6502bench/SourceGen/SGTestData/Expected/2009-branches-and-banks_Merlin32.S

longsym  equ   $123456

         org   $1000
         clc
         xce
         sep   #$30
         jmp   L0000

         org   $0000
L0000    bit:  L0000
L0003    lda   L0000
         lda   L0003
         dfb   $d0,$ba
         dfb   $30,$b8
         dfb   $62,$b5,$ff
         bvs   L0016
         brl   L0080

lodat    dfb   $00
         dfb   $01
         dfb   $02

L0016    lda   lodat+1
         dfb   $82,$a5,$ff

         org   $0080
L0080    bit:  L0080
         jml   L440000

         org   $ffc0
LFFC0    bit   LFFC0
LFFC3    dfb   $82,$3d,$00

         org   $440000
L440000  cmpl  L440000
L440004  ldal  L440000
         lda:  L440000
         lda   L0000
         bmi   L440004
         dfb   $62,$b2,$ff
         dfb   $d0,$b0
         dfb   $82,$a9,$ff

dat44    dw    dat44
         adr   dat44

         org   $44ffc0
L44FFC0  cmpl  L44FFC0
high44   beq   L44FFCB
         dfb   $30,$3c
         dfb   $82,$39,$00

L44FFCB  jml   L2000

         org   $2000
L2000    bit   L2000
         pea   dat44
         pea   ^dat44
         bne   L200E
         jml   [lodat]

L200E    nop
         jsr   j2
j2       jsr   j2+3
         jsr   j2-3
         jsl   longsym
         rts
Initial file commit 2018-09-28 10:05:11 -07:00			`longsym equ $123456`

			`org $1000`
			`clc`
			`xce`
			`sep #$30`
			`jmp L0000`

			`org $0000`
			`L0000 bit: L0000`
			`L0003 lda L0000`
			`lda L0003`
			`dfb $d0,$ba`
			`dfb $30,$b8`
			`dfb $62,$b5,$ff`
Add a blank line between constants and addresses In the assembler output, add a blank line between the constants and addresses in the long list of equates. The earlier change that corrected the BIT instruction caused test 2009-branches-and-banks to fail, because it was relying on the idea that BIT made the carry flag indeterminate. Changing a BCC to a BVS restored the desired behavior. 2019-10-22 22:43:10 -07:00			`bvs L0016`
Initial file commit 2018-09-28 10:05:11 -07:00			`brl L0080`

			`lodat dfb $00`
			`dfb $01`
			`dfb $02`

			`L0016 lda lodat+1`
			`dfb $82,$a5,$ff`

			`org $0080`
			`L0080 bit: L0080`
			`jml L440000`

			`org $ffc0`
			`LFFC0 bit LFFC0`
			`LFFC3 dfb $82,$3d,$00`

			`org $440000`
			`L440000 cmpl L440000`
			`L440004 ldal L440000`
			`lda: L440000`
			`lda L0000`
			`bmi L440004`
			`dfb $62,$b2,$ff`
			`dfb $d0,$b0`
			`dfb $82,$a9,$ff`

			`dat44 dw dat44`
			`adr dat44`

			`org $44ffc0`
			`L44FFC0 cmpl L44FFC0`
			`high44 beq L44FFCB`
			`dfb $30,$3c`
			`dfb $82,$39,$00`

			`L44FFCB jml L2000`

			`org $2000`
			`L2000 bit L2000`
			`pea dat44`
			`pea ^dat44`
			`bne L200E`
			`jml [lodat]`

			`L200E nop`
			`jsr j2`
			`j2 jsr j2+3`
			`jsr j2-3`
			`jsl longsym`
			`rts`