupling Facility instruction
OPCDB27F B27F   A Coupling Facility instruction
LPP B280   Load Program Parameter
SPP B280   Set Program Parameter
LGND B280   LoGarithm (Natural) of Double hfp
LGNE B281   LoGarithm (Natural) of Exponential hfp
EXPD B282   EXPonential of Double hfp
EXPE B283   EXPonential of Exponential hfp
LCCTL B284   Load Cpu-counter-set ConTroLs
SCCTL B284   Set Cpu-counter-set ConTroLs
LGCD B284   LoGarithm (Common) of Double hfp
LPCTL B285   Load Peripheral-counter-set ConTroLs
SPCTL B285   Set Peripheral-counter-set ConTroLs
LGCE B285   LoGarithm (Common) of Exponential hfp
QSI B286   Query Sampling Information
POWD B286   raise to POWer for Double hfp
LSCTL B287   Load Sampling ConTroLs
SSCTL B287   Set Sampling ConTroLs
POWE B287   raise to POWer for Exponential hfp
SIND B288   SINe of Double hfp
SINE B289   SINe of Exponential hfp
COSD B28A   COSine of Double hfp
COSE B28B   COSine of Exponential hfp
QCTRI B28E   Quey CounTeR Information
DPSTO B291   Divide Packed STOre
ATND B294   ArcTaNgent of Double hfp
ATNE B295   ArcTaNgent of Exponential hfp
SRNM B299   Set RouNding Mode bfp
SFLG B29C   Set FLaGs
STFPC B29C   STore Floating Point Control register
LFPC B29D   Load Floating Point Control register
RFLG B29D   Reset FLaGs
LFLG B29E   Load FLaGs
MCBDM B2A4   Move Channel Buffer Data Multiple
TRE B2A5   TRanslate Extended
CUUTF B2A6   Convert Unicode to UTF-8
CU21 B2A6   Convert Unicode 2-byte to 1-byte
CUTFU B2A7   Convert UTF-8 to Unicode
CU12 B2A7   Convert Unicode 1-byte to 2-byte
OPCDB2A8 B2A8   An unknown instruction
OPCDB2A9 B2A9   An unknown instruction
OPCDB2AA B2AA   Dequeue CAM
OPCDB2AB B2AB   Process CAM Queue
OPCDB2AC B2AC   Enqueue CAM
NQAP B2AD   eNQueue Adjunct Processor
DQAP B2AE   DeQueue Adjunct Processor
PQAP B2AF   Process Queue Adjunct Processor
STFLE B2B0   STore Facility List Extended
STFL B2B1   STore Facility List
LPSWE B2B2   Load Program Status Word Extended
STEAI B2B3   STore External timer reference Attachment Information
SRNMB B2B8   Set RouNding Mode Bfp
SRNMT B2B9   Set RouNding Mode Tfp
LFAS B2BD   Load Floating point control And Signal
ADRN B2C0   Add Double hfp with RouNding
AERN B2C1   Add Exponential hfp with RouNding
SDRN B2C2   Subtract Double hfp with RouNding
SERN B2C3   Subtract Exponential hfp with RouNding
MDRN B2C4   Multiply Double hfp with RouNding
MERN B2C5   Multiply Exponential hfp with RouNding
DDRN B2C6   Divide Double hfp with RouNding
DERN B2C7   Divide Exponential hfp with RouNding
LERN B2C8   Load Exponential hfp with RouNding
RBD B2C9   Replicate Byte Double
CCSB B2CA   Compare Character String Bytes
CLRNG B2CB   Compare Logical for RaNGe check
FBE B2CC   Find Byte Equal
FBN B2CD   Find Byte Not equal
FBED B2CE   Find Byte Equal Double
FBND B2CF   Find Byte Not equal Double
AACDR B2D0   Add to ACcumulator Double hfp Register
AACER B2D1   Add to ACcumulator Exponential hfp Register
SACDR B2D2   Subtract from ACcumulator Double hfp Register
SACER B2D3   Subtract from ACcumulator Exponential hfp Register
MACD B2D4   Multiply and ACcumulate Double hfp
MACE B2D5   Multiply and ACcumulate Exponential hfp
RACD B2D6   Round from ACcumulator to Double hfp
RACE B2D7   Round from ACcumulator to Exponential hfp
AACAC B2D8   Add ACcumulator to ACcumulator
SACAC B2D9   Subtract ACcumulator from ACcumulator
CLAC B2DA   CLear ACcumulator
EDBYT B2DF   EDit BYTe ???
SCCTR B2E0   Set Cpu CounTeR
SPCTR B2E1   Set Peripheral CounTeR
ECCTR B2E4   Extract Cpu CounTeR
EPCTR B2E5   Extract Peripheral CounTeR
PPA B2E8   Perform Processor Assist
TRTX B2E9   TRanslate and Test eXit
ETND B2EC   Extract Transaction Nesting Depth
ECPGA B2ED   Extract CoProcessor Group Address
ECA B2ED   Extract Coprocessor group Address
DPQUO B2EF   Divide Packed QUOtient
IUCV B2F0   Inter User Communications Vehicle
OPCDB2F6 B2F6   A Coupling Facility instruction
TEND B2F8   Transaction END
NIAI B2FA   Next Instruction Access Intent
TABORT B2FC   Transaction ABORT
TRAP4 B2FF   TRAP 4-byte version
LPEBR B300   Load Positive Exponential Bfp Register
LNEBR B301   Load Negative Exponential Bfp Register
LTEBR B302   Load and Test Exponential Bfp Register
LCEBR B303   Load Complement Exponential Bfp Register
LDEBR B304   Load lengthened Double bfp from Exponential Bfp Register
LXDBR B305   Load lengthened eXtended bfp from Double Bfp Register
LXEBR B306   Load lengthened eXtended bfp from Exponential Bfp Register
MXDBR B307   Multiply eXtended bfp from Double Bfp Register
KEBR B308   compare and signal (K) Exponential Bfp Register
CEBR B309   Compare Exponential Bfp Register
AEBR B30A   Add Exponential Bfp Register
SEBR B30B   Subtract Exponential Bfp Register
MDEBR B30C   Multiply Double bfp from Exponential Bfp Register
DEBR B30D   Divide Exponential Bfp Register
MAEBR B30E   Multiply and Add Exponential Bfp Register
MSEBR B30F   Multiply and Subtract Exponential Bfp Register
LPDBR B310   Load Positive Double Bfp Register
LNDBR B311   Load Negative Double Bfp Register
LTDBR B312   Load and Test Double Bfp Register
LCDBR B313   Load Complement Double Bfp Register
SQEBR B314   SQuare root of Exponential Bfp Register
SQDBR B315   SQuare root of Double Bfp Register
SQXBR B316   SQuare root of eXtended Bfp Register
MEEBR B317   Multiply Exponential bfp from Exponential Bfp Register
KDBR B318   compare and signal (K) Double Bfp Register
CDBR B319   Compare Double Bfp Register
ADBR B31A   Add Double Bfp Register
SDBR B31B   Subtract Double Bfp Register
MDBR B31C   Multiply Double Bfp Register
DDBR B31D   Divide Double Bfp Register
MADBR B31E   Multiply and Add Double Bfp Register
MSDBR B31F   Multiply and Subtract Double Bfp Register
LDER B324   Load lengthened Double hfp from Exponential hfp Register
LXDR B325   Load lengthened eXtended hfp from Double hfp Register
LXER B326   Load lengthened eXtended hfp from Exponential hfp Register
MAER B32E   Multiply and Add Exponential hfp Register
MSER B32F   Multiply and Subtract Exponential hfp Register
SQXR B336   SQuare root of eXtended hfp Register
MEER B337   Multiply Exponential hfp from Exponential hfp Register
MAYLR B338   Multiply and Add unnormalized extended (Yucky) hfp Low from long hfp Register
MYLR B339   Multiply unnormalized extended (Yucky) hfp Low from long hfp Register
MAYR B33A   Multiply and Add unnormalized extended (Yucky) hfp from long hfp Register
MYR B33B   Multiply unnormalized extended (Yucky) hfp from long hfp Register
MAYHR B33C   Multiply and Add unnormalized extended (Yucky) hfp High from long hfp Register
MYHR B33D   Multiply unnormalized extended (Yucky) hfp High from long hfp Register
MADR B33E   Multiply and Add Double hfp Register
MSDR B33F   Multiply and Subtract Double hfp Register
LPXBR B340   Load Positive eXtended Bfp Register
LNXBR B341   Load Negative eXtended Bfp Register
LTXBR B342   Load and Test eXtended Bfp Register
LCXBR B343   Load Complement eXtended Bfp Register
LEDBR B344   Load rounded Exponential bfp from Double Bfp Register
LEDBRA B344   Load rounded Exponential bfp from Double Bfp Register Alternative
LDXBR B345   Load rounded Double bfp from eXtended Bfp Register
LDXBRA B345   Load rounded Double bfp from eXtended Bfp Register Alternative
LEXBR B346   Load rounded Exponential bfp from eXtended Bfp Register
LEXBRA B346   Load rounded Exponential bfp from eXtended Bfp Register Alternative
FIXBR B347   load Floating point Integer from eXtended Bfp Register
FIXBRA B347   load Floating point Integer from eXtended Bfp Register Alternative
KXBR B348   compare and signal (K) eXtended Bfp Register
CXBR B349   Compare eXtended Bfp Register
AXBR B34A   Add eXtended Bfp Register
SXBR B34B   Subtract eXtended Bfp Register
MXBR B34C   Multiply eXtended Bfp Register
DXBR B34D   Divide eXtended Bfp Register
TBEDR B350   convert To Bfp Exponential from Double hfp Register
TBDR B351   convert To Bfp Double from double hfp Register
DIEBR B353   Divide to Integer Exponential Bfp Register
FIEBR B357   load Floating point Integer from Exponential Bfp Register
FIEBRA B357   load Floating point Integer from Exponential Bfp Register Alternative
THDER B358   convert To Hfp Double from Exponential bfp Register
THDR B359   convert To Hfp Double from double bfp Register
DIDBR B35B   Divide to Integer Double Bfp Register
FIDBR B35F   load Floating point Integer from Double Bfp Register
FIDBRA B35F   load Floating point Integer from Double Bfp Register Alternative
LPXR B360   Load Positive eXtended hfp Register
LNXR B361   Load Negative eXtended hfp Register
LTXR B362   Load and Test eXtended hfp Register
LCXR B363   Load Complement eXtended hfp Register
LXR B365   Load eXtended hfp Register
LEXR B366   Load rounded Exponential hfp from eXtended hfp Register
FIXR B367   load Floating point Integer from eXtended hfp Register
CXR B369   Compare eXtended hfp Register
LPDFR B370   Load Positive Double Floating point Register
LNDFR B371   Load Negative Double Floating point Register
CPSDR B372   CoPy Sign Double floating point Register
LCDFR B373   Load Complement Double Floating point Register
LZER B374   Load Zero into Exponential hfp/bfp Register
LZDR B375   Load Zero into Double hfp/bfp Register
LZXR B376   Load Zero into eXtended hfp/bfp Register
FIER B377   load Floating point Integer from Exponential hfp Register
FIDR B37F   load Floating point Integer from Double hfp Register
SFPC B384   Set Floating Point Control register
SFASR B385   Set Floating point control register And Signal (Register)
EFPC B38C   Extract Floating Point Control register
CELFBR B390   Convert to Exponential from Logical Fullword creating Bfp from Register
CDLFBR B391   Convert to Double bfp from Logical Fullword creating Bfp from Register
CXLFBR B392   Convert to eXtended bfp from Logical Fullword creating Bfp from Register
CEFBR B394   Convert to Exponential from Fixed creating Bfp from Register
CEFBRA B394   Convert to Exponential from Fixed creating Bfp from Register Alternative
CDFBR B395   Convert to Double bfp from Fixed creating Bfp from Register
CDFBRA B395   Convert to Double bfp from Fixed creating Bfp from Register Alternative
CXFBR B396   Convert to eXtended from Fixed creating Bfp from Register
CXFBRA B396   Convert to eXtended from Fixed creating Bfp from Register Alternative
CFEBR B398   Convert to Fixed from Exponential Bfp Register
CFEBRA B398   Convert to Fixed from Exponential Bfp Register Alternative
CFDBR B399   Convert to Fixed from Double Bfp Register
CFDBRA B399   Convert to Fixed from Double Bfp Register Alternative
CFXBR B39A   Convert to Fixed from eXtended Bfp Register
CFXBRA B39A   Convert to Fixed from eXtended Bfp Register Alternative
CLFEBR B39C   Convert to Logical Fullword from Exponential Bfp Register
CLFDBR B39D   Convert to Logical Fullword from Double Bfp Register
CLFXBR B39E   Convert to Logical Fullword from eXtended Bfp Register
CELGBR B3A0   Convert to Exponential from Logical Grande creating Bfp from Register
CDLGBR B3A1   Convert to Double bfp from Logical Grande creating Bfp from Register
CXLGBR B3A2   Convert to eXtended bfp from Logical Grande creating Bfp from Register
CEGBR B3A4   Convert to Exponential from Grande creating Bfp from Register
CEGBRA B3A4   Convert to Exponential from Grande creating Bfp from Register Alternative
CDGBR B3A5   Convert to Double bfp from Grande creating Bfp from Register
CDGBRA B3A5   Convert to Double bfp from Grande creating Bfp from Register Alternative
CXGBR B3A6   Convert to eXtended from Grande creating Bfp from Register
CXGBRA B3A6   Convert to eXtended from Grande creating Bfp from Register Alternative
CGEBR B3A8   Convert to Grande from Exponential Bfp Register
CGEBRA B3A8   Convert to Grande from Exponential Bfp Register Alternative
CGDBR B3A9   Convert to Grande from Double Bfp Register
CGDBRA B3A9   Convert to Grande from Double Bfp Register Alternative
CGXBR B3AA   Convert to Grande from eXtended Bfp Register
CGXBRA B3AA   Convert to Grande from eXtended Bfp Register Alternative
CLGEBR B3AC   Convert to Logical Grande from Exponential Bfp Register
CLGDBR B3AD   Convert to Logical Grande from Double Bfp Register
CLGXBR B3AE   Convert to Logical Grande from eXtended Bfp Register
CEFR B3B4   Convert to Exponential hfp from Fixed Register
CDFR B3B5   Convert to Double hfp from Fixed Register
CXFR B3B6   Convert to eXtended hfp from Fixed Register
CFER B3B8   Convert to Fixed from Exponential hfp Register
CFDR B3B9   Convert to Fixed from Double hfp Register
CFXR B3BA   Convert to Fixed from eXtended hfp Register
LDGR B3C1   Load Double floating point from Grande Register
CEGR B3C4   Convert to Exponential hfp from Grande Register
CDGR B3C5   Convert to Double hfp from Grande Register
CXGR B3C6   Convert to eXtended hfp from Grande Register
CGER B3C8   Convert to Grande from Exponential hfp Register
CGDR B3C9   Convert to Grande from Double hfp Register
CGXR B3CA   Convert to Grande from eXtended hfp Register
LGDR B3CD   Load Grande from Double floating point Register
MDTR B3D0   Multiply Double Tfp Register
MDTRA B3D0   Multiply Double Tfp Register Alternative
DDTR B3D1   Divide Double Tfp Register
DDTRA B3D1   Divide Double Tfp Register Alternative
ADTR B3D2   Add Double Tfp Register
ADTRA B3D2   Add Double Tfp Register Alternative
SDTR B3D3   Subtract Double Tfp Register
SDTRA B3D3   Subtract Double Tfp Register Alternative
LDETR B3D4   Load lengthened Double tfp from Exponential Tfp Register
LEDTR B3D5   Load rounded Exponential tfp from Double Tfp Register
LTDTR B3D6   Load and Test Double Tfp Register
FIDTR B3D7   load Floating point Integer from Double Tfp Register
MXTR B3D8   Multiply eXtended Tfp Register
MXTRA B3D8   Multiply eXtended Tfp Register Alternative
DXTR B3D9   Divide eXtended Tfp Register
DXTRA B3D9   Divide eXtended Tfp Register Alternative
AXTR B3DA   Add eXtended Tfp Register
AXTRA B3DA   Add eXtended Tfp Register Alternative
SXTR B3DB   Subtract eXtended Tfp Register
SXTRA B3DB   Subtract eXtended Tfp Register Alternative
LXDTR B3DC   Load lengthened eXtended tfp from Double Tfp Register
LDXTR B3DD   Load rounded Double tfp from eXtended Tfp Register
LTXTR B3DE   Load and Test eXtended Tfp Register
FIXTR B3DF   load Floating point Integer from eXtended Tfp Register
KDTR B3E0   compare and signal (K) Double Tfp Register
CGDTR B3E1   Convert to Grande from Double Tfp Register
CGDTRA B3E1   Convert to Grande from Double Tfp Register Alternative
CUDTR B3E2   Convert to Unsigned packed from Double Tfp Register
CSDTR B3E3   Convert to Signed packed from Double Tfp Register
CDTR B3E4   Compare Double Tfp Register
EEDTR B3E5   Extract biased Exponent from Double Tfp Register
ESDTR B3E7   Extract Significance from Double Tfp Register
KXTR B3E8   compare and signal (K) eXtended Tfp Register
CGXTR B3E9   Convert to Grande from eXtended Tfp Register
CGXTRA B3E9   Convert to Grande from eXtended Tfp Register Alternative
CUXTR B3EA   Convert to Unsigned packed from eXtended Tfp Register
CSXTR B3EB   Convert to Signed packed from eXtended Tfp Register
CXTR B3EC   Compare eXtended Tfp Register
EEXTR B3ED   Extract biased Exponent from eXtended Tfp Register
ESXTR B3EF   Extract Significance from eXtended Tfp Register
CDGTR B3F1   Convert to Double tfp from Grande creating Tfp from Register
CDGTRA B3F1   Convert to Double tfp from Grande creating Tfp from Register Alternative
CDUTR B3F2   Convert to Double tfp from Unsigned packed creating Tfp from Register
CDSTR B3F3   Convert to Double tfp from Signed packed creating Tfp from Register
CEDTR B3F4   Compare biased Exponent Double Tfp Register
QADTR B3F5   QuAntize Double Tfp Register
IEDTR B3F6   Insert biased Exponent into Double Tfp Register
RRDTR B3F7   ReRound Double Tfp Register
CXGTR B3F9   Convert to eXtended tfp from Grande creating Tfp from Register
CXGTRA B3F9   Convert to eXtended tfp from Grande creating Tfp from Register Alternative
CXUTR B3FA   Convert to eXtended tfp from Unsigned packed creating Tfp from Register
CXSTR B3FB   Convert to eXtended tfp from Signed packed creating Tfp from Register
CEXTR B3FC   Compare biased Exponent eXtended Tfp Register
QAXTR B3FD   QuAntize eXtended Tfp Register
IEXTR B3FE   Insert biased Exponent into eXtended Tfp Register
RRXTR B3FF   ReRound eXtended Tfp Register
LPGR B900   Load Positive Grande Register
LNGR B901   Load Negative Grande Register
LTGR B902   Load and Test Grande Register
LCGR B903   Load Complement Grande Register
LGR B904   Load Grande Register
LURAG B905   Load Using Real Address Grande
LGBR B906   Load Grande from Byte in Register
LGHR B907   Load Grande from Halfword in Register
AGR B908   Add Grande Register
SGR B909   Subtract Grande Register
ALGR B90A   Add Logical Grande Register
SLGR B90B   Subtract Logical Grande Register
MSGR B90C   Multiply Single Grande Register
DSGR B90D   Divide Single Grande Register
EREGG B90E   Extract stacked REGisters Grande
LRVGR B90F   Load ReVersed Grande Register
LPGFR B910   Load Positive Grande from Fullword Register
LNGFR B911   Load Negative Grande from Fullword Register
LTGFR B912   Load and Test Grande from Fullword Register
LCGFR B913   Load Complement Grande from Fullword Register
LGFR B914   Load Grande from Fullword Register
LLGFR B916   Load Logical Grande from Fullword Register
LLGTR B917   Load Logical Grande from Thirty-one bits Register
AGFR B918   Add Grande with Fullword Register
SGFR B919   Subtract from Grande a Fullword Register
ALGFR B91A   Add Logical Grande with Fullword Register
SLGFR B91B   Subtract Logical from Grande a Fullword Register
MSGFR B91C   Multiply Single Grande with Fullword Register
DSGFR B91D   Divide Single Grande by Fullword Register
KMAC B91E   compute (K) Message Authentication Code
KMAC.QUERY B91E.00   KMAC - QUERY
KMAC.DEA B91E.01   KMAC - Data Encryption Algorithm
KMAC.TDEA128 B91E.02   KMAC - Triple Data Encryption Algorithm 128-bit
KMAC.TDEA192 B91E.03   KMAC - Triple Data Encryption Algorithm 192-bit
KMAC.EDEA B91E.09   KMAC - Encrypted Data Encryption Algorithm
KMAC.ETDEA128 B91E.10   KMAC - Encrypted Triple Data Encryption Algorithm 128-bit
KMAC.ETDEA192 B91E.11   KMAC - Encrypted Triple Data Encryption Algorithm 192-bit
KMAC.AES128 B91E.18   KMAC - Advanced Encryption Standard 128-bit
KMAC.AES192 B91E.19   KMAC - Advanced Encryption Standard 192-bit
KMAC.AES256 B91E.20   KMAC - Advanced Encryption Standard 256-bit
KMAC.EAES128 B91E.26   KMAC - Encrypted Advanced Encryption Standard 128-bit
KMAC.EAES192 B91E.27   KMAC - Encrypted Advanced Encryption Standard 192-bit
KMAC.EAES256 B91E.28   KMAC - Encrypted Advanced Encryption Standard 256-bit
LRVR B91F   Load ReVersed Register
CGR B920   Compare Grande Register
CLGR B921   Compare Logical Grande Register
STURG B925   STore Using Real address Grande
LBR B926   Load Byte from Register
LHR B927   Load Halfword Register
PCKMO B928   Perform Cryptographic Key Management Operation
PCKMO.QUERY B928.00   PCKMO - QUERY
PCKMO.EDEA B928.01   PCKMO - Encrypt DEA key
PCKMO.ETDEA128 B928.02   PCKMO - Encrypt TDEA-128 key
PCKMO.ETDEA192 B928.03   PCKMO - Encrypt TDEA-192 key
PCKMO.EAES128 B928.18   PCKMO - Encrypt AES-128 key
PCKMO.EAES192 B928.19   PCKMO - Encrypt AES-192 key
PCKMO.EAES256 B928.20   PCKMO - Encrypt AES-256 key
KMF B92A   cipher (K) Message with cipher Feedback
KMF.QUERY B92A.00   KMF - QUERY
KMF.DEA B92A.01   KMF - Data Encryption Algorithm
KMF.TDEA128 B92A.02   KMF - Triple Data Encryption Algorithm 128-bit
KMF.TDEA192 B92A.03   KMF - Triple Data Encryption Algorithm 192-bit
KMF.EDEA B92A.09   KMF - Encrypted Data Encryption Algorithm
KMF.ETDEA128 B92A.10   KMF - Encrypted Triple Data Encryption Algorithm 128-bit
KMF.ETDEA192 B92A.11   KMF - Encrypted Triple Data Encryption Algorithm 192-bit
KMF.AES128 B92A.18   KMF - Advanced Encryption Standard 128-bit
KMF.AES192 B92A.19   KMF - Advanced Encryption Standard 192-bit
KMF.AES256 B92A.20   KMF - Advanced Encryption Standard 256-bit
KMF.EAES128 B92A.26   KMF - Encrypted Advanced Encryption Standard 128-bit
KMF.EAES192 B92A.27   KMF - Encrypted Advanced Encryption Standard 192-bit
KMF.EAES256 B92A.28   KMF - Encrypted Advanced Encryption Standard 256-bit
KMO B92B   cipher (K) Message with Output feedback
KMO.QUERY B92B.00   KMO - QUERY
KMO.DEA B92B.01   KMO - Data Encryption Algorithm
KMO.TDEA128 B92B.02   KMO - Triple Data Encryption Algorithm 128-bit
KMO.TDEA192 B92B.03   KMO - Triple Data Encryption Algorithm 192-bit
KMO.EDEA B92B.09   KMO - Encrypted Data Encryption Algorithm
KMO.ETDEA128 B92B.10   KMO - Encrypted Triple Data Encryption Algorithm 128-bit
KMO.ETDEA192 B92B.11   KMO - Encrypted Triple Data Encryption Algorithm 192-bit
KMO.AES128 B92B.18   KMO - Advanced Encryption Standard 128-bit
KMO.AES192 B92B.19   KMO - Advanced Encryption Standard 192-bit
KMO.AES256 B92B.20   KMO - Advanced Encryption Standard 256-bit
KMO.EAES128 B92B.26   KMO - Encrypted Advanced Encryption Standard 128-bit
KMO.EAES192 B92B.27   KMO - Encrypted Advanced Encryption Standard 192-bit
KMO.EAES256 B92B.28   KMO - Encrypted Advanced Encryption Standard 256-bit
PCC B92C   Perform Cryptographic Computation
PCC.QUERY B92C.00   PCC - QUERY
PCC.LDEA B92C.01   PCC - compute Last block cmac using DEA
PCC.LTDEA128 B92C.02   PCC - compute Last block cmac using TDEA-128
PCC.LTDEA192 B92C.03   PCC - compute Last block cmac using TDEA-192
PCC.LEDEA B92C.09   PCC - compute Last block cmac using Encrypted DEA
PCC.LETD128 B92C.10   PCC - compute Last block cmac using Encrypted Triple Dea-128
PCC.LETD192 B92C.11   PCC - compute Last block cmac using Encrypted Triple Dea-192
PCC.LAES128 B92C.18   PCC - compute Last block cmac using AES-128
PCC.LAES192 B92C.19   PCC - compute Last block cmac using AES-192
PCC.LAES256 B92C.20   PCC - compute Last block cmac using AES-256
PCC.LEAES128 B92C.26   PCC - compute Last block cmac using Encrypted AES-128
PCC.LEAES192 B92C.27   PCC - compute Last block cmac using Encrypted AES-192
PCC.LEAES256 B92C.28   PCC - compute Last block cmac using Encrypted AES-256
PCC.XAES128 B92C.50   PCC - compute Xts parameter using AES-128
PCC.XAES256 B92C.52   PCC - compute Xts parameter using AES-256
PCC.XEAES128 B92C.58   PCC - compute Xts parameter using Encrypted AES-128
PCC.XEAES256 B92C.60   PCC - compute Xts parameter using Encrypted AES-256
KMCTR B92D   cipher (K) Message with CounTeR
KMCTR.QUERY B92D.00   KMCTR - QUERY
KMCTR.DEA B92D.01   KMCTR - Data Encryption Algorithm
KMCTR.TDEA128 B92D.02   KMCTR - Triple Data Encryption Algorithm 128-bit
KMCTR.TDEA192 B92D.03   KMCTR - Triple Data Encryption Algorithm 192-bit
KMCTR.EDEA B92D.09   KMCTR - Encrypted Data Encryption Algorithm
KMCTR.ETDEA128 B92D.10   KMCTR - Encrypted Triple Data Encryption Algorithm 128-bit
KMCTR.ETDEA192 B92D.11   KMCTR - Encrypted Triple Data Encryption Algorithm 192-bit
KMCTR.AES128 B92D.18   KMCTR - Advanced Encryption Standard 128-bit
KMCTR.AES192 B92D.19   KMCTR - Advanced Encryption Standard 192-bit
KMCTR.AES256 B92D.20   KMCTR - Advanced Encryption Standard 256-bit
KMCTR.EAES128 B92D.26   KMCTR - Encrypted Advanced Encryption Standard 128-bit
KMCTR.EAES192 B92D.27   KMCTR - Encrypted Advanced Encryption Standard 192-bit
KMCTR.EAES256 B92D.28   KMCTR - Encrypted Advanced Encryption Standard 256-bit
KM B92E   cipher (K) Message
KM.QUERY B92E.00   KM - QUERY
KM.DEA B92E.01   KM - Data Encryption Algorithm
KM.TDEA128 B92E.02   KM - Triple Data Encryption Algorithm 128-bit
KM.TDEA192 B92E.03   KM - Triple Data Encryption Algorithm 192-bit
KM.EDEA B92E.09   KM - Encrypted Data Encryption Algorithm
KM.ETDEA128 B92E.10   KM - Encrypted Triple Data Encryption Algorithm 128-bit
KM.ETDEA192 B92E.11   KM - Encrypted Triple Data Encryption Algorithm 192-bit
KM.AES128 B92E.18   KM - Advanced Encryption Standard 128-bit
KM.AES192 B92E.19   KM - Advanced Encryption Standard 192-bit
KM.AES256 B92E.20   KM - Advanced Encryption Standard 256-bit
KM.EAES128 B92E.26   KM - Encrypted Advanced Encryption Standard 128-bit
KM.EAES192 B92E.27   KM - Encrypted Advanced Encryption Standard 192-bit
KM.EAES256 B92E.28   KM - Encrypted Advanced Encryption Standard 256-bit
KM.XAES128 B92E.50   KM - Xts AES 128-bit
KM.XAES256 B92E.52   KM - Xts AES 256-bit
KM.XEAES128 B92E.58   KM - Xts Encrypted AES 128-bit
KM.XEAES256 B92E.60   KM - Xts Encrypted AES 256-bit
KMC B92F   cipher (K) Message with Chaining
KMC.QUERY B92F.00   KMC - QUERY
KMC.DEA B92F.01   KMC - Data Encryption Algorithm
KMC.TDEA128 B92F.02   KMC - Triple Data Encryption Algorithm 128-bit
KMC.TDEA192 B92F.03   KMC - Triple Data Encryption Algorithm 192-bit
KMC.EDEA B92F.09   KMC - Encrypted Data Encryption Algorithm
KMC.ETDEA128 B92F.10   KMC - Encrypted Triple Data Encryption Algorithm 128-bit
KMC.ETDEA192 B92F.11   KMC - Encrypted Triple Data Encryption Algorithm 192-bit
KMC.AES128 B92F.18   KMC - Advanced Encryption Standard 128-bit
KMC.AES192 B92F.19   KMC - Advanced Encryption Standard 192-bit
KMC.AES256 B92F.20   KMC - Advanced Encryption Standard 256-bit
KMC.EAES128 B92F.26   KMC - Encrypted Advanced Encryption Standard 128-bit
KMC.EAES192 B92F.27   KMC - Encrypted Advanced Encryption Standard 192-bit
KMC.EAES256 B92F.28   KMC - Encrypted Advanced Encryption Standard 256-bit
KMC.PRNG B92F.67   KMC - Pseudo Random Number Generation
CGFR B930   Compare Grande with Fullword Register
CLGFR B931   Compare Logical Grande with Fullword Register
KIMD B93E   compute (K) Intermediate Message Digest
KIMD.QUERY B93E.00   KIMD - QUERY
KIMD.SHA1 B93E.01   KIMD - Secure Hash Algorithm standard-1
KIMD.SHA256 B93E.02   KIMD - Secure Hash Algorithm standard-256
KIMD.SHA512 B93E.03   KIMD - Secure Hash Algorithm standard-512
KIMD.GHASH B93E.65   KIMD - GHASH
KLMD B93F   compute (K) Last Message Digest
KLMD.QUERY B93F.00   KLMD - QUERY
KLMD.SHA1 B93F.01   KLMD - Secure Hash Algorithm standard-1
KLMD.SHA256 B93F.02   KLMD - Secure Hash Algorithm standard-256
KLMD.SHA512 B93F.03   KLMD - Secure Hash Algorithm standard-512
CFDTR B941   Convert to Fixed from Double Tfp Register
CLGDTR B942   Convert to Logical Grande from Double Tfp Register
CLFDTR B943   Convert to Logical Fullword from Double Tfp Register
BCTGR B946   Branch on CounT Grande Register
CFXTR B949   Convert to Fixed from eXtended Tfp Register
CLGXTR B94A   Convert to Logical Grande from eXtended Tfp Register
CLFXTR B94B   Convert to Logical Fullword from eXtended Tfp Register
CDFTR B951   Convert to Double tfp from Fullword creating Tfp from Register
CDLGTR B952   Convert to Double tfp from Logical Grande creating Tfp from Register
CDLFTR B953   Convert to Double tfp from Logical Fullword creating Tfp from Register
CXFTR B959   Convert to eXtended tfp from Fullword creating Tfp from Register
CXLGTR B95A   Convert to eXtended tfp from Logical Grande creating Tfp from Register
CXLFTR B95B   Convert to eXtended tfp from Logical Fullword creating Tfp from Register
CGRT B960   Compare Grande Register and Trap
CGRTH B960 0010 Compare Grande Register and Trap on High
CGRTL B960 0100 Compare Grande Register and Trap on Low
CGRTNE B960 0110 Compare Grande Register and Trap on Not Equal
CGRTE B960 1000 Compare Grande Register and Trap on Equal
CGRTNL B960 1010 Compare Grande Register and Trap on Not Low
CGRTNH B960 1100 Compare Grande Register and Trap on Not High
CLGRT B961   Compare Logical Grande Register and Trap
CLGRTH B961 0010 Compare Logical Grande Register and Trap on High
CLGRTL B961 0100 Compare Logical Grande Register and Trap on Low
CLGRTNE B961 0110 Compare Logical Grande Register and Trap on Not Equal
CLGRTE B961 1000 Compare Logical Grande Register and Trap on Equal
CLGRTNL B961 1010 Compare Logical Grande Register and Trap on Not Low
CLGRTNH B961 1100 Compare Logical Grande Register and Trap on Not High
CRT B972   Compare Register and Trap
CRTH B972 0010 Compare Register and Trap on High
CRTL B972 0100 Compare Register and Trap on Low
CRTNE B972 0110 Compare Register and Trap on Not Equal
CRTE B972 1000 Compare Register and Trap on Equal
CRTNL B972 1010 Compare Register and Trap on Not Low
CRTNH B972 1100 Compare Register and Trap on Not High
CLRT B973   Compare Logical Register and Trap
CLRTH B973 0010 Compare Logical Register and Trap on High
CLRTL B973 0100 Compare Logical Register and Trap on Low
CLRTNE B973 0110 Compare Logical Register and Trap on Not Equal
CLRTE B973 1000 Compare Logical Register and Trap on Equal
CLRTNL B973 1010 Compare Logical Register and Trap on Not Low
CLRTNH B973 1100 Compare Logical Register and Trap on Not High
NGR B980   aNd Grande Register
OGR B981   Or Grande Register
XGR B982   eXclusive-or Grande Register
FLOGR B983   Find Leftmost One Grande Register
LLGCR B984   Load Logical Grande from Character in Register
LLGHR B985   Load Logical Grande from Halfword in Register
MLGR B986   Multiply Logical Grande Register
DLGR B987   Divide Logical Grande Register
ALCGR B988   Add Logical with Carry Grande Register
SLBGR B989   Subtract Logical with Borrow Grande Register
CSPG B98A   Compare and Swap and Purge Grande
EPSW B98D   Extract Program Status Word
IDTE B98E   Invalidate Dat Table Entry
CRDTE B98F   Compare and Replace Dat Table Entry
TRTT B990   TRanslate Two to Two
TRTO B991   TRanslate Two to One
TROT B992   TRanslate One to Two
TROO B993   TRanslate One to One
LLCR B994   Load Logical from Character in Register
LLHR B995   Load Logical from Halfword in Register
MLR B996   Multiply Logical Register
DLR B997   Divide Logical Register
ALCR B998   Add Logical with Carry Register
SLBR B999   Subtract Logical with Borrow Register
EPAIR B99A   Extract Primary Asn and Instance to Register
ESAIR B99B   Extract Secondary Asn and Instance to Register
EQBS B99C   Extract Qdio Buffer State
ESEA B99D   Extract and Set Extended Authority
PTI B99E   Program Transfer with Instance
SSAIR B99F   Set Secondary Asn with Instance from Register
PTF B9A2   Perform Topology Function
PTF.REQHP B9A2.00   PTF - REQuest Horizontal Polarization
PTF.REQVP B9A2.01   PTF - REQuest Vertical Polarization
PTF.CHKTCHGS B9A2.02   PTF - CHecK Topology CHanGe Status
LPTEA B9AA   Load Page Table Entry Address
ESSA B9AB   Extract and Set Storage Attributes
RRBM B9AE   Reset Reference Bits Multiple
PFMF B9AF   Perform Frame Management Function
CU14 B9B0   Convert Unicode 1-byte to 4-byte
CU24 B9B1   Convert Unicode 2-byte to 4-byte
CU41 B9B2   Convert Unicode 4-byte to 1-byte
CU42 B9B3   Convert Unicode 4-byte to 2-byte
TRTRE B9BD   TRanslate and Test Reverse Extended
SRSTU B9BE   SeaRch STring Unicode
TRTE B9BF   TRanslate and Test Extended
AHHHR B9C8   Add High and High to High Register
SHHHR B9C9   Subtract High from High and High Registers
ALHHHR B9CA   Add Logical High and High to High Register
SLHHHR B9CB   Subtract Logical High from High and High Registers
CHHR B9CD   Compare High and High Register
CLHHR B9CF   Compare Logical High and High Register
AHHLR B9D8   Add High and High to Low Register
SHHLR B9D9   Subtract High from High and Low Registers
ALHHLR B9DA   Add Logical High and High to Low Register
SLHHLR B9DB   Subtract Logical High from High and Low Registers
CHLR B9DD   Compare High and Low Register
CLHLR B9DF   Compare Logical High and Low Register
POPCNT B9E1   POPulation CouNT
LOCGR B9E2   Load On Condition Grande Register
LGROC B9E2   Load Grande Register On Condition
LOCGRH B9E2 0010 Load On Condition Grande Register High
LGROCH B9E2 0010 Load Grande Register On Condition High
LOCGRL B9E2 0100 Load On Condition Grande Register Low
LGROCL B9E2 0100 Load Grande Register On Condition Low
LOCGRNE B9E2 0110 Load On Condition Grande Register Not Equal
LGROCNE B9E2 0110 Load Grande Register On Condition Not Equal
LOCGRE B9E2 1000 Load On Condition Grande Register Equal
LGROCE B9E2 1000 Load Grande Register On Condition Equal
LOCGRNL B9E2 1010 Load On Condition Grande Register Not Low
LGROCNL B9E2 1010 Load Grande Register On Condition Not Low
LOCGRNH B9E2 1100 Load On Condition Grande Register Not High
LGROCNH B9E2 1100 Load Grande Register On Condition Not High
NGRK B9E4   aNd Grande Register Keeping source data
OGRK B9E6   Or Grande Register Keeping source data
XGRK B9E7   eXclusive-or Grande Register Keeping source data
AGRK B9E8   Add Grande Register Keeping source data
SGRK B9E9   Subtract Grande Register Keeping source data
ALGRK B9EA   Add Logical Grande Register Keeping source data
SLGRK B9EB   Subtract Logical Grande Register Keeping source data
LOCR B9F2   Load On Condition Register
LROC B9F2   Load Register On Condition
LOCRH B9F2 0010 Load On Condition Register High
LROCH B9F2 0010 Load Register On Condition High
LOCRL B9F2 0100 Load On Condition Register Low
LROCL B9F2 0100 Load Register On Condition Low
LOCRNE B9F2 0110 Load On Condition Register Not Equal
LROCNE B9F2 0110 Load Register On Condition Not Equal
LOCRE B9F2 1000 Load On Condition Register Equal
LROCE B9F2 1000 Load Register On Condition Equal
LOCRNL B9F2 1010 Load On Condition Register Not Low
LROCNL B9F2 1010 Load Register On Condition Not Low
LOCRNH B9F2 1100 Load On Condition Register Not High
LROCNH B9F2 1100 Load Register On Condition Not High
NRK B9F4   aNd Register Keeping source data
ORK B9F6   Or Register Keeping source data
XRK B9F7   eXclusive-or Register Keeping source data
ARK B9F8   Add Register Keeping source data
SRK B9F9   Subtract Register Keeping source data
ALRK B9FA   Add Logical Register Keeping source data
SLRK B9FB   Subtract Logical Register Keeping source data
LARL C00   Load Address Relative Long
LGFI C01   Load Grande from Fullword Immediate
BRCL C04   Branch Relative on Condition Long
JLC C04   Jump Long on Condition
JLNOP C04 0000 Jump Long No-OPeration
JGNOP C04 0000 Jump lonG No-OPeration
BROL C04 0001 Branch Relative on Ones / Overflow Long
JLO C04 0001 Jump Long on Ones / Overflow
JGO C04 0001 Jump lonG on Ones / Overflow
BRHL C04 0010 Branch Relative on High Long
BRPL C04 0010 Branch Relative on Plus Long
JLH C04 0010 Jump Long on High
JLP C04 0010 Jump Long on Plus
JGH C04 0010 Jump lonG on High
JGP C04 0010 Jump lonG on Plus
JGNLE C04 0011 Jump lonG on Not Low or Equal
BRLL C04 0100 Branch Relative on Low Long
BRML C04 0100 Branch Relative on Mixed / Minus Long
JLL C04 0100 Jump Long on Low
JLM C04 0100 Jump Long on Mixed / Minus
JGL C04 0100 Jump lonG on Low
JGM C04 0100 Jump lonG on Mixed / Minus
JGNHE C04 0101 Jump lonG on Not High or Equal
JGLH C04 0110 Jump lonG on Low or High
BRNEL C04 0111 Branch Relative on Not Equal Long
BRNZL C04 0111 Branch Relative on Not Zero Long
JLNE C04 0111 Jump Long on Not Equal
JLNZ C04 0111 Jump Long on Not Zero
JGNE C04 0111 Jump lonG on Not Equal
JGNZ C04 0111 Jump lonG on Not Zero
BREL C04 1000 Branch Relative on Equal Long
BRZL C04 1000 Branch Relative on Zero Long
JLE C04 1000 Jump Long on Equal
JLZ C04 1000 Jump Long on Zero
JGE C04 1000 Jump lonG on Equal
JGZ C04 1000 Jump lonG on Zero
JGNLH C04 1001 Jump lonG on Not Low or High
JGHE C04 1010 Jump lonG on High or Equal
BRNLL C04 1011 Branch Relative on Not Low Long
BRNML C04 1011 Branch Relative on Not Mixed / Minus Long
JLNL C04 1011 Jump Long on Not Low
JLNM C04 1011 Jump Long on Not Mixed / Minus
JGNL C04 1011 Jump lonG on Not Low
JGNM C04 1011 Jump lonG on Not Mixed / Minus
JGLE C04 1100 Jump lonG on Low or Equal
BRNHL C04 1101 Branch Relative on Not High Long
BRNPL C04 1101 Branch Relative on Not Plus Long
JLNH C04 1101 Jump Long on Not High
JLNP C04 1101 Jump Long on Not Plus
JGNH C04 1101 Jump lonG on Not High
JGNP C04 1101 Jump lonG on Not Plus
BRNOL C04 1110 Branch Relative on Not Ones / Overflow Long
JLNO C04 1110 Jump Long on Not Ones / Overflow
JGNO C04 1110 Jump lonG on Not Ones / Overflow
BRUL C04 1111 Branch Relative Unconditional Long
JLU C04 1111 Jump Long Unconditional
JG C04 1111 Jump lonG
BRASL C05   Branch Relative And Save Long
JASL C05   Jump And Save Long
XIHF C06   eXclusive-or Immediate High with Fullword
XILF C07   eXclusive-or Immediate Low with Fullword
IIHF C08   Insert Immediate into High-order word, a Fullword
IILF C09   Insert Immediate into Low-order word, a Fullword
NIHF C0A   aNd Immediate High with Fullword
NILF C0B   aNd Immediate Low with Fullword
OIHF C0C   Or Immediate High-order word with Fullword
OILF C0D   Or Immediate Low-order word with Fullword
LLIHF C0E   Load Logical Immediate High-order word from Fullword
LLILF C0F   Load Logical Immediate Low-order word from Fullword
MSGFI C20   Mulitply Single Grande with Fullword Immediate
MSFI C21   Multiply Single with Fullword Immediate
SLGFI C24   Subtract Logical from Grande a Fullword Immediate
SLFI C25   Subtract Logical Fullword Immediate
AGFI C28   Add Grande with Fullword Immediate
AFI C29   Add Fullword Immediate
ALGFI C2A   Add Logical Grande with Fullword Immediate
ALFI C2B   Add Logical Fullword Immediate
CGFI C2C   Compare Grande with Fullword Immediate
CFI C2D   Compare Fullword Immediate
CLGFI C2E   Compare Logical Grande with Fullword Immediate
CLFI C2F   Compare Logical Fullword Immediate
LLHRL C42   Load Logical Halfword Relative Long
LGHRL C44   Load Grande from Halfword Relative Long
LHRL C45   Load Halfword Relative Long
LLGHRL C46   Load Logical Grande from Halfword Relative Long
STHRL C47   STore Halfword Relative Long
LGRL C48   Load Grande Relative Long
STGRL C4B   STore Grande Relative Long
LGFRL C4C   Load Grande from Fullword Relative Long
LRL C4D   Load Relative Long
LLGFRL C4E   Load Logical Grande from Fullword Relative Long
STRL C4F   STore Relative Long
EXRL C60   EXecute Relative Long
PFDRL C62   PreFetch Data Relative Long
CGHRL C64   Compare Grande with Halfword Relative Long
CHRL C65   Compare Halfword Relative Long
CLGHRL C66   Compare Logical Grande with Halfword Relative Long
CLHRL C67   Compare Logical with Halfword Relative Long
CGRL C68   Compare Grande Relative Long
CLGRL C6A   Compare Logical Grande Relative Long
CGFRL C6C   Compare Grande with Fullword Relative Long
CRL C6D   Compare Relative Long
CLGFRL C6E   Compare Logical Grande with Fullword Relative Long
CLRL C6F   Compare Logical Relative Long
MVCOS C80   MoVe Characters with Optional Specifications
ECTG C81   Extract Cpu Time Grande
CSST C82   Compare and Swap and STore
LPD C84   Load Pair Disjoint
LPDG C85   Load Pair Disjoint Grande
BRCTH CC6   Branch Relative on CounT High
JCTH CC6   Jump on CounT High
AIH CC8   Add Immediate High
ALSIH CCA   Add Logical with Signed Immediate High
ALSIHN CCB   Add Logical with Signed Immediate High No cc
CIH CCD   Compare Immediate High
CLIH CCF   Compare Logical Immediate High
XREAD E00   assist eXtension to READ a record
XPRNT E02   assist eXtension to PRiNT a record
XPNCH E04   assist eXtension to PuNCH a record
XDUMP E06   assist eXtension for storage DUMP
XLIMD E08   assist eXtension to LIMit Dump
XGET E0A   assist eXtension to GET a record
XPUT E0C   assist eXtension to PUT a record
LTG E302   Load and Test Grande
LRAG E303   Load Real Address Grande
LG E304   Load Grande
CVBY E306   ConVert to Binary from Yonder
AG E308   Add Grande
SG E309   Subtract Grande
ALG E30A   Add Logical Grande
SLG E30B   Subtract Logical Grande
MSG E30C   Multiply Single Grande
DSG E30D   Divide Single Grande
CVBG E30E   ConVert to Binary Grande
LRVG E30F   Load ReVersed Grande
LT E312   Load and Test
LRAY E313   Load Real Address Yonder
LGF E314   Load Grande from Fullword
LGH E315   Load Grande from Halfword
LLGF E316   Load Logical Grande from Fullword
LLGT E317   Load Logical Grande from Thirty-one bits
AGF E318   Add Grande with Fullword
SGF E319   Subtract from Grande a Fullword
ALGF E31A   Add Logical Grande with Fullword
SLGF E31B   Subtract Logical from Grande a Fullword
MSGF E31C   Multiply Single Grande with Fullword
DSGF E31D   Divide Single Grande by Fullword
LRV E31E   Load ReVersed
LRVH E31F   Load ReVersed Halfword
CG E320   Compare Grande
CLG E321   Compare Logical Grande
STG E324   STore Grande
NTSTG E325   Non-Transactional STore Grande
CVDY E326   ConVert to Decimal from Yonder
CVDG E32E   ConVert to Decimal Grande
STRVG E32F   STore ReVersed Grande
CGF E330   Compare Grande with Fullword
CLGF E331   Compare Logical Grande with Fullword
LTGF E332   Load and Test Grande from Fullword
CGH E334   Compare Grande with Halfword
PFD E336   PreFetch Data
STRV E33E   STore ReVersed
STRVH E33F   STore ReVersed Halfword
BCTG E346   Branch on CounT Grande
STY E350   STore Yonder
MSY E351   Multiply Single Yonder
NY E354   aNd Yonder
CLY E355   Compare Logical Yonder
OY E356   Or Yonder
XY E357   eXclusive-or Yonder
LY E358   Load Yonder
CY E359   Compare Yonder
AY E35A   Add Yonder
SY E35B   Subtract Yonder
MFY E35C   Multiply Fullword Yonder
ALY E35E   Add Logical Yonder
SLY E35F   Subtract Logical Yonder
STHY E370   STore Halfword Yonder
LAY E371   Load Address Yonder
STCY E372   STore Character Yonder
ICY E373   Insert Character Yonder
LAEY E375   Load Address Extended Yonder
LB E376   Load Byte
LGB E377   Load Grande from Byte
LHY E378   Load Halfword Yonder
CHY E379   Compare Halfword Yonder
AHY E37A   Add Halfword Yonder
SHY E37B   Subtract Halfword Yonder
MHY E37C   Multiply Halfword Yonder
NG E380   aNd Grande
OG E381   Or Grande
XG E382   eXclusive-or Grande
LGAT E385   Load Grande And Trap
MLG E386   Multiply Logical Grande
DLG E387   Divide Logical Grande
ALCG E388   Add Logical with Carry Grande
SLBG E389   Subtract Logical with Borrow Grande
STPQ E38E   STore Pair to Quadword
LPQ E38F   Load Pair from Quadword
LLGC E390   Load Logical Grande from Character
LLGH E391   Load Logical Grande from Halfword
LLC E394   Load Logical Character
LLH E395   Load Logical from Halfword
ML E396   Multiply Logical
DL E397   Divide Logical
ALC E398   Add Logical with Carry
SLB E399   Subtract Logical with Borrow
LLGTAT E39C   Load Logical Grande from Thirty-one bits And Trap
LLGFAT E39D   Load Logical Grande from Fullword And Trap
LAT E39F   Load And Trap
LBH E3C0   Load Byte High
LLCH E3C2   Load Logical Character High
STCH E3C3   STore Character High
LHH E3C4   Load Halfword High
LLHH E3C6   Load Logical Halfword High
STHH E3C7   STore Halfword High
LFHAT E3C8   Load Fullword High And Trap
LFH E3CA   Load Fullword High
STFH E3CB   STore Fullword High
CHF E3CD   Compare High and Fullword
CLHF E3CF   Compare Logical High and Fullword
VLI E400   Vector Load Indirect
VLIE E400   Vector Load Indirect Exponential hfp
VSTI E401   Vector STore Indirect
VSTIE E401   Vector STore Indirect Exponential hfp
VLID E410   Vector Load Indirect Double hfp
VSTID E411   Vector STore Indirect Double hfp
VSRL E424   Vector Shift Right single Logical
VSLL E425   Vector Shift Left single Logical
VLBIX E428   Vector Load Bit IndeX
LASP E500   Load Address Space Parameters
TPROT E501   Test PROTection
STRAG E502   STore Real Address Grande
OPCDE502 E502   Fix Page
OPCDE503 E503   SVC Assist
OPCDE504 E504   Obtain Local Lock
OPCDE505 E505   Release Local Lock
OPCDE506 E506   Obtain CMS Lock
OPCDE507 E507   Release CMS Lock
OPCDE508 E508   Trace SVC Interruption
OPCDE509 E509   Trace Program Interruption
OPCDE50A E50A   Trace Initial SRB Dispatch
OPCDE50B E50B   Trace I/O Interruption
OPCDE50C E50C   Trace Task Dispatch
OPCDE50D E50D   Trace SVC Return
MVCSK E50E   MoVe Characters with Source Key
MVCDK E50F   MoVe Characters with Destination Key
DPFET E518   Divide Packed FETch
MVHHI E544   MoVe Halfword from Halfword Immediate
MVGHI E548   MoVe Grande from Halfword Immediate
MVHI E54C   MoVe fullword from Halfword Immediate
CHHSI E554   Compare Halfword with Halword Signed Immediate
CLHHSI E555   Compare Logical Halfword with Halfword Signless Immediate
CGHSI E558   Compare Grande with Halfword Signed Immediate
CLGHSI E559   Compare Logical Grande with Halfword Signless Immediate
CHSI E55C   Compare Halfword Signed Immediate
CLFHSI E55D   Compare Logical Fullword with Halfword Signless Immediate
TBEGIN E560   Transaction BEGIN
TBEGINC E561   Transaction BEGIN Constrained
OPCDE600 E600   Get Free Storage Space
OPCDE601 E601   Return Free Storage Space
OPCDE602 E602   Lock Page
OPCDE603 E603   Unlock Page
OPCDE604 E604   Decode Subsequent CCW Commands
OPCDE605 E605   Free CCW Storage
OPCDE606 E606   Locate Virtual I/O Control Blocks
OPCDE607 E607   Dispatch a Block or a Virtual Machine - Full Function
OPCDE608 E608   Test Page Status
OPCDE609 E609   Test Page Status and Lock
OPCDE60A E60A   Invalidate Segment Table
OPCDE60B E60B   Invalidate Page Table
OPCDE60C E60C   Decode First CCW Command
OPCDE60D E60D   Main Entry to Dispatcher
OPCDE60E E60E   Locate Real I/O Control Blocks
OPCDE60F E60F   Common CCW Command Processing
OPCDE610 E610   Untranslate CCW
OPCDE611 E611   Dispatch a Block or Virtual Machine - Abbreviated
OPCDE612 E612   Store ECPS:VM/370 Identification
OPCDE613 E613   Locate Changed/Shared Page
FREEX E614   ???
FRETX E615   ???
OPCDE616 E616   Preferred Machine Assist
OPCDE702 E702   SVC Handler without Trace
OPCDE703 E703   SVC Handler with Trace
OPCDE704 E704   Resume Page Measurement
OPCDE705 E705   Resume Short Term Unfix
OPCDE707 E707   Dispatcher
OPCDE708 E708   SIO Trace
OPCDE709 E709   Task Switch Trace
OPCDE70A E70A   I/O Interrupt Trace
OPCDE70B E70B   Store ECPS:VS2 Level
OPCDE70C E70C   Set Direct Translate Limit
OPCDE710 E710   PCB Enqueue Lifo
OPCDE720 E720   PCB Enqueue Fifo
OPCDE730 E730   Double Threaded Dequeue
OPCDE740 E740   Get APCBE
OPCDE750 E750   Return APCBE
OPCDE758 E758   Find Gotten Queue Element
OPCDE760 E760   Dequeue Top APCBE
OPCDE768 E768   SMF Storage Monitor
OPCDE770 E770   Enqueue RSPTE to Top
OPCDE778 E778   Getmain PPA
OPCDE780 E780   Enqueue RSPTE to Bottom
OPCDE788 E788   Getmain PPA on Page Boundary
OPCDE790 E790   Dequeue Specific RSPTE
OPCDE798 E798   Freemain PQA
OPCDE7A0 E7A0   Dequeue First RSPTE
OPCDE7A8 E7A8   Freemain in Partition
OPCDE7B0 E7B0   Invalidate Virtual Page
OPCDE7B8 E7B8   Save Getmain/Freemain Status
OPCDE7C0 E7C0   Short Term Unfix
OPCDE7C8 E7C8   Restore Getmain/Freemain Status
OPCDE7D8 E7D8   Getmain PQA
OPCDE7E0 E7E0   Page Measurement
OPCDE7E8 E7E8   Resume Group1 Suboperation
OPCDE7F0 E7F0   Short Term Fix
OPCDE7F8 E7F8   Resume Group2 Suboperation
DIL EA00   ???
BDIL EA01   ???
ANUM EA04   ???
COMP EA05   ???
MCPU EA08   ???
MIO EA09   ???
BIFLAG EA0C   ???
MULDIV EA0D   ???
LMG EB04   Load Multiple Grande
SRAG EB0A   Shift Right single Arithmetic Grande
SLAG EB0B   Shift Left single Arithmetic Grande
SRLG EB0C   Shift Right single Logical Grande
SLLG EB0D   Shift Left single Logical Grande
TRACG EB0F   TRACe Grande
CSY EB14   Compare and Swap Yonder
RLLG EB1C   Rotate Left single Logical Grande
RLL EB1D   Rotate Left single Logical
CLMH EB20   Compare Logical characters under Mask High
CLMY EB21   Compare Logical characters under Mask Yonder
CLT EB23   Compare Logical and Trap
CLTH EB23 0010 Compare Logical and Trap on High
CLTL EB23 0100 Compare Logical and Trap on Low
CLTNE EB23 0110 Compare Logical and Trap on Not Equal
CLTE EB23 1000 Compare Logical and Trap on Equal
CLTNL EB23 1010 Compare Logical and Trap on Not Low
CLTNH EB23 1100 Compare Logical and Trap on Not High
STMG EB24   STore Multiple Grande
STCTG EB25   STore ConTrol Grande
STMH EB26   STore Multiple High
CLGT EB2B   Compare Logical Grande and Trap
CLGTH EB2B 0010 Compare Logical Grande and Trap on High
CLGTL EB2B 0100 Compare Logical Grande and Trap on Low
CLGTNE EB2B 0110 Compare Logical Grande and Trap on Not Equal
CLGTE EB2B 1000 Compare Logical Grande and Trap on Equal
CLGTNL EB2B 1010 Compare Logical Grande and Trap on Not Low
CLGTNH EB2B 1100 Compare Logical Grande and Trap on Not High
STCMH EB2C   STore Characters under Mask High
STCMY EB2D   STore Characters under Mask Yonder
LCTLG EB2F   Load ConTroL Grande
CSG EB30   Compare and Swap Grande
CDSY EB31   Compare Double and Swap Yonder
CDSG EB3E   Compare Double and Swap Grande
BXHG EB44   Branch on indeX High Grande
BXLEG EB45   Branch on indeX Low or Equal Grande
ECAG EB4C   Extract Cache Attribute Grande
TMY EB51   Test under Mask Yonder
MVIY EB52   MoVe Immediate Yonder
NIY EB54   aNd Immediate Yonder
CLIY EB55   Compare Logical Immediate Yonder
OIY EB56   Or Immediate Yonder
XIY EB57   eXclusive-or Immediate Yonder
ASI EB6A   Add with Signed Immediate
ALSI EB6E   Add Logical with Signed Immediate
AGSI EB7A   Add Grande with Signed Immediate
ALGSI EB7E   Add Logical Grande with Signed Immediate
ICMH EB80   Insert Characters under Mask High
ICMY EB81   Insert Characters under Mask Yonder
SQBS EB8A   Set Qdio Buffer State
MVCLU EB8E   MoVe Characters Long Unicode
CLCLU EB8F   Compare Logical Characters Long Unicode
STMY EB90   STore Multiple Yonder
LMH EB96   Load Multiple High
LMY EB98   Load Multiple Yonder
LAMY EB9A   Load Access Multiple Yonder
STAMY EB9B   STore Access Multiple Yonder
TP EBC0   Test Packed decimal
SRAK EBDC   Shift Right single Arithmetic Keeping source data
SLAK EBDD   Shift Left single Arithmetic Keeping source data
SRLK EBDE   Shift Right single Logical Keeping source data
SLLK EBDF   Shift Left single Logical Keeping source data
LOCG EBE2   Load On Condition Grande
LGOC EBE2   Load Grande On Condition
LOCGH EBE2 0010 Load On Condition Grande High
LGOCH EBE2 0010 Load Grande On Condition High
LOCGL EBE2 0100 Load On Condition Grande Low
LGOCL EBE2 0100 Load Grande On Condition Low
LOCGNE EBE2 0110 Load On Condition Grande Not Equal
LGOCNE EBE2 0110 Load Grande On Condition Not Equal
LOCGE EBE2 1000 Load On Condition Grande Equal
LGOCE EBE2 1000 Load Grande On Condition Equal
LOCGNL EBE2 1010 Load On Condition Grande Not Low
LGOCNL EBE2 1010 Load Grande On Condition Not Low
LOCGNH EBE2 1100 Load On Condition Grande Not High
LGOCNH EBE2 1100 Load Grande On Condition Not High
STOCG EBE3   STore On Condition Grande
STGOC EBE3   STore Grande On Condition
STOCGH EBE3 0010 STore On Condition Grande High
STGOCH EBE3 0010 STore Grande On Condition High
STOCGL EBE3 0100 STore On Condition Grande Low
STGOCL EBE3 0100 STore Grande On Condition Low
STOCGNE EBE3 0110 STore On Condition Grande Not Equal
STGOCNE EBE3 0110 STore Grande On Condition Not Equal
STOCGE EBE3 1000 STore On Condition Grande Equal
STGOCE EBE3 1000 STore Grande On Condition Equal
STOCGNL EBE3 1010 STore On Condition Grande Not Low
STGOCNL EBE3 1010 STore Grande On Condition Not Low
STOCGNH EBE3 1100 STore On Condition Grande Not High
STGOCNH EBE3 1100 STore Grande On Condition Not High
LANG EBE4   Load And aNd Grande
LAOG EBE6   Load And Or Grande
LAXG EBE7   Load And eXclusive or Grande
LAAG EBE8   Load And Add Grande
LAALG EBEA   Load And Add Logical Grande
LOC EBF2   Load On Condition
LOCH EBF2 0010 Load On Condition High
LOCL EBF2 0100 Load On Condition Low
LOCNE EBF2 0110 Load On Condition Not Equal
LOCE EBF2 1000 Load On Condition Equal
LOCNL EBF2 1010 Load On Condition Not Low
LOCNH EBF2 1100 Load On Condition Not High
STOC EBF3   STore On Condition
STOCH EBF3 0010 STore On Condition High
STOCL EBF3 0100 STore On Condition Low
STOCNE EBF3 0110 STore On Condition Not Equal
STOCE EBF3 1000 STore On Condition Equal
STOCNL EBF3 1010 STore On Condition Not Low
STOCNH EBF3 1100 STore On Condition Not High
LAN EBF4   Load And aNd
LAO EBF6   Load And Or
LAX EBF7   Load And eXclusive or
LAA EBF8   Load And Add
LAAL EBFA   Load And Add Logical
BRXHG EC44   Branch Relative on indeX High Grande
JXHG EC44   Jump on indeX High Grande
BRXLG EC45   Branch Relative on indeX Low or equal Grande
JXLEG EC45   Jump on indeX Low or Equal Grande
RISBLG EC51   Rotate then Insert Selected Bits Low from Grande
RISBLGZ EC51 -- Rotate then Insert Selected Bits Low from Grande with Zeroing
LLCLHR EC51 -- Load Logical Character Low from High Register
LLHFR EC51 -- Load Low from High Fullword Register
LLHLHR EC51 -- Load Logical Halfword Low from High Register
RNSBG EC54   Rotate then aNd Selected Bits Grande
RNSBGT EC54 -- Rotate then aNd Selected Bits Grande for Test only
NHHR EC54 -- aNd High with High Register
NHLR EC54 -- aNd High with Low Register
NLHR EC54 -- aNd Low with High Register
RISBG EC55   Rotate then Insert Selected Bits Grande
RISBGZ EC55 -- Rotate then Insert Selected Bits Grande with Zeroing
ROSBG EC56   Rotate then Or Selected Bits Grande
ROSBGT EC56 -- Rotate then Or Selected Bits Grande for Test only
OHHR EC56 -- Or High with High Register
OHLR EC56 -- Or High with Low Register
OLHR EC56 -- Or Low with High Register
RXSBG EC57   Rotate then eXclusive or Selected Bits Grande
RXSBGT EC57 -- Rotate then eXclusive or Selected Bits Grande for Test only
XHHR EC57 -- eXclusive-or High with High Register
XHLR EC57 -- eXclusive-or High with Low Register
XLHR EC57 -- eXclusive-or Low with High Register
RISBHG EC5D   Rotate then Insert Selected Bits High from Grande
RISBHGZ EC5D -- Rotate then Insert Selected Bits High from Grande with Zeroing
LHHR EC5D -- Load High from High Register
LHLR EC5D -- Load High from Low Register
LLCHHR EC5D -- Load Logical Character High from High Register
LLCHLR EC5D -- Load Logical Character High from Low Register
LLHHHR EC5D -- Load Logical Halfword High from High Register
LLHHLR EC5D -- Load Logical Halfword High from Low Register
CGRJ EC64   Compare Grande Register and Jump
CGRJH EC64 0010 Compare Grande Register and Jump on High
CGRJL EC64 0100 Compare Grande Register and Jump on Low
CGRJNE EC64 0110 Compare Grande Register and Jump on Not Equal
CGRJE EC64 1000 Compare Grande Register and Jump on Equal
CGRJNL EC64 1010 Compare Grande Register and Jump on Not Low
CGRJNH EC64 1100 Compare Grande Register and Jump on Not High
CLGRJ EC65   Compare Logical Grande Register and Jump
CLGRJH EC65 0010 Compare Logical Grande Register and Jump on High
CLGRJL EC65 0100 Compare Logical Grande Register and Jump on Low
CLGRJNE EC65 0110 Compare Logical Grande Register and Jump on Not Equal
CLGRJE EC65 1000 Compare Logical Grande Register and Jump on Equal
CLGRJNL EC65 1010 Compare Logical Grande Register and Jump on Not Low
CLGRJNH EC65 1100 Compare Logical Grande Register and Jump on Not High
CGIT EC70   Compare Grande Immediate and Trap
CGITH EC70 0010 Compare Grande Immediate and Trap on High
CGITL EC70 0100 Compare Grande Immediate and Trap on Low
CGITNE EC70 0110 Compare Grande Immediate and Trap on Not Equal
CGITE EC70 1000 Compare Grande Immediate and Trap on Equal
CGITNL EC70 1010 Compare Grande Immediate and Trap on Not Low
CGITNH EC70 1100 Compare Grande Immediate and Trap on Not High
CLGIT EC71   Compare Logical Grande Immediate and Trap
CLGITH EC71 0010 Compare Logical Grande Immediate and Trap on High
CLGITL EC71 0100 Compare Logical Grande Immediate and Trap on Low
CLGITNE EC71 0110 Compare Logical Grande Immediate and Trap on Not Equal
CLGITE EC71 1000 Compare Logical Grande Immediate and Trap on Equal
CLGITNL EC71 1010 Compare Logical Grande Immediate and Trap on Not Low
CLGITNH EC71 1100 Compare Logical Grande Immediate and Trap on Not High
CIT EC72   Compare Immediate and Trap
CITH EC72 0010 Compare Immediate and Trap on High
CITL EC72 0100 Compare Immediate and Trap on Low
CITNE EC72 0110 Compare Immediate and Trap on Not Equal
CITE EC72 1000 Compare Immediate and Trap on Equal
CITNL EC72 1010 Compare Immediate and Trap on Not Low
CITNH EC72 1100 Compare Immediate and Trap on Not High
CLFIT EC73   Compare Logical Fullword Immediate and Trap
CLFITH EC73 0010 Compare Logical Fullword Immediate and Trap on High
CLFITL EC73 0100 Compare Logical Fullword Immediate and Trap on Low
CLFITNE EC73 0110 Compare Logical Fullword Immediate and Trap on Not Equal
CLFITE EC73 1000 Compare Logical Fullword Immediate and Trap on Equal
CLFITNL EC73 1010 Compare Logical Fullword Immediate and Trap on Not Low
CLFITNH EC73 1100 Compare Logical Fullword Immediate and Trap on Not High
CRJ EC76   Compare Register and Jump
CRJH EC76 0010 Compare Register and Jump on High
CRJL EC76 0100 Compare Register and Jump on Low
CRJNE EC76 0110 Compare Register and Jump on Not Equal
CRJE EC76 1000 Compare Register and Jump on Equal
CRJNL EC76 1010 Compare Register and Jump on Not Low
CRJNH EC76 1100 Compare Register and Jump on Not High
CLRJ EC77   Compare Logical Register and Jump
CLRJH EC77 0010 Compare Logical Register and Jump on High
CLRJL EC77 0100 Compare Logical Register and Jump on Low
CLRJNE EC77 0110 Compare Logical Register and Jump on Not Equal
CLRJE EC77 1000 Compare Logical Register and Jump on Equal
CLRJNL EC77 1010 Compare Logical Register and Jump on Not Low
CLRJNH EC77 1100 Compare Logical Register and Jump on Not High
CGIJ EC7C   Compare Grande Immediate and Jump
CGIJH EC7C 0010 Compare Grande Immediate and Jump on High
CGIJL EC7C 0100 Compare Grande Immediate and Jump on Low
CGIJNE EC7C 0110 Compare Grande Immediate and Jump on Not Equal
CGIJE EC7C 1000 Compare Grande Immediate and Jump on Equal
CGIJNL EC7C 1010 Compare Grande Immediate and Jump on Not Low
CGIJNH EC7C 1100 Compare Grande Immediate and Jump on Not High
CLGIJ EC7D   Compare Logical Grande Immediate and Jump
CLGIJH EC7D 0010 Compare Logical Grande Immediate and Jump on High
CLGIJL EC7D 0100 Compare Logical Grande Immediate and Jump on Low
CLGIJNE EC7D 0110 Compare Logical Grande Immediate and Jump on Not Equal
CLGIJE EC7D 1000 Compare Logical Grande Immediate and Jump on Equal
CLGIJNL EC7D 1010 Compare Logical Grande Immediate and Jump on Not Low
CLGIJNH EC7D 1100 Compare Logical Grande Immediate and Jump on Not High
CIJ EC7E   Compare Immediate and Jump
CIJH EC7E 0010 Compare Immediate and Jump on High
CIJL EC7E 0100 Compare Immediate and Jump on Low
CIJNE EC7E 0110 Compare Immediate and Jump on Not Equal
CIJE EC7E 1000 Compare Immediate and Jump on Equal
CIJNL EC7E 1010 Compare Immediate and Jump on Not Low
CIJNH EC7E 1100 Compare Immediate and Jump on Not High
CLIJ EC7F   Compare Logical Immediate and Jump
CLIJH EC7F 0010 Compare Logical Immediate and Jump on High
CLIJL EC7F 0100 Compare Logical Immediate and Jump on Low
CLIJNE EC7F 0110 Compare Logical Immediate and Jump on Not Equal
CLIJE EC7F 1000 Compare Logical Immediate and Jump on Equal
CLIJNL EC7F 1010 Compare Logical Immediate and Jump on Not Low
CLIJNH EC7F 1100 Compare Logical Immediate and Jump on Not High
AHIK ECD8   Add Halfword Immediate Keeping source data
AGHIK ECD9   Add Grande with Halfword Immediate Keeping source data
ALHSIK ECDA   Add Logical with Halfword Signed Immediate Keeping source data
ALGHSIK ECDB   Add Logical Grande with Halfword Signed Immediate Keeping source data
CGRB ECE4   Compare Grande Register and Branch
CGRBH ECE4 0010 Compare Grande Register and Branch on High
CGRBL ECE4 0100 Compare Grande Register and Branch on Low
CGRBNE ECE4 0110 Compare Grande Register and Branch on Not Equal
CGRBE ECE4 1000 Compare Grande Register and Branch on Equal
CGRBNL ECE4 1010 Compare Grande Register and Branch on Not Low
CGRBNH ECE4 1100 Compare Grande Register and Branch on Not High
CLGRB ECE5   Compare Logical Grande Register and Branch
CLGRBH ECE5 0010 Compare Logical Grande Register and Branch on High
CLGRBL ECE5 0100 Compare Logical Grande Register and Branch on Low
CLGRBNE ECE5 0110 Compare Logical Grande Register and Branch on Not Equal
CLGRBE ECE5 1000 Compare Logical Grande Register and Branch on Equal
CLGRBNL ECE5 1010 Compare Logical Grande Register and Branch on Not Low
CLGRBNH ECE5 1100 Compare Logical Grande Register and Branch on Not High
CRB ECF6   Compare Register and Branch
CRBH ECF6 0010 Compare Register and Branch on High
CRBL ECF6 0100 Compare Register and Branch on Low
CRBNE ECF6 0110 Compare Register and Branch on Not Equal
CRBE ECF6 1000 Compare Register and Branch on Equal
CRBNL ECF6 1010 Compare Register and Branch on Not Low
CRBNH ECF6 1100 Compare Register and Branch on Not High
CLRB ECF7   Compare Logical Register and Branch
CLRBH ECF7 0010 Compare Logical Register and Branch on High
CLRBL ECF7 0100 Compare Logical Register and Branch on Low
CLRBNE ECF7 0110 Compare Logical Register and Branch on Not Equal
CLRBE ECF7 1000 Compare Logical Register and Branch on Equal
CLRBNL ECF7 1010 Compare Logical Register and Branch on Not Low
CLRBNH ECF7 1100 Compare Logical Register and Branch on Not High
CGIB ECFC   Compare Grande Immediate and Branch
CGIBH ECFC 0010 Compare Grande Immediate and Branch on High
CGIBL ECFC 0100 Compare Grande Immediate and Branch on Low
CGIBNE ECFC 0110 Compare Grande Immediate and Branch on Not Equal
CGIBE ECFC 1000 Compare Grande Immediate and Branch on Equal
CGIBNL ECFC 1010 Compare Grande Immediate and Branch on Not Low
CGIBNH ECFC 1100 Compare Grande Immediate and Branch on Not High
CLGIB ECFD   Compare Logical Grande Immediate and Branch
CLGIBH ECFD 0010 Compare Logical Grande Immediate and Branch on High
CLGIBL ECFD 0100 Compare Logical Grande Immediate and Branch on Low
CLGIBNE ECFD 0110 Compare Logical Grande Immediate and Branch on Not Equal
CLGIBE ECFD 1000 Compare Logical Grande Immediate and Branch on Equal
CLGIBNL ECFD 1010 Compare Logical Grande Immediate and Branch on Not Low
CLGIBNH ECFD 1100 Compare Logical Grande Immediate and Branch on Not High
CIB ECFE   Compare Immediate and Branch
CIBH ECFE 0010 Compare Immediate and Branch on High
CIBL ECFE 0100 Compare Immediate and Branch on Low
CIBNE ECFE 0110 Compare Immediate and Branch on Not Equal
CIBE ECFE 1000 Compare Immediate and Branch on Equal
CIBNL ECFE 1010 Compare Immediate and Branch on Not Low
CIBNH ECFE 1100 Compare Immediate and Branch on Not High
CLIB ECFF   Compare Logical Immediate and Branch
CLIBH ECFF 0010 Compare Logical Immediate and Branch on High
CLIBL ECFF 0100 Compare Logical Immediate and Branch on Low
CLIBNE ECFF 0110 Compare Logical Immediate and Branch on Not Equal
CLIBE ECFF 1000 Compare Logical Immediate and Branch on Equal
CLIBNL ECFF 1010 Compare Logical Immediate and Branch on Not Low
CLIBNH ECFF 1100 Compare Logical Immediate and Branch on Not High
LDEB ED04   Load lengthened Double bfp from Exponential Bfp
LXDB ED05   Load lengthened eXtended bfp from Double Bfp
LXEB ED06   Load lengthened eXtended bfp from Exponential Bfp
MXDB ED07   Multiply eXtended bfp from Double Bfp
KEB ED08   compare and signal (K) Exponential Bfp
CEB ED09   Compare Exponential Bfp
AEB ED0A   Add Exponential Bfp
SEB ED0B   Subtract Exponential Bfp
MDEB ED0C   Multiply Double bfp from Exponential Bfp
DEB ED0D   Divide Exponential Bfp
MAEB ED0E   Multiply and Add Exponential Bfp
MSEB ED0F   Multiply and Subtract Exponential Bfp
TCEB ED10   Test data Class for Exponential Bfp
TCDB ED11   Test data Class for Double Bfp
TCXB ED12   Test data Class for eXtended Bfp
SQEB ED14   SQuare root of Exponential Bfp
SQDB ED15   SQuare root of Double Bfp
MEEB ED17   Multiply Exponential bfp from Exponential Bfp
KDB ED18   compare and signal (K) Double Bfp
CDB ED19   Compare Double Bfp
ADB ED1A   Add Double Bfp
SDB ED1B   Subtract Double Bfp
MDB ED1C   Multiply Double Bfp
DDB ED1D   Divide Double Bfp
MADB ED1E   Multiply and Add Double Bfp
MSDB ED1F   Multiply and Subtract Double Bfp
LDE ED24   Load lengthened Double hfp from Exponential hfp
LXD ED25   Load lengthened eXtended hfp from Double hfp
LXE ED26   Load lengthened eXtended hfp from Exponential hfp
MAE ED2E   Multiply and Add Exponential hfp
MSE ED2F   Multiply and Subtract Exponential hfp
SQE ED34   SQuare root of Exponential hfp
SQD ED35   SQuare root of Double hfp
MEE ED37   Multiply Exponential hfp from Exponential hfp
MAYL ED38   Multiply and Add unnormalized extended (Yucky) hfp Low from long hfp
MYL ED39   Multiply unnormalized extended (Yucky) hfp Low from long hfp
MAY ED3A   Multiply and Add unnormalized extended (Yucky) hfp from long hfp
MY ED3B   Multiply unnormalized extended (Yucky) hfp from long hfp
MAYH ED3C   Multiply and Add unnormalized extended (Yucky) hfp High from long hfp
MYH ED3D   Multiply unnormalized extended (Yucky) hfp High from long hfp
MAD ED3E   Multiply and Add Double hfp
MSD ED3F   Multiply and Subtract Double hfp
SLDT ED40   Shift significand Left Double Tfp
SRDT ED41   Shift significand Right Double Tfp
SLXT ED48   Shift significand Left eXtended Tfp
SRXT ED49   Shift significand Right eXtended Tfp
TDCET ED50   Test Data Class for Exponential Tfp
TDGET ED51   Test Data Group for Exponential Tfp
TDCDT ED54   Test Data Class for Double Tfp
TDGDT ED55   Test Data Group for Double Tfp
TDCXT ED58   Test Data Class for eXtended Tfp
TDGXT ED59   Test Data Group for eXtended Tfp
LEY ED64   Load Exponential hfp from Yonder
LDY ED65   Load Double hfp from Yonder
STEY ED66   STore Exponential hfp Yonder
STDY ED67   STore Double hfp Yonder
CZDT EDA8   Convert to Zoned from Double Tfp
CZXT EDA9   Convert to Zoned from eXtended Tfp
CDZT EDAA   Convert Decimal to double tfp from Zoned creating Tfp
CXZT EDAB   Convert to eXtended tfp from Zoned creating Tfp

There are 2206 entries in this list.

 

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© Copyright: A.F. Kornelis, 2011. All rights reserved.
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