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supermario/base/SuperMarioProj.1994-02-09/Toolbox/InSANE/FPHWCtrl.a
Elliot Nunn 2e16381318 Bring in sources, and document
2019-06-29 23:17:50 +08:00

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;
; File: FPHWCtrl.a
;
; Contains: Code to control Floating Point SANE operations
;
; Written by: Apple Numerics Group, DSG
;
; Copyright: © 1985-1993 by Apple Computer, Inc., all rights reserved.
;
; Change History (most recent first):
;
; <SM3> 2/4/93 CSS Remove VMCalls.a as it is obsolete.
; <SM2> 2/3/93 CSS Update from Horror:
; <H4> 9/29/92 BG Rolling in Jon Okada's latest fixes.
; <H3> 6/15/92 JC Move IF BACKPATCH THEN so that VMCalls is always included.
; Necessary for file to build when backpatching is turned off.
; <H2> 11/14/91 jmp (CCH) Flush entire cache on 020/030 machines after a backpatch.
; <1> 10/24/91 SAM/KSM Rolled in Regatta file.
;
; Regatta Change History:
;
; <2> 8/29/91 SAM Changed the non040 section of FlushItDeluxe™ 2.0 to flush both
; caches instead of just the instruction cache.
; <1> 5/15/91 SAM Split off from TERROR Proj.
;
; Terror Change History:
;
; <5> 5/10/91 SAM (with Robert and Carl) rewrote FlushIt™ Deluxe 2.0 (the routine
; that flushes the backpatched user code) so that it doesn’t
; assume the two lines that it pushes are in the same page. It
; now disables IRQs for the duration of the routine and does the
; right thing in 8 or 4k page modes. Oh yeah, now it doesn’t call
; EnterSupervisorMode if VM is off (cuz its not implemented if it
; is off). Whew.
; <4> 3/15/91 BG (with SAM) Modified the conditionalized code to correctly flush
; the cache in the backpatching case. Completed the SystemDisk
; version of the code.
; <3> 1/17/91 BG Added the correct OPERRHANDLER installation for 040/050s.
; <2> 1/9/91 BG Modified the code to handle at run-time the differences between
; the 881/882 and the 040 FPUs.
; <1> 01/06/90 BG Added to TERROR/BBS for the time.
;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; File: FP881ctrl.a
;; Implementation of FP68K for machines using the Motorola MC68881
;; Copyright Apple Computer, Inc. 1985,1986,1987,1989,1990
;; All Rights Reserved
;; Confidential and Proprietary to Apple Computer,Inc.
;;
;; Written by Clayton Lewis, begun 7 Feb 85.
;; Debugged by Stuart McDonald.
;;
;; Modification history:
;; Rev5: 27 May 85
;; Rev6: 19 Dec 85 fix CVTz2x bug
;; Rev7: 16 Jun 86 CRL moved to MPW
;; Rev8: 11 Oct 86 -S.McD. changed version number from 3 to 4 .
;; 21 Nov 86 -S.McD. set chips IEEE status defaults, too.
;; Rev9: 06 Jan 87 -S.McD. changed version number from 4 to 5 .
;; 15 Jan 87 -S.McD. changed status and copyright notice.
;; 16 Jan 87 -S.McD. Arith and IntOp tables combinded; _SYSERROR call added.
;; 23 Jan 87 -S.McD. MC68881 directive moved to file fp881.a .
;; RevA: 24 Jan 87 -S.McD. changed version number from 5 to 6 .
;; RevB: 14 Dec 89 -S.McD. Complete rewrite begins.
;; 22 May 90 -S.McD. Goes alpha for Waimea. Copyright and version updated.
;; 7 Sep 90 -S.McD. Goes beta for Tim. Updated version number.
;; 30 Sep 90 -S.McD. Made fp exception handlers A-trap aware.
;; 30 Sep 90 -S.McD. Goes final for Terror alpha.
;; 6 Dec 90 -JPO Modified for MC68040 cache flushing and vectoring
;; to OPERROR handler.
;; 24 Oct 91 -CCH Flush entire cache on 020/030 machine after backpatch.
;; 6 Apr 92 -JPO Updated version number (to $0009) and copyright dates.
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;This is the sole entry point of the package.
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
BRA.S OMEGA881BASE
DC.W $00
STRING ASIS
DC.B 'PACK'
DC.W $4
DC.W $0009 ; version 9 <4/6/92, JPO>
;-----------------------------------------------------------
; THIS IS THE OLD-STYLE ENTRY POINT OF THE PACKAGE.
; THE STACK HAS THE FORM:
; <RET> <OPWORD> <ADRS1> <ADRS2> <ADRS3>
; WHERE THE NUMBER OF ADDRESSES DEPENDS ON THE OPERATION.
; MOST USE 2, SOME 1, ONLY BIN->DEC USES 3.
;-----------------------------------------------------------
OMEGA881BASE:
IF BACKPATCH THEN ; ••••• IF Using BackPatching THEN ••••• <T2>
;-----------------------------------------------------------
;-----------------------------------------------------------
; THIS CODE FILTERS THE INCOMING OPWORD. IF IT MATCHES ONE
; OF THE FAST CASES WE ATTEMPT TO REPLACE THE TRAP WITH A JSR.
; IF THE INCOMING OPWORD CORRESPONDS TO A FAST ROUTINE, WHETHER
; OR NOT THE TRAP CAN BE BACKPATCHED WITH A JSR, PROCESSING
; CONTINUES WITH THE APPROPRIATE FAST ROUTINE CODE.
;-----------------------------------------------------------
SUBQ #2,SP ; RESERVE 2 BYTES FOR HALF OF ADDR
MOVEM.L D0/A0-A1,-(SP) ; SAVE FEWER REGS
LEA QADDX,A0 ; ALWAYS STORE &QADDX INTO ITS JUMP ISLAND
MOVE.L A0,$0B6E ; HOME SO TRAPS HAVE A POINT OF REFERENCE
;-----------------------------------------------------------
; GET OPWORD INTO D0.
; COMPUTE INDEX = (8 * OPCODE) + FORMAT
; INTO TABLE OF HANDLERS FOR THE DIFFERENT POSSIBILITIES.
; WEED OUT FORMATS BEYOND 0-EXT, 1-DOUB, 2-SING.
; OPCODE BITS ARE 0X001F
; FORMAT BITS ARE 0X3800
; X96BIT BIT IS 0X0020
;
; NOWADAYS, WE SEEK TO PATCH THE COMMONEST CASES OF
; MOVE.W #XXXX,-(SP)
; _FP68K
; WITH A JSR TO THE CORRECT ABSOLUTE ADDRESS. SO WE BACK
; UP FROM THE USER'S PC TO SEE IF A TRAP WAS PRECEDED BY THE
; APPROPRIATE MOVE. ONE SPECIAL CASE IS ADD EXTENDED, WHOSE
; OPCODE IS ZERO. MOST SYSTEMS WILL EMIT A CLR.W -(SP),
; FOILING OUR PLAN. THE TRICK HERE IS TO USE A TWO-WORD JSR
; THROUGH THE LOW MEMORY LOCATION $0B6C.
;-----------------------------------------------------------
MOVE.W 18(SP),D0 ; OPCODE 0, ADD EXT
BNE.S OBASENOTADD ; IS SPECIAL CASE
MOVEA.L 14(SP),A1 ; JUST BEYOND USER'S CODE
SUBQ.L #2,A1 ; BACK UP TO TRAP
CMP #$A9EB,(A1) ; IS IT THE TRAP?
BNE.S VECTOROFF ; NO. DO FAST ADD ANYWAY.
SUBQ.L #2,A1 ; BACK UP TO CLR.W
CMP #$4267,(A1) ; IS IT CLR.W -(SP)?
BEQ.S FOUNDADD
SUBQ.L #2,A1
BRA.S TRYLONGADD
FOUNDADD:
MOVE.W #$4EB8,(A1)+ ; JSR ABS.W OPCODE
MOVE.W #$0B6C,(A1) ; STATE AREA ADDRESS
BSR.S FlushIt ; Flush cache line at A1 (User code) <T4>
MOVE.W #$4EF9,$0B6C ; Construct JMP island at $0B6C
MOVE.L #$0B6C,A1 ; Flush Jump Island at $B6C <T4>
BRA.S PullTheHandle ; <T4>
OBASENOTADD:
ROL.W #8,D0 ; XXXX383F --> XXXX3F38 ... SWAP BYTES
LSL.B #2,D0 ; XXXX3F38 --> XXXX3FE0 ... SCRUNCH TOGETHER
BFEXTS D0{18:10},D0 ; D0 ::= INDEX := 8 * OPCODE + FORMAT
MOVE (FP881CASE,PC,D0),D0; D0 = OFFSET
OBFASTADR:
LEA OMEGA881BASE(D0),A0 ; ADDRESS OF FAST ROUTINE
MOVEA.L 14(SP),A1 ; PT BEYOND USER'S CODE
SUBQ.L #2,A1 ; PT TO TRAP?
CMP #$A9EB,(A1) ; DID THEY TRAP?
BNE.S VECTOROFF ; NO. DO FAST ROUTINE ANYWAY.
SUBQ.L #4,A1 ; A MOVE.W IMMEDIATE TOO?
TRYLONGADD:
CMP #$3F3C,(A1)
BNE.S VECTOROFF ; NO. DO FAST ROUTINE ANYWAY.
MOVE.W #$4EB9,(A1)+ ; STUFF JSR OPCODE
MOVE.L A0,(A1) ; ADDRESS OF ROUTINE
PullTheHandle ; <T4>
BSR.S FlushIt ; Flush cache line at A1 (User code) <T4>
; BRA.S VECTOROFF ; and continue on <T4>
; <T4>
; -- Fall into Vector Off -- <T4>
VECTOROFF:
;-----------------------------------------------------------
; HAVE STACK = D0/A0/A1 < WORD SPACE < RET < OP CODE < ARGS
; WANT TO SET UP FAST ADRS < RET < ARGS,
; WIPING OUT OPCODE, SO WE CAN RTS TO ROUTINE.
;-----------------------------------------------------------
MOVE.L 14(SP),16(SP) ; COPY RETURN ADDR ATOP OPCODE
MOVE.L A0,12(SP) ; ADDRESS OF ROUTINE
LEA OPERRHANDLER,A0 ; INSTALL OPERR TRAP HANDLER INTO
cmpi.b #cpu68040,CPUFlag ; are we an 040? <T2>
blt.s @notAn040 ; brif we're NOT <T2><T4>
LEA OPERRHANDLER040,A0 ; INSTALL OPERR TRAP HANDLER INTO <T3>
MOVE.L A0,$1FD4 ; SPECIAL 040 OPERROR VECTOR <12/06/90, JPO>
bra.s @getOnWithIt ; <T2>
@notAn040 ; <T2>
MOVE.L A0,$0D0 ; LOW-MEM VECTOR (SEE TABLE 7-6 882 MAN)
@getOnWithIt ; <T2>
FMOVE.L FPCR,D0 ; ENABLE OPERAND ERROR TRAPPING
BSET #13,D0
FMOVE.L D0,FPCR
; STACK = D0...A1 < FAST ADRS < RET < ARGS
MOVEM.L (SP)+,D0/A0-A1 ; RESTORE REGS
RTS ; OFF TO ROUTINE WITH PRISTINE STACK
ELSE ; ••••• NOT using BackPatching ••••• <T2>
SUBQ #2,SP ; MAKE A HOLE
MOVEM.L D0/A0,-(SP) ; SAVE 2 REGISTERS
LEA QADDX,A0 ; ALWAYS STORE &QADDX INTO ITS JUMP ISLAND
MOVE.L A0,$0B6E ; HOME SO TRAPS HAVE A POINT OF REFERENCE
MOVE.W 14(SP),D0 ; GET OPWORD INTO D0
ROL.W #8,D0 ; XXXX383F --> XXXX3F38 ... SWAP BYTES
LSL.B #2,D0 ; XXXX3F38 --> XXXX3FE0 ... SCRUNCH TOGETHER
BFEXTS D0{18:9},D0 ; D0 ::= INDEX := 8 * OPCODE + FORMAT
MOVE (FP881CASE,PC,D0*2),D0 ; DO := OFFSET AT INDEX IN TABLE
LEA OMEGA881BASE(D0),A0 ; GO DO IT
MOVE.L 10(SP),12(SP) ; SLIDE RETURN ADDRESS ON TOP OF OPWORD
MOVE.L A0,8(SP) ; FILL RTS HOLE PROVIDED ABOVE
LEA OPERRHANDLER,A0 ; INSTALL OPERR TRAP HANDLER INTO
cmpi.b #cpu68040,CPUFlag ; are we an 040? <T2>
blt.s @notAn040 ; brif we're NOT <T2>
LEA OPERRHANDLER040,A0 ; INSTALL OPERR TRAP HANDLER INTO <T3>
MOVE.L A0,$1FD4 ; SPECIAL 040 OPERROR VECTOR <12/06/90, JPO>
bra.s @getOnWithIt ; <T2>
@notAn040 ; <T2>
MOVE.L A0,$0D0 ; LOW-MEM VECTOR (SEE TABLE 7-6 882 MAN)
@getOnWithIt ; <T2>
FMOVE.L FPCR,D0 ; ENABLE OPERAND ERROR TRAPPING
BSET #13,D0
FMOVE.L D0,FPCR
MOVEM.L (SP)+,D0/A0 ; RESTORE 2 REGISTERS
RTS ; DISPATCH
ENDIF ; {BACKPATCH}
*----------------------------------------------------------------------------------- <T4>
*--- FLushIt™ Deluxe 2.0 ----------------------------------------------------------- <T5> ReWritten in T5
*-----------------------------------------------------------------------------------
FlushIt CMPI.B #cpu68040,CPUFlag ; are we an 040
BLT.S @non040Flush ; CPU < 040? flush only the instruction cache
MOVEM.L D0-D4/A1/A2,-(SP) ; Save Regs
MOVE SR,D0 ; Get the SR
BTST #13,D0 ; Are we in Supervisor mode?
BNE.S @InSuper ; -> Yes, dont call _EnterSupervisorMode
_EnterSupervisorMode ; Switch modes
@InSuper MOVEQ #5,D1 ; Set the DFC value
MOVEC D1,DFC ; Set the Destination Function Code to 5
MOVEQ #1,D4 ; Setup loop count
SUBQ.L #2,A1 ; Push 2 data lines around A1
MOVE.L A1,A2 ; Copy the logical address
ORI #$0700,SR ; Disable IRQs till we exit
MOVE.W #$D000,D3 ; Build a mask based on the page size from bit #14 of TC
MOVEC TC,D2 ; Get Translation Control
LSR.W #2,D2 ; Move the TC bits (enable/page size) over 2
EOR.W D2,D3 ; Make the mask (for extracting the phys addr from MMUSR)
@FlusherRoo
PTESTR (A1) ; Get translated physical address
MOVEC MMUSR,D1 ; The address is in the high 20 bits of MMUSR
AND.W D3,D1 ; Mask off the unwanted bits (based on the MMU page size)
MOVE.W A1,D2 ; Get the logical address in D2
NOT D3 ; Flip the mask
AND.W D3,D2 ; Get the low bits of the logical address
OR.W D2,D1 ; Smack them on top of the high (physical addr) bits
MOVE.L D1,A1 ; Now A1 has the whole physical address (now wasn't that easy?)
CPUSHL BC,(A1) ; Invalidate the Cache Line
NOT D3 ; Flip the mask back for the next iteration
MOVE.L A2,A1 ; Restore the original logical address
ADD.W #$10,A1 ; Bump A1 to the next line
DBRA D4,@FlusherRoo ; Loop 1 more time
MOVE D0,SR ; Restore the SR (turning IRQs back on & switching to User mode)
MOVEM.L (SP)+,D0-D4/A1/A2 ; Restore the registers
RTS
; Flush the 020/030 I-Cache
; This REALLY should be a:
; _FlushInstructionCache
@non040Flush
MOVEC CACR,D0
ORI.W #$0808,D0 ; FOR 881/882, FLUSH _BOTH_ CACHES!! <Z7><H2>
MOVEC D0,CACR
RTS
*----------------------------------------------------------------------------------- <T4><T5>
DC.W QADDX96 - OMEGA881BASE ; ... 96BIT SANE DISPATCH TABLE.
DC.W QADDD96 - OMEGA881BASE
DC.W QADDS96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QADDI96 - OMEGA881BASE
DC.W QADDL96 - OMEGA881BASE
DC.W QADDC96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSETENV - OMEGA881BASE ; 1
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSUBX96 - OMEGA881BASE
DC.W QSUBD96 - OMEGA881BASE
DC.W QSUBS96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSUBI96 - OMEGA881BASE
DC.W QSUBL96 - OMEGA881BASE
DC.W QSUBC96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QGETENV - OMEGA881BASE ; 3
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QMULX96 - OMEGA881BASE
DC.W QMULD96 - OMEGA881BASE
DC.W QMULS96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QMULI96 - OMEGA881BASE
DC.W QMULL96 - OMEGA881BASE
DC.W QMULC96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSETHV - OMEGA881BASE ; 5
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QDIVX96 - OMEGA881BASE
DC.W QDIVD96 - OMEGA881BASE
DC.W QDIVS96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QDIVI96 - OMEGA881BASE
DC.W QDIVL96 - OMEGA881BASE
DC.W QDIVC96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QGETHV - OMEGA881BASE ; 7
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCMPX96 - OMEGA881BASE
DC.W QCMPD96 - OMEGA881BASE
DC.W QCMPS96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCMPI96 - OMEGA881BASE
DC.W QCMPL96 - OMEGA881BASE
DC.W QCMPC96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QDEC2X96- OMEGA881BASE ; 9
DC.W QDEC2D - OMEGA881BASE
DC.W QDEC2S - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QDEC2I - OMEGA881BASE
DC.W QDEC2L - OMEGA881BASE
DC.W QDEC2C - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCPXX96 - OMEGA881BASE
DC.W QCPXD96 - OMEGA881BASE
DC.W QCPXS96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCPXI96 - OMEGA881BASE
DC.W QCPXL96 - OMEGA881BASE
DC.W QCPXC96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QX2DEC96 - OMEGA881BASE ; B
DC.W QD2DEC - OMEGA881BASE
DC.W QS2DEC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QI2DEC - OMEGA881BASE
DC.W QL2DEC - OMEGA881BASE
DC.W QC2DEC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QREMX96 - OMEGA881BASE
DC.W QREMD96 - OMEGA881BASE
DC.W QREMS96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QREMI96 - OMEGA881BASE
DC.W QREML96 - OMEGA881BASE
DC.W QREMC96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QNEG - OMEGA881BASE ; D ??? S.McD.
DC.W QNEG - OMEGA881BASE
DC.W QNEG - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QX2X96 - OMEGA881BASE
DC.W QD2X96 - OMEGA881BASE
DC.W QS2X96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QI2X96 - OMEGA881BASE
DC.W QL2X96 - OMEGA881BASE
DC.W QC2X96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QABS - OMEGA881BASE ; F
DC.W QABS - OMEGA881BASE ; F
DC.W QABS - OMEGA881BASE ; F
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QX2X96 - OMEGA881BASE
DC.W QX2D96 - OMEGA881BASE
DC.W QX2S96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QX2I96 - OMEGA881BASE
DC.W QX2L96 - OMEGA881BASE
DC.W QX2C96 - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCPYSGN - OMEGA881BASE ; 11
DC.W QCPYSGN - OMEGA881BASE
DC.W QCPYSGN - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSQRTX96 -OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QNEXTX96 -OMEGA881BASE ; 13
DC.W QNEXTD -OMEGA881BASE
DC.W QNEXTS -OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QRINTX96 -OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSETXCP -OMEGA881BASE ; 15
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QTINTX96 -OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QPROCENTRY - OMEGA881BASE ; 17
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSCALBX96-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSCALBX96-OMEGA881BASE ; .W Added for Lisa's benefit
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QPROCEXIT - OMEGA881BASE ; 19
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QLOGBX96 -OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QTESTXCP - OMEGA881BASE ; 1B
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCLASSX96-OMEGA881BASE
DC.W QCLASSD -OMEGA881BASE
DC.W QCLASSS -OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCLASSC -OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
FP881CASE:
DC.W QADDX - OMEGA881BASE ; ... 80BIT SANE DISPATCH TABLE.
DC.W QADDD - OMEGA881BASE
DC.W QADDS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QADDI - OMEGA881BASE
DC.W QADDL - OMEGA881BASE
DC.W QADDC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSETENV - OMEGA881BASE ; 1
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSUBX - OMEGA881BASE
DC.W QSUBD - OMEGA881BASE
DC.W QSUBS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSUBI - OMEGA881BASE
DC.W QSUBL - OMEGA881BASE
DC.W QSUBC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QGETENV - OMEGA881BASE ; 3
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QMULX - OMEGA881BASE
DC.W QMULD - OMEGA881BASE
DC.W QMULS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QMULI - OMEGA881BASE
DC.W QMULL - OMEGA881BASE
DC.W QMULC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSETHV - OMEGA881BASE ; 5
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QDIVX - OMEGA881BASE
DC.W QDIVD - OMEGA881BASE
DC.W QDIVS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QDIVI - OMEGA881BASE
DC.W QDIVL - OMEGA881BASE
DC.W QDIVC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QGETHV - OMEGA881BASE ; 7
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCMPX - OMEGA881BASE
DC.W QCMPD - OMEGA881BASE
DC.W QCMPS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCMPI - OMEGA881BASE
DC.W QCMPL - OMEGA881BASE
DC.W QCMPC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QDEC2X - OMEGA881BASE ; 9
DC.W QDEC2D - OMEGA881BASE
DC.W QDEC2S - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QDEC2I - OMEGA881BASE
DC.W QDEC2L - OMEGA881BASE
DC.W QDEC2C - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCPXX - OMEGA881BASE
DC.W QCPXD - OMEGA881BASE
DC.W QCPXS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCPXI - OMEGA881BASE
DC.W QCPXL - OMEGA881BASE
DC.W QCPXC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QX2DEC - OMEGA881BASE ; B
DC.W QD2DEC - OMEGA881BASE
DC.W QS2DEC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QI2DEC - OMEGA881BASE
DC.W QL2DEC - OMEGA881BASE
DC.W QC2DEC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QREMX - OMEGA881BASE
DC.W QREMD - OMEGA881BASE
DC.W QREMS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QREMI - OMEGA881BASE
DC.W QREML - OMEGA881BASE
DC.W QREMC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QNEG - OMEGA881BASE ; D ??? S.McD.
DC.W QNEG - OMEGA881BASE
DC.W QNEG - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QX2X - OMEGA881BASE
DC.W QD2X - OMEGA881BASE
DC.W QS2X - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QI2X - OMEGA881BASE
DC.W QL2X - OMEGA881BASE
DC.W QC2X - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QABS - OMEGA881BASE ; F
DC.W QABS - OMEGA881BASE ; F
DC.W QABS - OMEGA881BASE ; F
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QX2X - OMEGA881BASE
DC.W QX2D - OMEGA881BASE
DC.W QX2S - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QX2I - OMEGA881BASE
DC.W QX2L - OMEGA881BASE
DC.W QX2C - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCPYSGN - OMEGA881BASE ; 11
DC.W QCPYSGN - OMEGA881BASE
DC.W QCPYSGN - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSQRTX - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QNEXTX - OMEGA881BASE ; 13
DC.W QNEXTD - OMEGA881BASE
DC.W QNEXTS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QRINTX - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSETXCP - OMEGA881BASE ; 15
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QTINTX - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QPROCENTRY - OMEGA881BASE ; 17
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSCALBX - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QSCALBX - OMEGA881BASE ; .W Added for Lisa's benefit
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QPROCEXIT - OMEGA881BASE ; 19
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QLOGBX - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QTESTXCP - OMEGA881BASE ; 1B
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCLASSX - OMEGA881BASE
DC.W QCLASSD - OMEGA881BASE
DC.W QCLASSS - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W QCLASSC - OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
DC.W UnknownOp-OMEGA881BASE
UnknownOp
MOVEQ #81,D0 ; Error exit for unknown Op code. -S.McD.
_SysError
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