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mirror of https://github.com/fadden/6502bench.git synced 2024-11-26 06:49:19 +00:00

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.
This commit is contained in:
Andy McFadden 2019-08-04 14:48:42 -07:00
parent 71badf2359
commit d80132e941
22 changed files with 3093 additions and 18 deletions

View File

@ -31,7 +31,12 @@ namespace SourceGen.AsmGen {
/// (https://sourceforge.net/projects/acme-crossass/). /// (https://sourceforge.net/projects/acme-crossass/).
/// </summary> /// </summary>
public class GenAcme : IGenerator { public class GenAcme : IGenerator {
private const string ASM_FILE_SUFFIX = "_acme.a"; // must start with underscore // The ACME docs say that ACME sources should use the ".a" extension. However, this
// is already used for static libraries on UNIX systems, which means filename
// completion in shells tends to ignore them, and it can cause confusion in
// makefile rules. Since ".S" is pretty universal for assembly language sources,
// I'm sticking with that.
private const string ASM_FILE_SUFFIX = "_acme.S"; // must start with underscore
private const int MAX_OPERAND_LEN = 64; private const int MAX_OPERAND_LEN = 64;
private const string CLOSE_PSEUDOPC = "} ;!pseudopc"; private const string CLOSE_PSEUDOPC = "} ;!pseudopc";
@ -94,7 +99,7 @@ namespace SourceGen.AsmGen {
private static CommonUtil.Version V0_96_4 = new CommonUtil.Version(0, 96, 4); private static CommonUtil.Version V0_96_4 = new CommonUtil.Version(0, 96, 4);
// Set if we're inside a "pseudopc" block, which will need to be closed. // Set if we're inside a "pseudopc" block, which will need to be closed.
private bool mInPseudoPcBlock = false; private bool mInPseudoPcBlock;
// Pseudo-op string constants. // Pseudo-op string constants.
@ -220,7 +225,16 @@ namespace SourceGen.AsmGen {
"acme", V0_96_4, AsmAcme.OPTIONS)); "acme", V0_96_4, AsmAcme.OPTIONS));
} }
if (HasNonZeroBankCode()) {
// don't try
OutputLine(SourceFormatter.FullLineCommentDelimiter +
"ACME can't handle 65816 code that lives outside bank zero");
int orgAddr = Project.AddrMap.Get(0);
OutputOrgDirective(0, orgAddr);
OutputDenseHex(0, Project.FileData.Length, string.Empty, string.Empty);
} else {
GenCommon.Generate(this, sw, worker); GenCommon.Generate(this, sw, worker);
}
if (mInPseudoPcBlock) { if (mInPseudoPcBlock) {
OutputLine(string.Empty, CLOSE_PSEUDOPC, string.Empty, string.Empty); OutputLine(string.Empty, CLOSE_PSEUDOPC, string.Empty, string.Empty);
@ -231,6 +245,22 @@ namespace SourceGen.AsmGen {
return pathNames; return pathNames;
} }
/// <summary>
/// Determines whether the project has any code assembled outside bank zero.
/// </summary>
private bool HasNonZeroBankCode() {
if (Project.CpuDef.HasAddr16) {
// Not possible on this CPU.
return false;
}
foreach (AddressMap.AddressMapEntry ent in Project.AddrMap) {
if (ent.Addr > 0xffff) {
return true;
}
}
return false;
}
// IGenerator // IGenerator
public void OutputAsmConfig() { public void OutputAsmConfig() {
CpuDef cpuDef = Project.CpuDef; CpuDef cpuDef = Project.CpuDef;

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@ -24,9 +24,10 @@ for each.</p>
<p>SourceGen currently supports the following cross-assemblers:</p> <p>SourceGen currently supports the following cross-assemblers:</p>
<ul> <ul>
<li><a href="https://sourceforge.net/projects/tass64/">64tass</a> v1.53.1515 or later</li> <li><a href="#64tass">64tass</a></li>
<li><a href="https://cc65.github.io/">cc65</a> v2.17 or later</li> <li><a href="#acme">ACME</a></li>
<li><a href="https://www.brutaldeluxe.fr/products/crossdevtools/merlin/">Merlin 32</a> v1.0.0 or later</li> <li><a href="#cc65">cc65</a></li>
<li><a href="#merlin32">Merlin 32</a></li>
</ul> </ul>
@ -124,7 +125,8 @@ code, but also needs to know how to handle the corner cases.</p>
<h3><a name="64tass">64tass</a></h3> <h3><a name="64tass">64tass</a></h3>
<p>Code is generated for 64tass v1.53.1515.</p> <p>Code is generated for 64tass v1.53.1515 or later.
<a href="https://sourceforge.net/projects/tass64/">[web site]</a></p>
<p>Bugs:</p> <p>Bugs:</p>
<ul> <ul>
@ -157,16 +159,52 @@ code, but also needs to know how to handle the corner cases.</p>
</ul> </ul>
<h3><a name="cc65">cc65</a></h3> <h3><a name="acme">ACME</a></h3>
<p>Code is generated for cc65 v2.27.</p> <p>Code is generated for ACME v0.96.4 or later.
<a href="https://sourceforge.net/projects/acme-crossass/">[web site]</a></p>
<p>Bugs:</p> <p>Bugs:</p>
<ul> <ul>
<li>The arguments to MVN/MVP are reversed.</li> <li>The "pseudo PC" is only 16 bits, so any 65816 code targeted to run
outside bank zero cannot be assembled. SourceGen currently deals with
this by outputting the entire file as a hex dump.</li>
<li>Undocumented opcode $AB (<code>LAX #imm</code>) generates an error.</li>
</ul>
<p>Quirks:</p>
<ul>
<li>The assembler shares some traits with one-pass assemblers. In
particular, if you forward-reference a zero-page label, the reference
generates a 16-bit absolute address instead of an 8-bit zero-page
address. Unlike other one-pass assemblers, the width is "sticky",
and backward references appearing later in the file also use absolute
addressing even though the proper width is known at that point. This is
worked around by using explicit "force zero page" annotations on
all references to zero-page labels.</li>
<li>Undocumented opcode <code>ALR</code> ($4b) uses mnemonic
<code>ASR</code> instead.</li>
<li>Officially, the preferred file extension for ACME source code is ".a",
but this is already used on UNIX systems for static libraries (which
means shell file completion tends to ignore it). Since ".S" is pretty
universally recognized as assembly source, code generated by SourceGen
for ACME also uses ".S".</li>
</ul>
<h3><a name="cc65">cc65</a></h3>
<p>Code is generated for cc65 v2.17 or v2.18.
<a href="https://cc65.github.io/">[web site]</a></p>
<p>Bugs:</p>
<ul>
<li>The arguments to <code>MVN</code>/<code>MVP</code> are reversed (v2.17)
or zeroed (v2.18).</li>
<li>PC relative branches don't wrap around at bank boundaries.</li> <li>PC relative branches don't wrap around at bank boundaries.</li>
<li>BRK &lt;arg&gt; is assembled to opcode $05 rather than $00.</li> <li>[fixed in v2.18] <code>BRK &lt;arg&gt;</code> is assembled to opcode
<li>WDM is not supported.</li> $05 rather than $00.</li>
<li>[fixed in v2.18] <code>WDM</code> is not supported.</li>
</ul> </ul>
<p>Quirks:</p> <p>Quirks:</p>
@ -182,9 +220,9 @@ code, but also needs to know how to handle the corner cases.</p>
other opcodes match up with the "unintended opcodes" document.</li> other opcodes match up with the "unintended opcodes" document.</li>
<li>ca65 is implemented as a single-pass assembler, so label widths <li>ca65 is implemented as a single-pass assembler, so label widths
can't always be known in time. For example, if you use some zero-page can't always be known in time. For example, if you use some zero-page
labels, but they're defined via .ORG $0000 after the point where the labels, but they're defined via <code>.ORG $0000</code> after the point
labels are used, the assembler will already have generated them as where the labels are used, the assembler will already have generated them
absolute values. Width disambiguation must be applied to operands as absolute values. Width disambiguation must be applied to operands
that wouldn't be ambiguous to a multi-pass assembler.</li> that wouldn't be ambiguous to a multi-pass assembler.</li>
<li>The assembler is geared toward generating relocatable code with <li>The assembler is geared toward generating relocatable code with
multiple segments (it is, after all, an assembler for a C compiler). multiple segments (it is, after all, an assembler for a C compiler).
@ -195,7 +233,10 @@ code, but also needs to know how to handle the corner cases.</p>
<h3><a name="merlin32">Merlin 32</a></h3> <h3><a name="merlin32">Merlin 32</a></h3>
<p>Code is generated for Merlin 32 v1.0.</p> <p>Code is generated for Merlin 32 v1.0.
<a href="https://www.brutaldeluxe.fr/products/crossdevtools/merlin/">[web site]</a>
<a href="https://github.com/apple2accumulator/merlin32/issues">[bug tracker]</a>
</p>
<p>Bugs:</p> <p>Bugs:</p>
<ul> <ul>
@ -227,9 +268,11 @@ code, but also needs to know how to handle the corner cases.</p>
but doesn't attempt to track the emulation flag. So if you issue a but doesn't attempt to track the emulation flag. So if you issue a
<code>REP #$20</code> <code>REP #$20</code>
while in emulation mode, the assembler will incorrectly assume long while in emulation mode, the assembler will incorrectly assume long
registers. (Really I just want to be able to turn the width-tracking registers. Ideally it would be possible to configure that off, but
off, but there's no way to do that.)</li> there's no way to do that, so instead we occasionally generate
additional width directives.</li>
<li>Non-unique local labels should cause an error, but don't.</li> <li>Non-unique local labels should cause an error, but don't.</li>
<li>No undocumented opcodes are supported.</li>
</ul> </ul>
</div> </div>

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@ -0,0 +1,287 @@
!cpu 65816
* = $1000
!as
!rs
sec
xce
jsr L101F
jsr L10AB
jsr L10F2
jsr L1106
jsr L1109
jsr L112C
jsr L11F9
jsr L11FC
nop
nop
nop
brk
!byte $ff
L101F ora ($ff,x)
cop $ff
ora $ff,S
tsb $ff
ora $ff
asl $ff
ora [$ff]
php
ora #$ff
asl
phd
tsb $feff
ora $feff
asl $feff
ora+3 $fdfeff
bpl L1041
L1041 ora ($ff),y
ora ($ff)
ora ($ff,S),y
trb $ff
ora $ff,x
asl $ff,x
ora [$ff],y
clc
ora $feff,y
inc
tcs
trb $feff
ora $feff,x
asl $feff,x
ora+3 $fdfeff,x
jsr $feff
and ($ff,x)
jsl $fdfeff
and $ff,S
bit $ff
and $ff
rol $ff
and [$ff]
plp
and #$ff
rol
pld
bit $feff
and $feff
rol $feff
and+3 $fdfeff
bmi L1089
L1089 and ($ff),y
and ($ff)
and ($ff,S),y
bit $ff,x
and $ff,x
rol $ff,x
and [$ff],y
sec
and $feff,y
dec
tsc
bit $feff,x
and $feff,x
rol $feff,x
and+3 $fdfeff,x
rti
L10AB eor ($ff,x)
!byte $42,$ff
eor $ff,S
mvp $fe,$ff
eor $ff
lsr $ff
eor [$ff]
pha
eor #$ff
lsr
phk
jmp L10C2
L10C2 eor $feff
lsr $feff
eor+3 $fdfeff
bvc L10CE
L10CE eor ($ff),y
eor ($ff)
eor ($ff,S),y
mvn $fe,$ff
eor $ff,x
lsr $ff,x
eor [$ff],y
cli
eor $feff,y
phy
tcd
jml L10E7
L10E7 eor $feff,x
lsr $feff,x
eor+3 $fdfeff,x
rts
L10F2 adc ($ff,x)
per $0ff6
adc $ff,S
stz $ff
adc $ff
ror $ff
adc [$ff]
pla
adc #$ff
ror
rtl
L1106 jmp ($feff)
L1109 adc $feff
ror $feff
adc+3 $fdfeff
bvs L1115
L1115 adc ($ff),y
adc ($ff)
adc ($ff,S),y
stz $ff,x
adc $ff,x
ror $ff,x
adc [$ff],y
sei
adc $feff,y
ply
tdc
jmp ($feff,x)
L112C adc $feff,x
ror $feff,x
adc+3 $fdfeff,x
bra L1138
L1138 sta ($ff,x)
brl L113D
L113D sta $ff,S
sty $ff
sta $ff
stx $ff
sta [$ff]
dey
bit #$ff
txa
phb
sty $feff
sta $feff
stx $feff
sta+3 $fdfeff
bcc L115B
L115B sta ($ff),y
sta ($ff)
sta ($ff,S),y
sty $ff,x
sta $ff,x
stx $ff,y
sta [$ff],y
tya
sta $feff,y
txs
txy
stz $feff
sta $feff,x
stz $feff,x
sta+3 $fdfeff,x
ldy #$ff
lda ($ff,x)
ldx #$ff
lda $ff,S
ldy $ff
lda $ff
ldx $ff
lda [$ff]
tay
lda #$ff
tax
plb
ldy $feff
lda $feff
ldx $feff
lda+3 $fdfeff
bcs L11A0
L11A0 lda ($ff),y
lda ($ff)
lda ($ff,S),y
ldy $ff,x
lda $ff,x
ldx $ff,y
lda [$ff],y
clv
lda $feff,y
tsx
tyx
ldy $feff,x
lda $feff,x
ldx $feff,y
lda+3 $fdfeff,x
cpy #$ff
cmp ($ff,x)
rep #$00
cmp $ff,S
cpy $ff
cmp $ff
dec $ff
cmp [$ff]
iny
cmp #$ff
dex
wai
cpy $feff
cmp $feff
dec $feff
cmp+3 $fdfeff
bne L11E5
L11E5 cmp ($ff),y
cmp ($ff)
cmp ($ff,S),y
pei ($ff)
cmp $ff,x
dec $ff,x
cmp [$ff],y
cld
cmp $feff,y
phx
stp
L11F9 jml [$feff]
L11FC cmp $feff,x
dec $feff,x
cmp+3 $fdfeff,x
cpx #$ff
sbc ($ff,x)
sep #$00
sbc $ff,S
cpx $ff
sbc $ff
inc $ff
sbc [$ff]
inx
sbc #$ff
nop
xba
cpx $feff
sbc $feff
inc $feff
sbc+3 $fdfeff
beq L122A
L122A sbc ($ff),y
sbc ($ff)
sbc ($ff,S),y
pea $feff
sbc $ff,x
inc $ff,x
sbc [$ff],y
sed
sbc $feff,y
plx
xce
jsr ($feff,x)
sbc $feff,x
inc $feff,x
sbc+3 $fdfeff,x

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@ -0,0 +1,287 @@
!cpu 65816
* = $1000
!as
!rs
sec
xce
jsr L101F
jsr L10AB
jsr L10F2
jsr L1106
jsr L1109
jsr L112C
jsr L11F9
jsr L11FC
nop
nop
nop
brk
!byte $00
L101F ora ($00,x)
cop $00
ora $00,S
tsb $00
ora $00
asl $00
ora [$00]
php
ora #$00
asl
phd
tsb+2 $0000
ora+2 $0000
asl+2 $0000
ora+3 $000000
bpl L1041
L1041 ora ($00),y
ora ($00)
ora ($00,S),y
trb $00
ora $00,x
asl $00,x
ora [$00],y
clc
ora $0000,y
inc
tcs
trb+2 $0000
ora+2 $0000,x
asl+2 $0000,x
ora+3 $000000,x
jsr $0000
and ($00,x)
jsl $000000
and $00,S
bit $00
and $00
rol $00
and [$00]
plp
and #$00
rol
pld
bit+2 $0000
and+2 $0000
rol+2 $0000
and+3 $000000
bmi L1089
L1089 and ($00),y
and ($00)
and ($00,S),y
bit $00,x
and $00,x
rol $00,x
and [$00],y
sec
and $0000,y
dec
tsc
bit+2 $0000,x
and+2 $0000,x
rol+2 $0000,x
and+3 $000000,x
rti
L10AB eor ($00,x)
!byte $42,$00
eor $00,S
mvp $00,$00
eor $00
lsr $00
eor [$00]
pha
eor #$00
lsr
phk
jmp L10C2
L10C2 eor+2 $0000
lsr+2 $0000
eor+3 $000000
bvc L10CE
L10CE eor ($00),y
eor ($00)
eor ($00,S),y
mvn $00,$00
eor $00,x
lsr $00,x
eor [$00],y
cli
eor $0000,y
phy
tcd
jml L10E7
L10E7 eor+2 $0000,x
lsr+2 $0000,x
eor+3 $000000,x
rts
L10F2 adc ($00,x)
per $0ff6
adc $00,S
stz $00
adc $00
ror $00
adc [$00]
pla
adc #$00
ror
rtl
L1106 jmp ($0000)
L1109 adc+2 $0000
ror+2 $0000
adc+3 $000000
bvs L1115
L1115 adc ($00),y
adc ($00)
adc ($00,S),y
stz $00,x
adc $00,x
ror $00,x
adc [$00],y
sei
adc $0000,y
ply
tdc
jmp ($0000,x)
L112C adc+2 $0000,x
ror+2 $0000,x
adc+3 $000000,x
bra L1138
L1138 sta ($00,x)
brl L113D
L113D sta $00,S
sty $00
sta $00
stx $00
sta [$00]
dey
bit #$00
txa
phb
sty+2 $0000
sta+2 $0000
stx+2 $0000
sta+3 $000000
bcc L115B
L115B sta ($00),y
sta ($00)
sta ($00,S),y
sty $00,x
sta $00,x
stx $00,y
sta [$00],y
tya
sta $0000,y
txs
txy
stz+2 $0000
sta+2 $0000,x
stz+2 $0000,x
sta+3 $000000,x
ldy #$00
lda ($00,x)
ldx #$00
lda $00,S
ldy $00
lda $00
ldx $00
lda [$00]
tay
lda #$00
tax
plb
ldy+2 $0000
lda+2 $0000
ldx+2 $0000
lda+3 $000000
bcs L11A0
L11A0 lda ($00),y
lda ($00)
lda ($00,S),y
ldy $00,x
lda $00,x
ldx $00,y
lda [$00],y
clv
lda $0000,y
tsx
tyx
ldy+2 $0000,x
lda+2 $0000,x
ldx+2 $0000,y
lda+3 $000000,x
cpy #$00
cmp ($00,x)
rep #$00
cmp $00,S
cpy $00
cmp $00
dec $00
cmp [$00]
iny
cmp #$00
dex
wai
cpy+2 $0000
cmp+2 $0000
dec+2 $0000
cmp+3 $000000
bne L11E5
L11E5 cmp ($00),y
cmp ($00)
cmp ($00,S),y
pei ($00)
cmp $00,x
dec $00,x
cmp [$00],y
cld
cmp $0000,y
phx
stp
L11F9 jml [$0000]
L11FC cmp+2 $0000,x
dec+2 $0000,x
cmp+3 $000000,x
cpx #$00
sbc ($00,x)
sep #$00
sbc $00,S
cpx $00
sbc $00
inc $00
sbc [$00]
inx
sbc #$00
nop
xba
cpx+2 $0000
sbc+2 $0000
inc+2 $0000
sbc+3 $000000
beq L122A
L122A sbc ($00),y
sbc ($00)
sbc ($00,S),y
pea $0000
sbc $00,x
inc $00,x
sbc [$00],y
sed
sbc $0000,y
plx
xce
jsr ($0000,x)
sbc+2 $0000,x
inc+2 $0000,x
sbc+3 $000000,x

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@ -0,0 +1,77 @@
!cpu 65816
* = $1000
!as
!rs
clc
xce
sep #$30
jsr L1014
jsr L101C
jsr L102A
jsr L102F
jsr L1059
rts
L1014 lda #$00
!byte $2c
L1017 lda #$01
beq L1017
rts
L101C sep #$30
lda $00
beq L1025
lda #$00
brk
L1025 sta+3 $012345
rts
L102A !byte $20
L102B rts
!byte $ea
bra L102B
L102F !byte $2c
L1030 !byte $2c
L1031 !byte $2c
L1032 !byte $2c
L1033 !byte $2c
L1034 !byte $2c
L1035 !byte $2c
L1036 !byte $2c
L1037 !byte $2c
L1038 nop
nop
asl
bcc L102F
asl
bcc L1030
asl
bcc L1031
asl
bcc L1032
asl
bcc L1033
asl
bcc L1034
asl
bcc L1035
asl
bcc L1036
asl
bcc L1037
asl
bcc L1038
rts
L1059 !byte $2c
L105A nop
!byte $ad
L105C lda $00
asl
bcc L105A
asl
bcc L105C
!byte $af

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@ -0,0 +1,260 @@
!cpu 65816
* = $1000
!as
!rs
clc
xce
sep #$ff
clv
cld
cli
clc
lda #$80
lda #$01
sed
sei
sec
lda #$ff
adc #$00
sep #$ff
rep #$80
rep #$40
rep #$20
!al
rep #$10
!rl
rep #$08
rep #$04
rep #$02
rep #$01
sep #$00
sep #$ff
!as
!rs
rep #$00
rep #$ff
!al
!rl
lda #$feed
sec
xce
!as
!rs
lda #$ff
rep #$30
lda #$ff
clc
xce
lda #$ff
rep #$20
!al
sep #$10
lda #$0000
ldx #$01
ldy #$02
sep #$20
!as
rep #$10
!rl
lda #$01
ldx #$0000
ldy #$0000
sep #$30
!rs
lda #$00
pha
plp
rep #$80
bpl L105F
!byte $00
!byte $00
L105F sep #$80
bpl L1065
bmi L1067
L1065 !byte $00
!byte $00
L1067 rep #$40
bvc L106D
!byte $00
!byte $00
L106D sep #$40
bvs L1073
!byte $00
!byte $00
L1073 rep #$01
bcc L1079
!byte $00
!byte $00
L1079 sep #$01
bcs L107F
!byte $00
!byte $00
L107F rep #$02
bne L1085
!byte $00
!byte $00
L1085 sep #$02
beq L108B
!byte $00
!byte $00
L108B sep #$ff
lda #$01
bne L1093
!byte $00
!byte $db
L1093 lda #$00
beq L1099
!byte $00
!byte $db
L1099 bpl L109D
!byte $00
!byte $db
L109D lda #$80
bmi L10A3
!byte $00
!byte $db
L10A3 lda #$ff
and #$00
beq L10AB
!byte $00
!byte $db
L10AB lda #$00
and #$ff
beq L10B3
!byte $00
!byte $db
L10B3 lda #$ff
and #$7f
bne L10BB
!byte $00
!byte $db
L10BB bpl L10BF
!byte $00
!byte $db
L10BF lda #$ff
and #$80
bmi L10C7
!byte $00
!byte $db
L10C7 lda #$00
ora #$00
beq L10CF
!byte $00
!byte $db
L10CF ora #$01
bne L10D5
!byte $00
!byte $db
L10D5 lda #$00
ora #$7f
bpl L10DD
!byte $00
!byte $db
L10DD ora #$80
bmi L10E3
!byte $00
!byte $db
L10E3 lda L10E3
sec
ror
bmi L10EC
!byte $00
!byte $dc
L10EC clc
ror
bpl L10F2
!byte $00
!byte $dc
L10F2 lda #$00
sec
rol
bne L10FA
!byte $00
!byte $dc
L10FA clc
php
sec
plp
bcc L1102
!byte $00
!byte $00
L1102 rep #$20
!al
sep #$10
jsr L111D
rep #$30
!rl
jsr L1123
sep #$30
!as
!rs
jsr L1123
rep #$20
!al
sep #$10
jsr L111D
sep #$30
!as
rts
!al
L111D lda #$1234
ldx #$ff
rts
!as
L1123 lda #$ff
ldx #$ee
ldy #$dd
rts

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@ -0,0 +1,35 @@
!cpu 65816
* = $1000
!as
!rs
lda L10AC
ora L10BC
rts
!byte $33
!byte $33
!byte $33
!byte $80
!text "4444"
!byte $80
!text "55555"
!byte $80
!text "MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM"
!byte $80
!fill 63,$4c
!byte $81
!byte $00
!byte $00
!byte $00
!byte $81
!byte $00
!byte $00
!byte $00
!byte $00
!byte $81
!fill 5,$00
!byte $81
!fill 8,$00
L10AC !fill 8,$00
!fill 8,$82
L10BC !fill 8,$82

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@ -0,0 +1,296 @@
!cpu 6510
* = $1000
jsr L1035
jsr L1038
jsr L1059
jsr L107D
jsr L109E
jsr L10BD
jsr L10C0
jsr L10E1
jsr L1100
jsr L1103
jsr L1116
jsr L1124
jsr L1169
jsr L11AE
jsr L11F3
jsr L1238
nop
nop
nop
brk
!byte $ff
L1035 ora ($ff,x)
jam
L1038 slo ($ff,x)
!byte $04,$ff
ora $ff
asl $ff
slo $ff
php
ora #$ff
asl
anc #$ff
!byte $0c,$ff,$fe
ora $feff
asl $feff
slo $feff
bpl L1056
L1056 ora ($ff),y
!byte $12
L1059 slo ($ff),y
!byte $14,$ff
ora $ff,x
asl $ff,x
slo $ff,x
clc
ora $feff,y
!byte $1a
slo $feff,y
!byte $1c,$ff,$fe
ora $feff,x
asl $feff,x
slo $feff,x
jsr $feff
and ($ff,x)
!byte $22
L107D rla ($ff,x)
bit $ff
and $ff
rol $ff
rla $ff
plp
and #$ff
rol
!byte $2b,$ff
bit $feff
and $feff
rol $feff
rla $feff
bmi L109B
L109B and ($ff),y
!byte $32
L109E rla ($ff),y
!byte $34,$ff
and $ff,x
rol $ff,x
rla $ff,x
sec
and $feff,y
!byte $3a
rla $feff,y
!byte $3c,$ff,$fe
and $feff,x
rol $feff,x
rla $feff,x
rti
L10BD eor ($ff,x)
!byte $42
L10C0 sre ($ff,x)
!byte $44,$ff
eor $ff
lsr $ff
sre $ff
pha
eor #$ff
lsr
asr #$ff
jmp L10D3
L10D3 eor $feff
lsr $feff
sre $feff
bvc L10DE
L10DE eor ($ff),y
!byte $52
L10E1 sre ($ff),y
!byte $54,$ff
eor $ff,x
lsr $ff,x
sre $ff,x
cli
eor $feff,y
!byte $5a
sre $feff,y
!byte $5c,$ff,$fe
eor $feff,x
lsr $feff,x
sre $feff,x
rts
L1100 adc ($ff,x)
!byte $62
L1103 rra ($ff,x)
!byte $64,$ff
adc $ff
ror $ff
rra $ff
pla
adc #$ff
ror
arr #$ff
jmp ($feff)
L1116 adc $feff
ror $feff
rra $feff
bvs L1121
L1121 adc ($ff),y
!byte $72
L1124 rra ($ff),y
!byte $74,$ff
adc $ff,x
ror $ff,x
rra $ff,x
sei
adc $feff,y
!byte $7a
rra $feff,y
!byte $7c,$ff,$fe
adc $feff,x
ror $feff,x
rra $feff,x
!byte $80,$ff
sta ($ff,x)
!byte $82,$ff
sax ($ff,x)
sty $ff
sta $ff
stx $ff
sax $ff
dey
!byte $89,$ff
txa
ane #$ff
sty $feff
sta $feff
stx $feff
sax $feff
bcc L1166
L1166 sta ($ff),y
!byte $92
L1169 sha ($ff),y
sty $ff,x
sta $ff,x
stx $ff,y
sax $ff,y
tya
sta $feff,y
txs
tas $feff,y
shy $feff,x
sta $feff,x
shx $feff,y
sha $feff,y
ldy #$ff
lda ($ff,x)
ldx #$ff
lax ($ff,x)
ldy $ff
lda $ff
ldx $ff
lax $ff
tay
lda #$ff
tax
!byte $ab,$ff
ldy $feff
lda $feff
ldx $feff
lax $feff
bcs L11AB
L11AB lda ($ff),y
!byte $b2
L11AE lax ($ff),y
ldy $ff,x
lda $ff,x
ldx $ff,y
lax $ff,y
clv
lda $feff,y
tsx
las $feff,y
ldy $feff,x
lda $feff,x
ldx $feff,y
lax $feff,y
cpy #$ff
cmp ($ff,x)
!byte $c2,$ff
dcp ($ff,x)
cpy $ff
cmp $ff
dec $ff
dcp $ff
iny
cmp #$ff
dex
sbx #$ff
cpy $feff
cmp $feff
dec $feff
dcp $feff
bne L11F0
L11F0 cmp ($ff),y
!byte $d2
L11F3 dcp ($ff),y
!byte $d4,$ff
cmp $ff,x
dec $ff,x
dcp $ff,x
cld
cmp $feff,y
!byte $da
dcp $feff,y
!byte $dc,$ff,$fe
cmp $feff,x
dec $feff,x
dcp $feff,x
cpx #$ff
sbc ($ff,x)
!byte $e2,$ff
isc ($ff,x)
cpx $ff
sbc $ff
inc $ff
isc $ff
inx
sbc #$ff
nop
!byte $eb,$ff
cpx $feff
sbc $feff
inc $feff
isc $feff
beq L1235
L1235 sbc ($ff),y
!byte $f2
L1238 isc ($ff),y
!byte $f4,$ff
sbc $ff,x
inc $ff,x
isc $ff,x
sed
sbc $feff,y
!byte $fa
isc $feff,y
!byte $fc,$ff,$fe
sbc $feff,x
inc $feff,x
isc $feff,x

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@ -0,0 +1,296 @@
!cpu 6510
* = $1000
jsr L1035
jsr L1038
jsr L1059
jsr L107D
jsr L109E
jsr L10BD
jsr L10C0
jsr L10E1
jsr L1100
jsr L1103
jsr L1116
jsr L1124
jsr L1169
jsr L11AE
jsr L11F3
jsr L1238
nop
nop
nop
brk
!byte $00
L1035 ora ($00,x)
jam
L1038 slo ($00,x)
!byte $04,$00
ora $00
asl $00
slo $00
php
ora #$00
asl
anc #$00
!byte $0c,$00,$00
ora+2 $0000
asl+2 $0000
slo+2 $0000
bpl L1056
L1056 ora ($00),y
!byte $12
L1059 slo ($00),y
!byte $14,$00
ora $00,x
asl $00,x
slo $00,x
clc
ora $0000,y
!byte $1a
slo $0000,y
!byte $1c,$00,$00
ora+2 $0000,x
asl+2 $0000,x
slo+2 $0000,x
jsr $0000
and ($00,x)
!byte $22
L107D rla ($00,x)
bit $00
and $00
rol $00
rla $00
plp
and #$00
rol
!byte $2b,$00
bit+2 $0000
and+2 $0000
rol+2 $0000
rla+2 $0000
bmi L109B
L109B and ($00),y
!byte $32
L109E rla ($00),y
!byte $34,$00
and $00,x
rol $00,x
rla $00,x
sec
and $0000,y
!byte $3a
rla $0000,y
!byte $3c,$00,$00
and+2 $0000,x
rol+2 $0000,x
rla+2 $0000,x
rti
L10BD eor ($00,x)
!byte $42
L10C0 sre ($00,x)
!byte $44,$00
eor $00
lsr $00
sre $00
pha
eor #$00
lsr
asr #$00
jmp L10D3
L10D3 eor+2 $0000
lsr+2 $0000
sre+2 $0000
bvc L10DE
L10DE eor ($00),y
!byte $52
L10E1 sre ($00),y
!byte $54,$00
eor $00,x
lsr $00,x
sre $00,x
cli
eor $0000,y
!byte $5a
sre $0000,y
!byte $5c,$00,$00
eor+2 $0000,x
lsr+2 $0000,x
sre+2 $0000,x
rts
L1100 adc ($00,x)
!byte $62
L1103 rra ($00,x)
!byte $64,$00
adc $00
ror $00
rra $00
pla
adc #$00
ror
arr #$00
jmp ($0000)
L1116 adc+2 $0000
ror+2 $0000
rra+2 $0000
bvs L1121
L1121 adc ($00),y
!byte $72
L1124 rra ($00),y
!byte $74,$00
adc $00,x
ror $00,x
rra $00,x
sei
adc $0000,y
!byte $7a
rra $0000,y
!byte $7c,$00,$00
adc+2 $0000,x
ror+2 $0000,x
rra+2 $0000,x
!byte $80,$00
sta ($00,x)
!byte $82,$00
sax ($00,x)
sty $00
sta $00
stx $00
sax $00
dey
!byte $89,$00
txa
ane #$00
sty+2 $0000
sta+2 $0000
stx+2 $0000
sax+2 $0000
bcc L1166
L1166 sta ($00),y
!byte $92
L1169 sha ($00),y
sty $00,x
sta $00,x
stx $00,y
sax $00,y
tya
sta $0000,y
txs
tas $0000,y
shy+2 $0000,x
sta+2 $0000,x
shx $0000,y
sha $0000,y
ldy #$00
lda ($00,x)
ldx #$00
lax ($00,x)
ldy $00
lda $00
ldx $00
lax $00
tay
lda #$00
tax
!byte $ab,$00
ldy+2 $0000
lda+2 $0000
ldx+2 $0000
lax+2 $0000
bcs L11AB
L11AB lda ($00),y
!byte $b2
L11AE lax ($00),y
ldy $00,x
lda $00,x
ldx $00,y
lax $00,y
clv
lda $0000,y
tsx
las $0000,y
ldy+2 $0000,x
lda+2 $0000,x
ldx+2 $0000,y
lax+2 $0000,y
cpy #$00
cmp ($00,x)
!byte $c2,$00
dcp ($00,x)
cpy $00
cmp $00
dec $00
dcp $00
iny
cmp #$00
dex
sbx #$00
cpy+2 $0000
cmp+2 $0000
dec+2 $0000
dcp+2 $0000
bne L11F0
L11F0 cmp ($00),y
!byte $d2
L11F3 dcp ($00),y
!byte $d4,$00
cmp $00,x
dec $00,x
dcp $00,x
cld
cmp $0000,y
!byte $da
dcp $0000,y
!byte $dc,$00,$00
cmp+2 $0000,x
dec+2 $0000,x
dcp+2 $0000,x
cpx #$00
sbc ($00,x)
!byte $e2,$00
isc ($00,x)
cpx $00
sbc $00
inc $00
isc $00
inx
sbc #$00
nop
!byte $eb,$00
cpx+2 $0000
sbc+2 $0000
inc+2 $0000
isc+2 $0000
beq L1235
L1235 sbc ($00),y
!byte $f2
L1238 isc ($00),y
!byte $f4,$00
sbc $00,x
inc $00,x
isc $00,x
sed
sbc $0000,y
!byte $fa
isc $0000,y
!byte $fc,$00,$00
sbc+2 $0000,x
inc+2 $0000,x
isc+2 $0000,x

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@ -0,0 +1,275 @@
!cpu 65c02
* = $1000
jsr L1014
jsr L108A
jsr L10C4
jsr L10D8
jsr L10F6
nop
nop
nop
brk
!byte $ff
L1014 ora ($ff,x)
!byte $02,$ff
!byte $03
tsb $ff
ora $ff
asl $ff
!byte $07
php
ora #$ff
asl
!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
!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
!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
!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
!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
!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

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@ -0,0 +1,275 @@
!cpu 65c02
* = $1000
jsr L1014
jsr L108A
jsr L10C4
jsr L10D8
jsr L10F6
nop
nop
nop
brk
!byte $00
L1014 ora ($00,x)
!byte $02,$00
!byte $03
tsb $00
ora $00
asl $00
!byte $07
php
ora #$00
asl
!byte $0b
tsb+2 $0000
ora+2 $0000
asl+2 $0000
!byte $0f
bpl L1031
L1031 ora ($00),y
ora ($00)
!byte $13
trb $00
ora $00,x
asl $00,x
!byte $17
clc
ora $0000,y
inc
!byte $1b
trb+2 $0000
ora+2 $0000,x
asl+2 $0000,x
!byte $1f
jsr $0000
and ($00,x)
!byte $22,$00
!byte $23
bit $00
and $00
rol $00
!byte $27
plp
and #$00
rol
!byte $2b
bit+2 $0000
and+2 $0000
rol+2 $0000
!byte $2f
bmi L106D
L106D and ($00),y
and ($00)
!byte $33
bit $00,x
and $00,x
rol $00,x
!byte $37
sec
and $0000,y
dec
!byte $3b
bit+2 $0000,x
and+2 $0000,x
rol+2 $0000,x
!byte $3f
rti
L108A eor ($00,x)
!byte $42,$00
!byte $43
!byte $44,$00
eor $00
lsr $00
!byte $47
pha
eor #$00
lsr
!byte $4b
jmp L109E
L109E eor+2 $0000
lsr+2 $0000
!byte $4f
bvc L10A7
L10A7 eor ($00),y
eor ($00)
!byte $53
!byte $54,$00
eor $00,x
lsr $00,x
!byte $57
cli
eor $0000,y
phy
!byte $5b
!byte $5c,$00,$00
eor+2 $0000,x
lsr+2 $0000,x
!byte $5f
rts
L10C4 adc ($00,x)
!byte $62,$00
!byte $63
stz $00
adc $00
ror $00
!byte $67
pla
adc #$00
ror
!byte $6b
jmp ($0000)
L10D8 adc+2 $0000
ror+2 $0000
!byte $6f
bvs L10E1
L10E1 adc ($00),y
adc ($00)
!byte $73
stz $00,x
adc $00,x
ror $00,x
!byte $77
sei
adc $0000,y
ply
!byte $7b
jmp ($0000,x)
L10F6 adc+2 $0000,x
ror+2 $0000,x
!byte $7f
bra L10FF
L10FF sta ($00,x)
!byte $82,$00
!byte $83
sty $00
sta $00
stx $00
!byte $87
dey
bit #$00
txa
!byte $8b
sty+2 $0000
sta+2 $0000
stx+2 $0000
!byte $8f
bcc L111C
L111C sta ($00),y
sta ($00)
!byte $93
sty $00,x
sta $00,x
stx $00,y
!byte $97
tya
sta $0000,y
txs
!byte $9b
stz+2 $0000
sta+2 $0000,x
stz+2 $0000,x
!byte $9f
ldy #$00
lda ($00,x)
ldx #$00
!byte $a3
ldy $00
lda $00
ldx $00
!byte $a7
tay
lda #$00
tax
!byte $ab
ldy+2 $0000
lda+2 $0000
ldx+2 $0000
!byte $af
bcs L1157
L1157 lda ($00),y
lda ($00)
!byte $b3
ldy $00,x
lda $00,x
ldx $00,y
!byte $b7
clv
lda $0000,y
tsx
!byte $bb
ldy+2 $0000,x
lda+2 $0000,x
ldx+2 $0000,y
!byte $bf
cpy #$00
cmp ($00,x)
!byte $c2,$00
!byte $c3
cpy $00
cmp $00
dec $00
!byte $c7
iny
cmp #$00
dex
!byte $cb
cpy+2 $0000
cmp+2 $0000
dec+2 $0000
!byte $cf
bne L1192
L1192 cmp ($00),y
cmp ($00)
!byte $d3
!byte $d4,$00
cmp $00,x
dec $00,x
!byte $d7
cld
cmp $0000,y
phx
!byte $db
!byte $dc,$00,$00
cmp+2 $0000,x
dec+2 $0000,x
!byte $df
cpx #$00
sbc ($00,x)
!byte $e2,$00
!byte $e3
cpx $00
sbc $00
inc $00
!byte $e7
inx
sbc #$00
nop
!byte $eb
cpx+2 $0000
sbc+2 $0000
inc+2 $0000
!byte $ef
beq L11CD
L11CD sbc ($00),y
sbc ($00)
!byte $f3
!byte $f4,$00
sbc $00,x
inc $00,x
!byte $f7
sed
sbc $0000,y
plx
!byte $fb
!byte $fc,$00,$00
sbc+2 $0000,x
inc+2 $0000,x
!byte $ff

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@ -0,0 +1,31 @@
;Project file was edited to get all big-endian data types.
!cpu 6502
* = $1000
rts
!byte $11
!word $1122
!24 $112233
!32 $11223344
!byte $11
!byte $11,$22
!byte $11,$22,$33
!byte $11,$22,$33,$44
!fill 2,$00
!byte $80
!fill 3,$00
!byte $80
!fill 4,$00
!byte $80
!fill 5,$00
!byte $80
!fill 256,$00
!byte $80
!fill 257,$cc
!hex 11
!byte $80
!hex 11223344556677889900
!byte $80
LABEL !hex 00112233445566778899aabbccddeeff00112233445566778899aabbccddeeff ;comment
!hex 00112233445566778899aabbccddeeffffeeddccbbaa99887766554433221100
!byte $80

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@ -0,0 +1,145 @@
;Project file was edited to get zero-length strings and reverse DCI.
!cpu 6502
* = $1000
rts
!text "low ASCII str"
!byte $80
!hex e8e9e7e8a0c1d3c3c9c9a0f3f4f2
!byte $80
!text "'low'quoted",$22,"''text"
!byte $80
!hex a2e8e9e7e8a2f1f5eff4e5e4a7a2a2f4e5f8f4
!byte $80
!text "01234567890123456789012345678901234567890123456789012345678901"
!text "234567890123456789"
!byte $80
!text "0123456789012345678901234567890123456789012345678901234567'''"
!byte $80
!text "01234567890123456789012345678901234567890123456789012345678'''"
!byte $80
!text "012345678901234567890123456789012345678901234567890123456789''"
!text "'"
!byte $80
!text "0123456789012345678901234567890123456789012345678901234567890'"
!text "''"
!byte $80
!text "01234567890123456789012345678901234567890123456789012345678901"
!text "'''"
!byte $80
!text "012345678901234567890123456789012345678901234567890167",$22,$22
!text $22
!byte $80
!text "0123456789012345678901234567890123456789012345678901678",$22
!text $22,$22
!byte $80
!text "01234567890123456789012345678901234567890123456789016789",$22
!text $22,$22
!byte $80
!text "012345678901234567890123456789012345678901234567890167890",$22
!text $22,$22
!byte $80
!text "0123456789012345678901234567890123456789012345678901678901",$22
!text $22,$22
!byte $81
!fill 62,$aa
!byte $80
!fill 96,$aa
!byte $81
!text "ver IICSA wol"
!byte $80
!hex f6e5f2a0c9c9c3d3c1a0e8e7e9e8
!byte $80
!text ".eeht rof sllot ti ;sllot lleb eht mohw rof wonk ot dnes reven"
!text " erofereht dna ,dniknam ni devlovni ma I esuaceb ,em sehsinimi"
!text "d htaed snam ynA .erew nwo eniht fo ro sdneirf yht fo ronam a"
!text " fi sa llew sA .erew yrotnomorp a fi sa llew sA .ssel eht si e"
!text "poruE ,aes eht yb yawa dehsaw eb dolc a fI .niam eht fo trap "
!text "a ,tnenitnoc eht fo eceip a si nam yreve ;flesti fo eritne ,dn"
!text "alsi na si nam oN"
!byte $81
!text $00
!byte $80
!text "low ASCII strz",$00
!byte $80
!hex e8e9e7e8a0c1d3c3c9c9a0f3f4f2fa00
!byte $80
!text "'low'quoted",$22,"''text",$00
!byte $80
!hex a2e8e9e7e8a2f1f5eff4e5e4a7a2a2f4e5f8f400
!byte $80
!text "012345678901234567890123456789012345678901234567890123456789''"
!text "'",$00
!byte $80
!text "01234567890123456789012345678901234567890123456789012345678901"
!text "234567890123456789",$00
!byte $81
!text $00
!byte $80
!text $0e,"low ASCII str1"
!byte $80
!hex 0fe8e9e7e8a0c1d3c3c9c9a0f3f4f2b1
!byte $80
!text $12,"'low'quoted",$22,"''text"
!byte $80
!hex 13a2e8e9e7e8a2f1f5eff4e5e4a7a2a2f4e5f8f4
!byte $80
!text $3f,"0123456789012345678901234567890123456789012345678901234567"
!text "89'''"
!byte $80
!text $50,"0123456789012345678901234567890123456789012345678901234567"
!text "8901234567890123456789"
!byte $81
!text $00,$00
!byte $80
!text $0e,$00,"low ASCII str2"
!byte $80
!hex 0f00e8e9e7e8a0c1d3c3c9c9a0f3f4f2b2
!byte $80
!text $12,$00,"'low'quoted",$22,"''text"
!byte $80
!hex 1300a2e8e9e7e8a2f1f5eff4e5e4a7a2a2f4e5f8f4
!byte $80
!text $3f,$00,"012345678901234567890123456789012345678901234567890123"
!text "456789'''"
!byte $80
!text $50,$00,"012345678901234567890123456789012345678901234567890123"
!text "45678901234567890123456789"
!byte $80
!text $85,$01,"No man is an island, entire of itself; every man is a "
!text "piece of the continent, a part of the main. If a clod be wash"
!text "ed away by the sea, Europe is the less. As well as if a promon"
!text "tory were. As well as if a manor of thy friends or of thine ow"
!text "n were. Any mans death diminishes me, because I am involved i"
!text "n mankind, and therefore never send to know for whom the bell "
!text "tolls; it tolls for thee."
!byte $81
!text "low ASCII dc",$e9
!byte $80
!hex e8e9e7e8a0c1d3c3c9c9a0e4e369
!byte $80
!text "'low'quoted",$22,"''tex",$f4
!byte $80
!hex a2e8e9e7e8a2f1f5eff4e5e4a7a2a2f4e5f874
!byte $80
!text "012345678901234567890123456789012345678901234567890123456789''"
!text $a7
!byte $80
!text "01234567890123456789012345678901234567890123456789012345678901"
!text "23456789012345678",$b9
!byte $81
!text $f2,"icd IICSA wol"
!byte $80
!hex 72e9e3e4a0c9c9c3d3c1a0e8e7e9e8
!byte $80
!text $b9,"8765432109876543210987654321098765432109876543210987654321"
!text "098765432109876543210"
!byte $80
!text $ae,"eeht rof sllot ti ;sllot lleb eht mohw rof wonk ot dnes re"
!text "ven erofereht dna ,dniknam ni devlovni ma I esuaceb ,em sehsin"
!text "imid htaed snam ynA .erew nwo eniht fo ro sdneirf yht fo rona"
!text "m a fi sa llew sA .erew yrotnomorp a fi sa llew sA .ssel eht s"
!text "i eporuE ,aes eht yb yawa dehsaw eb dolc a fI .niam eht fo tr"
!text "ap a ,tnenitnoc eht fo eceip a si nam yreve ;flesti fo eritne "
!text ",dnalsi na si nam oN"
!byte $81

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@ -0,0 +1,65 @@
;Project file was edited for some ASCII operands.
!cpu 65816
* = $1000
!as
!rs
clc
xce
sep #$30
lda $01
lda $0102
lda+3 $010203
lda 1
lda 258
lda+3 66051
lda %00000001
lda %0000000100000010
lda+3 %000000010000001000000011
bra skipdata
!byte $01
!word $0201
!24 $030201
!32 $04030201
!byte 1
!word 513
!24 197121
!32 67305985
!byte %00000001
!word %0000001000000001
!24 %000000110000001000000001
!32 %00000100000000110000001000000001
skipdata lda #'h'
lda 'h'
lda+2 'h'
lda+3 'h'
lda #$1f
lda #' '
lda #'~'
lda #$7f
lda #$80
lda #$9f
lda #$a0
lda #$fe
lda #$ff
rep #'0'
!al
!rl
lda #'h'
lda #$c8
lda #$6868
rts
more_ascii !byte 'h'
!byte $80
!word $6868
!byte $80
!word skipdata
!24 skipdata
!byte $10,$3f
!byte <more_ascii
!byte >more_ascii
!word more_ascii
!24 more_ascii
!byte $10,$68

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@ -0,0 +1,24 @@
;ACME can't handle 65816 code that lives outside bank zero
* = $012345
!hex 18fbe230a9cda9dda90da9eda9fea92da9ffa929a910a9e9a90fa945a923a901
!hex f4edfef44523f40100f45634f41200f4edfef44523f40100f45634f41200a5ce
!hex adce00afce0000adecfeafecfe00adeefeafeefe00ad4623af462301ad4423af
!hex 442301ad5734af573412ad5534af553412c230a9cd00a9dd00a90d01a92910a9
!hex 1000a92900a90000a90000a9edfea9fe00a9ed0ea90e01a90100a94523a92301
!hex a90100a95634a93412a912008050cdedfe452301cd002910100029000000edfe
!hex fe00ed0e0e01452323010100462323010100feedcd0000edfe00fe0000452301
!hex 230100010000cd000000edfe0000fe000000442301002301000001000000a911
!hex 0054011244120154011244120162eeff8200005c001000eaeaeae230ad0030ad
!hex 0031ad0032ad00338039eaeaea62faff62f8ff62f6ff20131020141020151080
!hex e980e880e782e2ff82e0ff82deff4c13104c14104c15105c1310005c1410005c
!hex 151000201610202810202a10202c10202e10203110203410203710203a10203d
!hex 10204010204410204810821801808182838485868788898a8b8c8d8e8f808182
!hex 838485868788898a8b8c8d8e8f808182838485868788898a8b8c8d8e8f808182
!hex 838485868788898a8b8c8d8e8f808182838485868788898a8b8c8d8e8f808182
!hex 838485868788898a8b8c8d8e8f808182838485868788898a8b8c8d8e8f546869
!hex 732069732061206c6f6e6720737472696e672e205075742061206c6162656c20
!hex 616e6420636f6d6d656e74206f6e20697420746f20636f6e6669726d20746861
!hex 7420746865206c6162656c20616e6420636f6d6d656e74206f6e6c7920617070
!hex 656172206f6e20746865206669727374206c696e652e20205468652071756963
!hex 6b2062726f776e20666f78206a756d7073206f76657220746865206c617a7920
!hex 646f67732ea97aa959a934c230a97b56a95a34a9341260

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@ -0,0 +1,123 @@
!cpu 65816
* = $1000
!as
!rs
clc
xce
sep #$ff
jsr L1100
jsr L1107
jmp L2000
!pseudopc $1100 {
L1100 bit L1100
L1103 lda #$11
ldx #$11
L1107 ldy #$11
per L1103
bra L1103
} ;!pseudopc
!pseudopc $1100 {
L1100_0 bit L1100_0
lda #$22
L1105 ldx #$22
ldy #$22
per L1105
jmp L1105
} ;!pseudopc
!pseudopc $1100 {
L1100_1 bit L1100_1
lda #$33
ldx #$33
L1107_0 ldy #$33
per L1107_0
bra L1107_0
} ;!pseudopc
!pseudopc $2000 {
L2000 bit L2000
beq $2018
bra L2020
} ;!pseudopc
!pseudopc $2020 {
L2020 bit L2020
beq offend+1
brl L2080
offend nop
} ;!pseudopc
!pseudopc $2080 {
L2080 bit L2080
lda offend
jsr offend
lda offend+1
jsr offend+1
lda $207f
jsr $207f
lda L2080
jsr L2080
lda $00
beq L2100
!byte $ad
} ;!pseudopc
!pseudopc $2100 {
L2100 nop
nop
jmp L3000
} ;!pseudopc
!pseudopc $2800 {
!byte $00
!byte $28
!fill 14,$00
} ;!pseudopc
!pseudopc $2820 {
!fill 18,$00
} ;!pseudopc
!pseudopc $3000 {
L3000 bit L3000
lda #$44
ldx #$44
ldy #$44
brl fwd
ulabel !byte $00
!byte $01
} ;!pseudopc
!pseudopc $3100 {
L3100 !byte $02
fwd bit fwd
lda ulabel
lda ulabel+1
lda ulabel+2
lda $300f
lda L3100
beq L3182
!byte $ea
!byte $ea
} ;!pseudopc
!pseudopc $3180 {
!byte $00
!byte $01
L3182 bit L3182
lda label1
lda label1+1
lda label1+112
bra L3200
label1 !byte $ea
!byte $ea
} ;!pseudopc
!pseudopc $3200 {
L3200 bit L3200
!byte $00
!byte $01
} ;!pseudopc

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@ -0,0 +1,6 @@
;ACME can't handle 65816 code that lives outside bank zero
* = $1000
!hex 18fbe2304c00002c0000a500a503d0ba30b862b5ff9006826d00000102a51482
!hex a5ff2c80005c0000442cc0ff823d00cf000044af000044ad0000a50030f562b2
!hex ffd0b082a9ff1700170044cfc0ff44f005303c8239005c0020002c0020f41700
!hex f44400d003dc1300ea201220201520200f202256341260

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@ -0,0 +1,60 @@
!cpu 65816
* = $1000
!as
!rs
load11 lda #$11
L1002 ldx #$22
load33 ldy #$33
L1006 lda #$44
predat bra L1042
!word $0123
dat1 !word $4567
!word $89ab
L1010 !word $cdef
L1012 !word $0011
L1014 !word $2233
!byte $80
!text "The quick brown fox"
!byte $80
!word L1042
!word L1041
!word L1042+1
fill0 !fill 16,$00
L1041 !byte $80
L1042 lda predat+2
lda L1041
asl dat1
rol dat1+2
ror L1010
and L1012
ora L1014
lda fill0
sta fill0+4
lda fill0+8
sta fill0+12
jsr L1002
lda L1006
L1069 pea L1069-1
per L1069-1
lda L1069+1
lda L1069+2
lda #$ea
L1077 sta L1077
L107A sta L107A+1
sta $107f
brl L2002
!byte $80
dat81 !byte $81
!pseudopc $2000 {
L2000 !byte $82
!byte $83
L2002 bit L2002
lda dat81
lda L2000
rts
} ;!pseudopc

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@ -0,0 +1,35 @@
!cpu 6502
* = $1000
!byte $03
!byte $02
L1002 bit L1002
!byte $2c
lda #$11
nop
!byte $2c
L100A ldx #$ff
nop
jsr L100A
nop
!byte $2c
L1012 ldx #$ff
nop
jsr L1012
jsr $2456
L101B !32 $22a211a9
jsr L101B
jsr L1028
jsr $2456
L1028 !32 $44a233a9
jsr L1037
jsr L103A
nop
lda $2456
rts
L1037 jsr $2456
L103A lda #$55
ldx #$66
rts

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@ -0,0 +1,59 @@
!cpu 65816
REALLYLONGLABELNAME = $8888 ;that's a long name
* = $1000
!as
!rs
nop
_start lda @start
lda X_start
lda pastglob
lda @__nopped
@start nop
@__nopped
nop
X_start nop
pastglob
nop
lda nlocal
nlocal lda #$11
reach1G nop
lda reach1G+1
lda @reach2+2
@reach2 nop
reach3G nop
@_reach4
nop
lda @_reach4-2
lda $00
beq @L102D
jsr @_reach4
jsr _start
@L102D lda #$22
lda gtest2
gtest1 nop
lda gtest3
gtest2 nop
gtest3 nop
lda #$33
lda $1041
topglob nop
lda @L1043
nop
nop
@L1043 nop
lda #$44
globalnm
jsr @L104A
nop
@L104A nop
nop
nglobal nop
globlat jsr nglobal
bra end
end nop
EXCESSIVELY_LONG_LABEL
lda REALLYLONGLABELNAME
rts

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@ -0,0 +1,71 @@
;***************************************
;* Old school boxed output header. *
;* Brk *
;* multiple lines yay. How about a *
;* hy-phenated word? *
;* Looonglonglonglonglonglonglonglongl *
;* onglonglongword. *
;***************************************
;* Throw in a line divider. These *
;* aren't: *
;* *! *
;* * *
;* &XYZ *
;* *
;***************************************
!cpu 6502
plataddr = $3000 ;address only in platform file
;Short, unboxed comment here!!
; Two spaces after. More hyp-
;hens?
* = $1000
lda #$01 ;Comment!
;Comment rulers can be helpful in findin the edges of notes. Comments are hyph-
;enatingly fun. Like the note, this goes out to 80 columns.
lda #$02 ;&another comment with &&s!
;Down to 64 columns this time. Why 64? Why not 64. A rose, by
;any other name, would break the line at the same place. Or hy-
;phen split.
lda #$03
;Ah, the classic 40-column limitation...
;brings back memories. Of, you know, h-
;yphenated things.
lda #$04
;Thirty columns. 'cause forty
;felt like too many. Oh, hyp-
;henation!
lda #$05
;*******************************************************************************
;* Short box comment, 80 cols. *
;*******************************************************************************
lda #$06
;***************************************************************
;* *
;* Choppy *
;* *
;* box *
;* *
;* comment *
;* *
;* 64 cols *
;* *
;***************************************************************
lda #$07
;*****************************
;* Some non-ASCII stuff: *
;* †•<E280A0>␇ *
;*****************************
lda #$08
lda #$09
lda #$0a
lda #$0b
lda #$0c
lda #$0d
lda #$0e
lda #$0f
bit plataddr ;Pull in plataddr to see the comment on the platform file entry.
rts
bytes !hex 000102030405060708090a0b0c0d0e0f000102030405060708090a0b0c0d0e0f ;Comment at the end of a lengthy bulk hex item might overflow various things, but could be wrapped.
!hex 000102030405060708090a0b0c0d0e0f000102030405060708090a0b0c0d0e0f

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@ -0,0 +1,295 @@
;6502bench SourceGen v1.1.0-dev1
!cpu 65816
* = $1000
!as
!rs
sec
xce
jsr L101F
jsr L10AB
jsr L10F2
jsr L1106
jsr L1109
jsr L112C
jsr L11F9
jsr L11FC
nop
nop
nop
brk
!byte $80
L101F ora (L0080,x)
cop $80
ora $80,S
tsb+1 L0080
ora+1 L0080
asl+1 L0080
ora [L0080]
php
ora #$80
asl
phd
tsb+2 L0086
ora+2 L0086
asl+2 L0086
ora+3 L0089
bpl L1041
L1041 ora (L0080),y
ora (L0080)
ora ($80,S),y
trb+1 L0080
ora+1 L0080,x
asl+1 L0080,x
ora [L0080],y
clc
ora L0086,y
inc
tcs
trb+2 L0086
ora+2 L0086,x
asl+2 L0086,x
ora+3 L0089,x
jsr L0086
and (L0080,x)
jsl L0089
and $80,S
bit+1 L0080
and+1 L0080
rol+1 L0080
and [L0080]
plp
and #$80
rol
pld
bit+2 L0086
and+2 L0086
rol+2 L0086
and+3 L0089
bmi L1089
L1089 and (L0080),y
and (L0080)
and ($80,S),y
bit+1 L0080,x
and+1 L0080,x
rol+1 L0080,x
and [L0080],y
sec
and L0086,y
dec
tsc
bit+2 L0086,x
and+2 L0086,x
rol+2 L0086,x
and+3 L0089,x
rti
L10AB eor (L0080,x)
!byte $42,$80
eor $80,S
mvp $84,$83
eor+1 L0080
lsr+1 L0080
eor [L0080]
pha
eor #$80
lsr
phk
jmp L10C2
L10C2 eor+2 L0086
lsr+2 L0086
eor+3 L0089
bvc L10CE
L10CE eor (L0080),y
eor (L0080)
eor ($80,S),y
mvn $84,$83
eor+1 L0080,x
lsr+1 L0080,x
eor [L0080],y
cli
eor L0086,y
phy
tcd
jml L10E7
L10E7 eor+2 L0086,x
lsr+2 L0086,x
eor+3 L0089,x
rts
L10F2 adc (L0080,x)
per $0ff6
adc $80,S
stz+1 L0080
adc+1 L0080
ror+1 L0080
adc [L0080]
pla
adc #$80
ror
rtl
L1106 jmp (L0086)
L1109 adc+2 L0086
ror+2 L0086
adc+3 L0089
bvs L1115
L1115 adc (L0080),y
adc (L0080)
adc ($80,S),y
stz+1 L0080,x
adc+1 L0080,x
ror+1 L0080,x
adc [L0080],y
sei
adc L0086,y
ply
tdc
jmp (L0086,x)
L112C adc+2 L0086,x
ror+2 L0086,x
adc+3 L0089,x
bra L1138
L1138 sta (L0080,x)
brl L113D
L113D sta $80,S
sty+1 L0080
sta+1 L0080
stx+1 L0080
sta [L0080]
dey
bit #$80
txa
phb
sty+2 L0086
sta+2 L0086
stx+2 L0086
sta+3 L0089
bcc L115B
L115B sta (L0080),y
sta (L0080)
sta ($80,S),y
sty+1 L0080,x
sta+1 L0080,x
stx+1 L0080,y
sta [L0080],y
tya
sta L0086,y
txs
txy
stz+2 L0086
sta+2 L0086,x
stz+2 L0086,x
sta+3 L0089,x
ldy #$80
lda (L0080,x)
ldx #$80
lda $80,S
ldy+1 L0080
lda+1 L0080
ldx+1 L0080
lda [L0080]
tay
lda #$80
tax
plb
ldy+2 L0086
lda+2 L0086
ldx+2 L0086
lda+3 L0089
bcs L11A0
L11A0 lda (L0080),y
lda (L0080)
lda ($80,S),y
ldy+1 L0080,x
lda+1 L0080,x
ldx+1 L0080,y
lda [L0080],y
clv
lda L0086,y
tsx
tyx
ldy+2 L0086,x
lda+2 L0086,x
ldx+2 L0086,y
lda+3 L0089,x
cpy #$80
cmp (L0080,x)
rep #$00
cmp $80,S
cpy+1 L0080
cmp+1 L0080
dec+1 L0080
cmp [L0080]
iny
cmp #$80
dex
wai
cpy+2 L0086
cmp+2 L0086
dec+2 L0086
cmp+3 L0089
bne L11E5
L11E5 cmp (L0080),y
cmp (L0080)
cmp ($80,S),y
pei (L0080)
cmp+1 L0080,x
dec+1 L0080,x
cmp [L0080],y
cld
cmp L0086,y
phx
stp
L11F9 jml [L0086]
L11FC cmp+2 L0086,x
dec+2 L0086,x
cmp+3 L0089,x
cpx #$80
sbc (L0080,x)
sep #$00
sbc $80,S
cpx+1 L0080
sbc+1 L0080
inc+1 L0080
sbc [L0080]
inx
sbc #$80
nop
xba
cpx+2 L0086
sbc+2 L0086
inc+2 L0086
sbc+3 L0089
beq L122A
L122A sbc (L0080),y
sbc (L0080)
sbc ($80,S),y
pea L0086
sbc+1 L0080,x
inc+1 L0080,x
sbc [L0080],y
sed
sbc L0086,y
plx
xce
jsr (L0086,x)
sbc+2 L0086,x
inc+2 L0086,x
sbc+3 L0089,x
!pseudopc $0080 {
L0080 bit+1 L0082
L0082 bit+1 L0082
bit+1 L0082
L0086 bit+2 L0086
L0089 lda+3 L0089
} ;!pseudopc