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6502bench/SourceGen/SGTestData/Expected/20052-branches-and-banks_Merlin32.S

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Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
zero equ $00
Initial file commit
2018-09-28 17:05:11 +00:00
longsym equ $123456
org $1000
clc
xce
sep #$30
Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
jml L440000
Initial file commit
2018-09-28 17:05:11 +00:00
Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
lodat dfb $00
Initial file commit
2018-09-28 17:05:11 +00:00
dfb $01
dfb $02
org $440000
Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
L440000 cmpl L440000
L440004 ldal L440000
lda: L440000
lda zero
bmi L440004
Initial file commit
2018-09-28 17:05:11 +00:00
dfb $62,$b2,$ff
dfb $d0,$b0
dfb $82,$a9,$ff
Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
dat44 dw dat44
adr dat44
Initial file commit
2018-09-28 17:05:11 +00:00
org $44ffc0
Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
L44FFC0 cmpl L44FFC0
high44 beq :L44FFCB
Initial file commit
2018-09-28 17:05:11 +00:00
dfb $30,$3c
dfb $82,$39,$00
Finish removal of "disable label localizer" feature The label localizer is now always on. The regression tests turned it off by default, but that's no longer allowed, so the generated output has changed for many of them. The tests themselves were not altered.
2019-11-17 01:15:03 +00:00
:L44FFCB jml :L2000
Initial file commit
2018-09-28 17:05:11 +00:00
org $2000
Finish removal of "disable label localizer" feature The label localizer is now always on. The regression tests turned it off by default, but that's no longer allowed, so the generated output has changed for many of them. The tests themselves were not altered.
2019-11-17 01:15:03 +00:00
:L2000 bit :L2000
Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
pea dat44
pea ^dat44
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
bne skip
Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
jml [lodat]
Initial file commit
2018-09-28 17:05:11 +00:00
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
skip nop
Regression test rework, part 4 Split 2005x-branches-and-banks into two parts, one that stays within the 64K bounds of the 6502, one that puts code in a separate bank.
2020-06-07 00:30:50 +00:00
jsr j2
j2 jsr j2+3
jsr j2-3
Initial file commit
2018-09-28 17:05:11 +00:00
jsl longsym
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
jml bank54
org $543210
bank54 cmpl bank54
bra L54321C
backchk nop
nop
Fix 65816 code generation issues Code generated for 64tass was incorrect for JSR/JMP to a location outside the file bounds. A test added to 20052-branches-and-banks revealed an issue with cc65 generation as well.
2020-07-03 20:58:18 +00:00
rts
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
backval adr backchk
L54321C ldal backchk
ldal fwdchk
ldal $543216
ldal $54327d
lda backchk+1
lda backchk-1
lda fwdchk+1
lda fwdval+2
nop
jsr backchk
jsr backchk+1
Fix 65816 code generation issues Code generated for 64tass was incorrect for JSR/JMP to a location outside the file bounds. A test added to 20052-branches-and-banks revealed an issue with cc65 generation as well.
2020-07-03 20:58:18 +00:00
jsr $3218
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
jsr fwdchk
jsr fwdchk+1
Fix 65816 code generation issues Code generated for 64tass was incorrect for JSR/JMP to a location outside the file bounds. A test added to 20052-branches-and-banks revealed an issue with cc65 generation as well.
2020-07-03 20:58:18 +00:00
jsr $327f
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
nop
ldx #$00
jsr (backval,x)
jsr (fwdval,x)
jsr :L54326E
jsr :L543271
jsr :L543268
jsr :L54326B
jsr :L543274
jsr :L543277
bra L543280
:L543268 jmp (backval,x)
:L54326B jmp (fwdval,x)
Fix bank for AbsInd and AbsIndLong addressing The Absolute Indirect and Absolute Indirect Long addressing modes (e.g. "JMP (addr)" and "JMP [addr]") are 16-bit values in bank 0. The code analyzer was placing them in the program bank, which meant the wrong symbol was being used. Also, tweak some docs.
2020-07-04 22:03:23 +00:00
:L54326E jmp (lodat)
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
Fix bank for AbsInd and AbsIndLong addressing The Absolute Indirect and Absolute Indirect Long addressing modes (e.g. "JMP (addr)" and "JMP [addr]") are 16-bit values in bank 0. The code analyzer was placing them in the program bank, which meant the wrong symbol was being used. Also, tweak some docs.
2020-07-04 22:03:23 +00:00
:L543271 jmp (lodat)
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
Fix bank for AbsInd and AbsIndLong addressing The Absolute Indirect and Absolute Indirect Long addressing modes (e.g. "JMP (addr)" and "JMP [addr]") are 16-bit values in bank 0. The code analyzer was placing them in the program bank, which meant the wrong symbol was being used. Also, tweak some docs.
2020-07-04 22:03:23 +00:00
:L543274 jml [lodat]
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
Fix bank for AbsInd and AbsIndLong addressing The Absolute Indirect and Absolute Indirect Long addressing modes (e.g. "JMP (addr)" and "JMP [addr]") are 16-bit values in bank 0. The code analyzer was placing them in the program bank, which meant the wrong symbol was being used. Also, tweak some docs.
2020-07-04 22:03:23 +00:00
:L543277 jml [lodat]
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
fwdval adr $54327d
fwdchk nop
nop
Fix 65816 code generation issues Code generated for 64tass was incorrect for JSR/JMP to a location outside the file bounds. A test added to 20052-branches-and-banks revealed an issue with cc65 generation as well.
2020-07-03 20:58:18 +00:00
rts
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
L543280 jsr skip
Fix 65816 code generation issues Code generated for 64tass was incorrect for JSR/JMP to a location outside the file bounds. A test added to 20052-branches-and-banks revealed an issue with cc65 generation as well.
2020-07-03 20:58:18 +00:00
nop
phk
plb
ldal $544280
jsl $544280
nop
lda $4280
jsr $4280
jsr ($4280,x)
nop
Fix some 65816 code generation issues Two basic problems: (1) cc65, being a one-pass assembler, can't tell if a forward-referenced label is 16-bit or 24-bit. If the operand is potentially ambiguous, such as "LDA label", we need to add an operand width disambiguator. (The existing tests managed to only do backward references.) (2) 64tass wants the labels on JMP/JSR absolute operands to have 24-bit values that match the current program bank. This is the opposite of cc65, which requires 16-bit values. We need to distinguish PBR vs. DBR instructions (i.e. "LDA abs" vs. "JMP abs") and handle them differently when formatting for "Common". Merlin32 doesn't care, and ACME doesn't work at all, so neither of those needed updating. The 20052-branches-and-banks test was expanded to cover the problematic cases.
2020-07-02 00:59:12 +00:00
rtl
Initial file commit
2018-09-28 17:05:11 +00:00
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