6502bench/SourceGen/SGTestData/Expected/2002-allops-value-65C02_64tass.S

        .cpu    "65c02"
*       =       $1000
        jsr     L1014
        jsr     L108A
        jsr     L10C4
        jsr     L10D8
        jsr     L10F6
        nop
        nop
        nop
        .byte   $00,$ff

L1014   ora     ($ff,x)
        .byte   $02,$ff
        .byte   $03
        tsb     $ff
        ora     $ff
        asl     $ff
        .byte   $07
        php
        ora     #$ff
        asl     a
        .byte   $0b
        tsb     $feff
        ora     $feff
        asl     $feff
        .byte   $0f
        bpl     L1031
L1031   ora     ($ff),y
        ora     ($ff)
        .byte   $13
        trb     $ff
        ora     $ff,x
        asl     $ff,x
        .byte   $17
        clc
        ora     $feff,y
        inc     a
        .byte   $1b
        trb     $feff
        ora     $feff,x
        asl     $feff,x
        .byte   $1f
        jsr     $feff
        and     ($ff,x)
        .byte   $22,$ff
        .byte   $23
        bit     $ff
        and     $ff
        rol     $ff
        .byte   $27
        plp
        and     #$ff
        rol     a
        .byte   $2b
        bit     $feff
        and     $feff
        rol     $feff
        .byte   $2f
        bmi     L106D
L106D   and     ($ff),y
        and     ($ff)
        .byte   $33
        bit     $ff,x
        and     $ff,x
        rol     $ff,x
        .byte   $37
        sec
        and     $feff,y
        dec     a
        .byte   $3b
        bit     $feff,x
        and     $feff,x
        rol     $feff,x
        .byte   $3f
        rti

L108A   eor     ($ff,x)
        .byte   $42,$ff
        .byte   $43
        .byte   $44,$ff
        eor     $ff
        lsr     $ff
        .byte   $47
        pha
        eor     #$ff
        lsr     a
        .byte   $4b
        jmp     L109E

L109E   eor     $feff
        lsr     $feff
        .byte   $4f
        bvc     L10A7
L10A7   eor     ($ff),y
        eor     ($ff)
        .byte   $53
        .byte   $54,$ff
        eor     $ff,x
        lsr     $ff,x
        .byte   $57
        cli
        eor     $feff,y
        phy
        .byte   $5b
        .byte   $5c,$ff,$fe
        eor     $feff,x
        lsr     $feff,x
        .byte   $5f
        rts

L10C4   adc     ($ff,x)
        .byte   $62,$ff
        .byte   $63
        stz     $ff
        adc     $ff
        ror     $ff
        .byte   $67
        pla
        adc     #$ff
        ror     a
        .byte   $6b
        jmp     ($feff)

L10D8   adc     $feff
        ror     $feff
        .byte   $6f
        bvs     L10E1
L10E1   adc     ($ff),y
        adc     ($ff)
        .byte   $73
        stz     $ff,x
        adc     $ff,x
        ror     $ff,x
        .byte   $77
        sei
        adc     $feff,y
        ply
        .byte   $7b
        jmp     ($feff,x)

L10F6   adc     $feff,x
        ror     $feff,x
        .byte   $7f
        bra     L10FF

L10FF   sta     ($ff,x)
        .byte   $82,$ff
        .byte   $83
        sty     $ff
        sta     $ff
        stx     $ff
        .byte   $87
        dey
        bit     #$ff
        txa
        .byte   $8b
        sty     $feff
        sta     $feff
        stx     $feff
        .byte   $8f
        bcc     L111C
L111C   sta     ($ff),y
        sta     ($ff)
        .byte   $93
        sty     $ff,x
        sta     $ff,x
        stx     $ff,y
        .byte   $97
        tya
        sta     $feff,y
        txs
        .byte   $9b
        stz     $feff
        sta     $feff,x
        stz     $feff,x
        .byte   $9f
        ldy     #$ff
        lda     ($ff,x)
        ldx     #$ff
        .byte   $a3
        ldy     $ff
        lda     $ff
        ldx     $ff
        .byte   $a7
        tay
        lda     #$ff
        tax
        .byte   $ab
        ldy     $feff
        lda     $feff
        ldx     $feff
        .byte   $af
        bcs     L1157
L1157   lda     ($ff),y
        lda     ($ff)
        .byte   $b3
        ldy     $ff,x
        lda     $ff,x
        ldx     $ff,y
        .byte   $b7
        clv
        lda     $feff,y
        tsx
        .byte   $bb
        ldy     $feff,x
        lda     $feff,x
        ldx     $feff,y
        .byte   $bf
        cpy     #$ff
        cmp     ($ff,x)
        .byte   $c2,$ff
        .byte   $c3
        cpy     $ff
        cmp     $ff
        dec     $ff
        .byte   $c7
        iny
        cmp     #$ff
        dex
        .byte   $cb
        cpy     $feff
        cmp     $feff
        dec     $feff
        .byte   $cf
        bne     L1192
L1192   cmp     ($ff),y
        cmp     ($ff)
        .byte   $d3
        .byte   $d4,$ff
        cmp     $ff,x
        dec     $ff,x
        .byte   $d7
        cld
        cmp     $feff,y
        phx
        .byte   $db
        .byte   $dc,$ff,$fe
        cmp     $feff,x
        dec     $feff,x
        .byte   $df
        cpx     #$ff
        sbc     ($ff,x)
        .byte   $e2,$ff
        .byte   $e3
        cpx     $ff
        sbc     $ff
        inc     $ff
        .byte   $e7
        inx
        sbc     #$ff
        nop
        .byte   $eb
        cpx     $feff
        sbc     $feff
        inc     $feff
        .byte   $ef
        beq     L11CD
L11CD   sbc     ($ff),y
        sbc     ($ff)
        .byte   $f3
        .byte   $f4,$ff
        sbc     $ff,x
        inc     $ff,x
        .byte   $f7
        sed
        sbc     $feff,y
        plx
        .byte   $fb
        .byte   $fc,$ff,$fe
        sbc     $feff,x
        inc     $feff,x
        .byte   $ff
Progress toward 64tass support Most tests pass, but 2007-labels-and-symbols fails because the expressions recognized by 64tass don't match up with either of the other assemblers. This is currently using a workaround for the local label syntax. 64tass uses '_' as the prefix, which is unfortunate since SourceGen explicitly allowed underscores in labels. (So does 64tass for that matter, but it treats labels specially when the '_' comes first.) We will need to rename any non-local user labels that start with '_'. (issue #16) 2018-10-23 23:06:29 +00:00			`.cpu "65c02"`
			`* = $1000`
			`jsr L1014`
			`jsr L108A`
			`jsr L10C4`
			`jsr L10D8`
			`jsr L10F6`
			`nop`
			`nop`
			`nop`
			`.byte $00,$ff`

			`L1014 ora ($ff,x)`
			`.byte $02,$ff`
			`.byte $03`
			`tsb $ff`
			`ora $ff`
			`asl $ff`
			`.byte $07`
			`php`
			`ora #$ff`
			`asl a`
			`.byte $0b`
			`tsb $feff`
			`ora $feff`
			`asl $feff`
			`.byte $0f`
			`bpl L1031`
			`L1031 ora ($ff),y`
			`ora ($ff)`
			`.byte $13`
			`trb $ff`
			`ora $ff,x`
			`asl $ff,x`
			`.byte $17`
			`clc`
			`ora $feff,y`
			`inc a`
			`.byte $1b`
			`trb $feff`
			`ora $feff,x`
			`asl $feff,x`
			`.byte $1f`
			`jsr $feff`
			`and ($ff,x)`
			`.byte $22,$ff`
			`.byte $23`
			`bit $ff`
			`and $ff`
			`rol $ff`
			`.byte $27`
			`plp`
			`and #$ff`
			`rol a`
			`.byte $2b`
			`bit $feff`
			`and $feff`
			`rol $feff`
			`.byte $2f`
			`bmi L106D`
			`L106D and ($ff),y`
			`and ($ff)`
			`.byte $33`
			`bit $ff,x`
			`and $ff,x`
			`rol $ff,x`
			`.byte $37`
			`sec`
			`and $feff,y`
			`dec a`
			`.byte $3b`
			`bit $feff,x`
			`and $feff,x`
			`rol $feff,x`
			`.byte $3f`
			`rti`

			`L108A eor ($ff,x)`
			`.byte $42,$ff`
			`.byte $43`
			`.byte $44,$ff`
			`eor $ff`
			`lsr $ff`
			`.byte $47`
			`pha`
			`eor #$ff`
			`lsr a`
			`.byte $4b`
			`jmp L109E`

			`L109E eor $feff`
			`lsr $feff`
			`.byte $4f`
			`bvc L10A7`
			`L10A7 eor ($ff),y`
			`eor ($ff)`
			`.byte $53`
			`.byte $54,$ff`
			`eor $ff,x`
			`lsr $ff,x`
			`.byte $57`
			`cli`
			`eor $feff,y`
			`phy`
			`.byte $5b`
			`.byte $5c,$ff,$fe`
			`eor $feff,x`
			`lsr $feff,x`
			`.byte $5f`
			`rts`

			`L10C4 adc ($ff,x)`
			`.byte $62,$ff`
			`.byte $63`
			`stz $ff`
			`adc $ff`
			`ror $ff`
			`.byte $67`
			`pla`
			`adc #$ff`
			`ror a`
			`.byte $6b`
			`jmp ($feff)`

			`L10D8 adc $feff`
			`ror $feff`
			`.byte $6f`
			`bvs L10E1`
			`L10E1 adc ($ff),y`
			`adc ($ff)`
			`.byte $73`
			`stz $ff,x`
			`adc $ff,x`
			`ror $ff,x`
			`.byte $77`
			`sei`
			`adc $feff,y`
			`ply`
			`.byte $7b`
			`jmp ($feff,x)`

			`L10F6 adc $feff,x`
			`ror $feff,x`
			`.byte $7f`
			`bra L10FF`

			`L10FF sta ($ff,x)`
			`.byte $82,$ff`
			`.byte $83`
			`sty $ff`
			`sta $ff`
			`stx $ff`
			`.byte $87`
			`dey`
			`bit #$ff`
			`txa`
			`.byte $8b`
			`sty $feff`
			`sta $feff`
			`stx $feff`
			`.byte $8f`
			`bcc L111C`
			`L111C sta ($ff),y`
			`sta ($ff)`
			`.byte $93`
			`sty $ff,x`
			`sta $ff,x`
			`stx $ff,y`
			`.byte $97`
			`tya`
			`sta $feff,y`
			`txs`
			`.byte $9b`
			`stz $feff`
			`sta $feff,x`
			`stz $feff,x`
			`.byte $9f`
			`ldy #$ff`
			`lda ($ff,x)`
			`ldx #$ff`
			`.byte $a3`
			`ldy $ff`
			`lda $ff`
			`ldx $ff`
			`.byte $a7`
			`tay`
			`lda #$ff`
			`tax`
			`.byte $ab`
			`ldy $feff`
			`lda $feff`
			`ldx $feff`
			`.byte $af`
			`bcs L1157`
			`L1157 lda ($ff),y`
			`lda ($ff)`
			`.byte $b3`
			`ldy $ff,x`
			`lda $ff,x`
			`ldx $ff,y`
			`.byte $b7`
			`clv`
			`lda $feff,y`
			`tsx`
			`.byte $bb`
			`ldy $feff,x`
			`lda $feff,x`
			`ldx $feff,y`
			`.byte $bf`
			`cpy #$ff`
			`cmp ($ff,x)`
			`.byte $c2,$ff`
			`.byte $c3`
			`cpy $ff`
			`cmp $ff`
			`dec $ff`
			`.byte $c7`
			`iny`
			`cmp #$ff`
			`dex`
			`.byte $cb`
			`cpy $feff`
			`cmp $feff`
			`dec $feff`
			`.byte $cf`
			`bne L1192`
			`L1192 cmp ($ff),y`
			`cmp ($ff)`
			`.byte $d3`
			`.byte $d4,$ff`
			`cmp $ff,x`
			`dec $ff,x`
			`.byte $d7`
			`cld`
			`cmp $feff,y`
			`phx`
			`.byte $db`
			`.byte $dc,$ff,$fe`
			`cmp $feff,x`
			`dec $feff,x`
			`.byte $df`
			`cpx #$ff`
			`sbc ($ff,x)`
			`.byte $e2,$ff`
			`.byte $e3`
			`cpx $ff`
			`sbc $ff`
			`inc $ff`
			`.byte $e7`
			`inx`
			`sbc #$ff`
			`nop`
			`.byte $eb`
			`cpx $feff`
			`sbc $feff`
			`inc $feff`
			`.byte $ef`
			`beq L11CD`
			`L11CD sbc ($ff),y`
			`sbc ($ff)`
			`.byte $f3`
			`.byte $f4,$ff`
			`sbc $ff,x`
			`inc $ff,x`
			`.byte $f7`
			`sed`
			`sbc $feff,y`
			`plx`
			`.byte $fb`
			`.byte $fc,$ff,$fe`
			`sbc $feff,x`
			`inc $feff,x`
			`.byte $ff`