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cpu mcf5202 ; ISA A
supmode on
cpu mcf5208 ; ISA A+
supmode on
bitrev d4 ; $00cn
bitrev.l d4
byterev d6 ; $02cn
byterev.l d6
ff1 d2 ; $04cn
ff1.l d2
move.l usp,a3 ; $4e6(8n)
move.l a5,usp ; $4e6(0n)
stldsr #$55aa ; $40e7 $46fc iiii
stldsr.w #$55aa
cpu mcf5407 ; ISA B
bra.x *+100000 ; $60ff dddd dddd
bra *+100000
bsr.x *+100000 ; $61ff dddd dddd
bsr *+100000
bne.x *+100000 ; $66ff dddd dddd
bne *+100000
cmp.b d3,d2 ; %1011 010(d2) 000(b)|001(w) eeeaaa
cmp.w d3,d2
cmp.b a3,d2
cmp.w a3,d2
cmp.b (a5),d2
cmp.w (a5),d2
cmp.b (a4)+,d2
cmp.w (a4)+,d2
cmp.b -(a1),d2
cmp.w -(a1),d2
cmp.b (1000,sp),d2
cmp.w (1000,sp),d2
cmp.b (-100,d4,a6),d2
cmp.w (-100,d4,a6),d2
cmp.b ($1234),d2
cmp.b ($1234.w),d2
cmp.w ($1234),d2
cmp.w ($1234.w),d2
cmp.b ($12345678),d2
cmp.b ($12345678.l),d2
cmp.w ($12345678),d2
cmp.w ($12345678.l),d2
cmp.b #$56,d2
cmp.w #$5678,d2
cmp.b (*+1000,pc),d2
cmp.w (*+1000,pc),d2
cmp.b (*-100,d3,pc),d2
cmp.w (*-100,d3,pc),d2
cmpa.w d3,a2 ; %1011 010(a2) 011(w) eeeaaaa
cmp.w d3,a2
cmpa.w a3,a2
cmp.w a3,a2
cmpa.w (a5),a2
cmp.w (a5),a2
cmpa.w (a4)+,a2
cmp.w (a4)+,a2
cmpa.w -(a1),a2
cmp.w -(a1),a2
cmpa.w (1000,sp),a2
cmp.w (1000,sp),a2
cmpa.w (-100,d4,a6),a2
cmp.w (-100,d4,a6),a2
cmpa.w ($1234),a2
cmpa.w ($1234.w),a2
cmp.w ($1234),a2
cmp.w ($1234.w),a2
cmpa.w ($12345678),a2
cmpa.w ($12345678.l),a2
cmp.w ($12345678),a2
cmp.w ($12345678.l),a2
cmpa.w #$56,a2
cmp.w #$5678,a2
cmpa.w (*+1000,pc),a2
cmp.w (*+1000,pc),a2
cmpa.w (*-100,d3,pc),a2
cmp.w (*-100,d3,pc),a2
cmpi.b #$55,d3
cmpi.w #$6666,d3
intouch (a4) ; $f42(1|reg)
mov3q #-1,d3 ; %1010 iii1 01ee eaaa
mov3q.l #-1,d3
mov3q #1,d3
mov3q.l #1,d3
mov3q #7,d3
mov3q.l #7,d3
mov3q #1,a5
mov3q.l #1,a5
mov3q #1,(a4)
mov3q.l #1,(a4)
mov3q #1,(a1)+
mov3q.l #1,(a1)+
mov3q #1,-(a6)
mov3q.l #1,-(a6)
mov3q #1,(1000,a6)
mov3q.l #1,(a6,1000)
mov3q #1,(-100,a6,d5)
mov3q.l #1,(d5,a6,-100)
mov3q #1,($3456)
mov3q.l #1,$3456
mov3q #1,($123456)
mov3q.l #1,$123456
irp instr,mvs,mvz
irp src,d3,a3,(a3),(a3)+,-(a3),(1000,a3),(-100,a3,d3),($1234),($12345678),(*+1000,pc),(*-100,pc,d3),#42
instr src,d7
instr.b src,d7
instr.w src,d7
endm
endm
sats d4 ; $4c8(Dn)
sats.l d4
irp dest,(a3),(a3)+,-(a3),(1000,a3),(-100,a3,d3),($1234),($12345678)
tas dest
tas.b dest
endm
fpu on
irp instr,fabs,fsabs,fdabs
instr.b d2,fp4
instr.w d2,fp4
instr.l d2,fp4
instr.s d2,fp4
irp src,(a2),(a2)+,-(a2),(1000,a2),(*+1000,pc)
instr.b src,fp4
instr.w src,fp4
instr.l src,fp4
instr.s src,fp4
instr.d src,fp4
instr src,fp4
endm
instr fp2,fp4
instr.d fp2,fp4
instr fp4
instr.d fp4
endm
; (E)MAC stuff
cpu mcf5470
irp instr,mac,msac
irp noshift,x
instr.l a4,d3
instr.l a4,d3,(a5),a6,acc
instr.l a4,d3,(1000,a5),a6,acc0
instr.l a4,d3,(a5)&,a6
instr.l a4,d3,(1000,a5)&,a6
instr.l a4,d3,(a5)&mask,a6
instr.l a4,d3,(1000,a5)&mask,a6
irp half1,l,u
irp half2,l,u
instr.w a4.half1,d3.half2
; we might iterate here through mask arg and other EMAC ACCs either...
endm
endm
endm
irp shift,<<0,>>0,<<,>>,<<1,>>1
instr.l a4,d3,shift
instr.l a4,d3,shift,(a5),a6,acc
instr.l a4,d3,shift,(1000,a5),a6,acc0
instr.l a4,d3,shift,(a5)&,a6
instr.l a4,d3,shift,(1000,a5)&,a6
instr.l a4,d3,shift,(a5)&mask,a6
instr.l a4,d3,shift,(1000,a5)&mask,a6
irp half1,l,u
irp half2,l,u
instr.w a4.half1,d3.half2,shift
; we might iterate here through mask arg and other EMAC ACCs either...
endm
endm
endm
endm
irp reg,acc,acc0,acc1,acc2,acc3,macsr,mask,accext01,accext23
move reg,d4
move.l reg,d4
move reg,a4
move.l reg,a4
move d4,reg
move.l d4,reg
move a4,reg
move.l a4,reg
move #$12345678,reg
move.l #$12345678,reg
endm
move MACSR,ccr
move.l MACSR,ccr
move acc2,acc3
move.l acc2,acc3
irp reg,acc,acc0,acc1,acc2,acc3
movclr reg,d4
movclr.l reg,d4
movclr reg,a4
movclr.l reg,a4
endm
irp instr,maaac,masac,msaac,mssac
irp noshift,x
instr.l a4,d3,acc1,acc3
irp half1,l,u
irp half2,l,u
instr.w a4.half1,d3.half2,acc1,acc3
endm
endm
endm
irp shift,<<0,>>0,<<1,>>1
instr.l a4,d3,shift,acc1,acc3
irp half1,l,u
irp half2,l,u
instr.w a4.half1,d3.half2,shift,acc1,acc3
endm
endm
endm
endm
; test CAU
cpu mcf51qm
include "regcold.inc"
; it took me quite a while to get hold of cf_prm_coproc.pdf...
cp0ld.l #CNOP ; NOP
cp0ld #CNOP ; 32 bit is default opsize (and only one allowed for CAU)
cp0ld d0,CNOP
cp0ld d0,d0,CNOP
cp0ld d0,0,CNOP
cp0ld d0,d0,0,CNOP
cp0nop ; should be same...
cp0nop 0
cp0ld d1,#LDR+CA0 ; Load D1 -> CA0
cp0st d2,#STR+CA1 ; Store CA1 -> D2
cp0ld d3,#ADR+CA2 ; CA2 += D3
cp0ld #ADRA+CA3 ; CAA += CA3
cp0ld d4,#XOR+CAA ; CAA ^= D4
cp0ld #MVRA+CA5 ; CAA <- CA5
cp0ld #MVAR+CA6 ; CA6 <- CAA
cp0ld #AESS+CA7 ; CA7 <- AES-subsitution(CA7)
cp0ld #AESIS+CA8 ; CA8 <- AES-inverse-subsitution(CA8)
cp0ld d5,#AESC+CA1 ; CA1 <- AES-column-operation(D5)
cp0ld d6,#AESIC+CA2 ; CA2 <- AES-inverse-column-operation(D6)
cp0ld #AESR ; AES row shift op on CA0...CA3
cp0ld #AESIR ; AES inverse row shift op on CA0...CA3
cp0ld #DESR ; DES round on CA0...CA3
cp0ld #DESR+IP ; " with initial permutation
cp0ld #DESR+FP ; " with final permutation
cp0ld #DESR+KSL2 ; " with left 2 key update
cp0ld #DESK ; DES key transformation
cp0ld #DESK+CP ; " with key parity error detection
cp0ld #DESK+DC ; " for decryption
cp0ld #HASH+HFF ; MD5 F() operation
cp0ld #HASH+HFG ; MD5 G() operation
cp0ld #HASH+HFH ; MD5 H() operation
cp0ld #HASH+HFI ; MD5 I() operation
cp0ld #HASH+HFC ; SHA Ch() operation
cp0ld #HASH+HFM ; SHA Maj() operation
cp0ld #HASH+HF2C ; SHA-256 Ch() operation
cp0ld #HASH+HF2M ; SHA-256 Maj() operation
cp0ld #HASH+HF2S ; SHA-256 Sigma 0 operation
cp0ld #HASH+HF2T ; SHA-256 Sigma 1 operation
cp0ld #HASH+HF2U ; SHA-256 Sigma 0 operation
cp0ld #HASH+HF2V ; SHA-256 Sigma 1 operation
cp0ld #SHS ; secure hash shift on CAA...CA4
cp0ld #MDS ; message digest shift on CAA...CA3
cp0ld #SHS2 ; secure hash shift 2 on CAA...CA8
cp0ld #ILL ; illegal command
cp0bcbusy *+4 ; not needed for CAU?
cp1bcbusy *-4