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https://github.com/fadden/6502bench.git
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2065f4ef9e
This worked, sort of. The problem is that SourceGen will revert to hex output in certain situations, such as a broken symbolic reference. There happens to be one in the ZIPPY example, and it's on a relative branch. The goal with the segment stuff is to allow cc65 to treat the source as relocatable code. In that context, a relative branch to an absolute address doesn't make any sense, so the assembler reports a range error. We don't currently have a mechanism that guarantees no references are broken (and no affordance for finding them), so we can't make this mode the default yet. Instead, we continue to use the generic config, but generate the correct set of lines as comments. (issue #39)
262 lines
4.1 KiB
ArmAsm
262 lines
4.1 KiB
ArmAsm
.setcpu "65816"
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; .segment "SEG000"
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.org $1000
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.a8
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.i8
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clc
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xce
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sep #$ff
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clv
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cld
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cli
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clc
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lda #$80
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lda #$01
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sed
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sei
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sec
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lda #$ff
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adc #$00
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sep #$ff
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rep #$80
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rep #$40
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rep #$20
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.a16
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rep #$10
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.i16
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rep #$08
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rep #$04
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rep #$02
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rep #$01
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sep #$00
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sep #$ff
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.a8
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.i8
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rep #$00
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rep #$ff
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.a16
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.i16
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lda #$feed
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sec
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xce
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.a8
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.i8
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lda #$ff
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rep #$30
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lda #$ff
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clc
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xce
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lda #$ff
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rep #$20
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.a16
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sep #$10
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lda #$0000
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ldx #$01
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ldy #$02
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sep #$20
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.a8
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rep #$10
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.i16
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lda #$01
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ldx #$0000
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ldy #$0000
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sep #$30
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.i8
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lda #$00
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pha
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plp
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rep #$80
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bpl L105F
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.byte $00
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.byte $00
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L105F: sep #$80
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bpl L1065
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bmi L1067
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L1065: .byte $00
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.byte $00
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L1067: rep #$40
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bvc L106D
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.byte $00
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.byte $00
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L106D: sep #$40
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bvs L1073
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.byte $00
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.byte $00
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L1073: rep #$01
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bcc L1079
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.byte $00
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.byte $00
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L1079: sep #$01
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bcs L107F
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.byte $00
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.byte $00
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L107F: rep #$02
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bne L1085
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.byte $00
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.byte $00
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L1085: sep #$02
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beq L108B
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.byte $00
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.byte $00
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L108B: sep #$ff
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lda #$01
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bne L1093
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.byte $00
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.byte $db
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L1093: lda #$00
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beq L1099
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.byte $00
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.byte $db
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L1099: bpl L109D
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.byte $00
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.byte $db
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L109D: lda #$80
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bmi L10A3
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.byte $00
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.byte $db
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L10A3: lda #$ff
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and #$00
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beq L10AB
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.byte $00
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.byte $db
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L10AB: lda #$00
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and #$ff
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beq L10B3
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.byte $00
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.byte $db
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L10B3: lda #$ff
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and #$7f
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bne L10BB
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.byte $00
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.byte $db
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L10BB: bpl L10BF
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.byte $00
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.byte $db
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L10BF: lda #$ff
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and #$80
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bmi L10C7
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.byte $00
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.byte $db
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L10C7: lda #$00
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ora #$00
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beq L10CF
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.byte $00
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.byte $db
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L10CF: ora #$01
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bne L10D5
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.byte $00
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.byte $db
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L10D5: lda #$00
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ora #$7f
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bpl L10DD
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.byte $00
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.byte $db
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L10DD: ora #$80
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bmi L10E3
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.byte $00
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.byte $db
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L10E3: lda L10E3
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sec
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ror A
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bmi L10EC
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.byte $00
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.byte $dc
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L10EC: clc
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ror A
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bpl L10F2
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.byte $00
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.byte $dc
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L10F2: lda #$00
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sec
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rol A
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bne L10FA
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.byte $00
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.byte $dc
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L10FA: clc
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php
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sec
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plp
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bcc L1102
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.byte $00
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.byte $00
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L1102: rep #$20
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.a16
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sep #$10
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jsr L111D
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rep #$30
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.i16
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jsr L1123
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sep #$30
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.a8
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.i8
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jsr L1123
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rep #$20
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.a16
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sep #$10
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jsr L111D
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sep #$30
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.a8
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rts
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.a16
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L111D: lda #$1234
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ldx #$ff
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rts
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.a8
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L1123: lda #$ff
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ldx #$ee
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ldy #$dd
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rts
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