6502bench/SourceGen/SGTestData/Expected/10022-embedded-instructions_acme.S

        !cpu    65816
*       =       $1000
        !as
        !rs
        jsr     L1006
        jmp     L1020

L1006   sep     #$30
        lda     $00
        beq     @L100F
        lda     #$00
        brk

@L100F  sta+3   $012345
        lda     $00
        beq     @L101A
        lda     #$00
        !byte   $85
@L101A  !byte   $8f
        eor     $23
        !byte   $01
        nop
        rts

L1020   !byte   $af
Finish ACME v0.96.4 support There's no easy way to make non-zero-bank 65816 code work, so I'm punting and just generating a whole-file hex dump for those. This renders tests 2007 and 2009 useless, so I'm hesitant to claim that ACME support is fully functional. 2019-08-04 14:48:42 -07:00			`!cpu 65816`
			`* = $1000`
			`!as`
			`!rs`
Refactor tests 1002x and 1003x Tests 10022-embedded-instructions and 10032-flags-and-branches were a mix of 6502 and 65816 code. The 6502 code has been separated into its own file, so that the tests can be run on 8-bit-only assemblers. 2020-10-18 20:30:42 -07:00			`jsr L1006`
			`jmp L1020`
Finish ACME v0.96.4 support There's no easy way to make non-zero-bank 65816 code work, so I'm punting and just generating a whole-file hex dump for those. This renders tests 2007 and 2009 useless, so I'm hesitant to claim that ACME support is fully functional. 2019-08-04 14:48:42 -07:00
Refactor tests 1002x and 1003x Tests 10022-embedded-instructions and 10032-flags-and-branches were a mix of 6502 and 65816 code. The 6502 code has been separated into its own file, so that the tests can be run on 8-bit-only assemblers. 2020-10-18 20:30:42 -07:00			`L1006 sep #$30`
Finish ACME v0.96.4 support There's no easy way to make non-zero-bank 65816 code work, so I'm punting and just generating a whole-file hex dump for those. This renders tests 2007 and 2009 useless, so I'm hesitant to claim that ACME support is fully functional. 2019-08-04 14:48:42 -07:00			`lda $00`
Refactor tests 1002x and 1003x Tests 10022-embedded-instructions and 10032-flags-and-branches were a mix of 6502 and 65816 code. The 6502 code has been separated into its own file, so that the tests can be run on 8-bit-only assemblers. 2020-10-18 20:30:42 -07:00			`beq @L100F`
Finish ACME v0.96.4 support There's no easy way to make non-zero-bank 65816 code work, so I'm punting and just generating a whole-file hex dump for those. This renders tests 2007 and 2009 useless, so I'm hesitant to claim that ACME support is fully functional. 2019-08-04 14:48:42 -07:00			`lda #$00`
			`brk`

Refactor tests 1002x and 1003x Tests 10022-embedded-instructions and 10032-flags-and-branches were a mix of 6502 and 65816 code. The 6502 code has been separated into its own file, so that the tests can be run on 8-bit-only assemblers. 2020-10-18 20:30:42 -07:00			`@L100F sta+3 $012345`
			`lda $00`
			`beq @L101A`
			`lda #$00`
			`!byte $85`
			`@L101A !byte $8f`
			`eor $23`
			`!byte $01`
Finish ACME v0.96.4 support There's no easy way to make non-zero-bank 65816 code work, so I'm punting and just generating a whole-file hex dump for those. This renders tests 2007 and 2009 useless, so I'm hesitant to claim that ACME support is fully functional. 2019-08-04 14:48:42 -07:00			`nop`
			`rts`

Refactor tests 1002x and 1003x Tests 10022-embedded-instructions and 10032-flags-and-branches were a mix of 6502 and 65816 code. The 6502 code has been separated into its own file, so that the tests can be run on 8-bit-only assemblers. 2020-10-18 20:30:42 -07:00			`L1020 !byte $af`