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6502bench/SourceGen/SGTestData/Expected/20212-reloc-data_cc65.S

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Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
.setcpu "65816"
.org $030000
.a16
.i16
L30000: clc
xce
.a8
.i8
sep #$30
lda L30000
nop
jsl @L23456
jsl @L80000
lda f:@L23456
lda @L23456 & $ffff
lda #<@L23456
lda #>@L23456
lda #^@L23456
lda f:@L80019
lda a:@L80019 & $ffff
lda #<@L80019
lda #>@L80019
lda #^@L80019
nop
rep #$30
.a16
.i16
lda #@L80019 & $ffff
lda #@L80019 >> 8
lda #@L80019 >> 16
nop
lda #$000f
ldx #@L80026 & $ffff
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
ldy #@L23467 & $ffff
mvn #^@L23467+6,#^@L23467
Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
nop
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
lda $0000,y
sta $0002,y
@L3004B: pea $0000
Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
pea $f000
pea @L80019 & $ffff
pea @L80019 >> 16
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
pea @L3004B & $ffff
pea @L3004B >> 8
@L3005D: pea @L3004B >> 16
pea @L3005D & $ffff
pea $104b
Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
nop
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
jmp @L30073 & $ffff
Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
.word @L4FFE0 & $ffff
.faraddr @L4FFE0
.faraddr @L4FFE0
.byte $00
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
@L30073: phk
Fix label-trampling bug in reloc data handler If code accesses the high/low parts of a 32-bit address value with no label, it auto-generates labels for addr+2 and addr. The reloc handler was replacing the unformatted bytes with a single multi-byte format, hiding the label at addr+2. The easy fix is to have the reloc data handler skip the entry. This is less useful than other approaches, but much simpler. Added a test to 20212-reloc-data.
2020-07-10 20:56:07 +00:00
plb
lda #$0000
asl A
asl A
tax
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
lda a:@L30088 & $ffff,x
Fix label-trampling bug in reloc data handler If code accesses the high/low parts of a 32-bit address value with no label, it auto-generates labels for addr+2 and addr. The reloc handler was replacing the unformatted bytes with a single multi-byte format, hiding the label at addr+2. The easy fix is to have the reloc data handler skip the entry. This is less useful than other approaches, but much simpler. Added a test to 20212-reloc-data.
2020-07-10 20:56:07 +00:00
pha
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
lda a:@L30086 & $ffff,x
Fix label-trampling bug in reloc data handler If code accesses the high/low parts of a 32-bit address value with no label, it auto-generates labels for addr+2 and addr. The reloc handler was replacing the unformatted bytes with a single multi-byte format, hiding the label at addr+2. The easy fix is to have the reloc data handler skip the entry. This is less useful than other approaches, but much simpler. Added a test to 20212-reloc-data.
2020-07-10 20:56:07 +00:00
pha
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
beq @L3008E
Fix label-trampling bug in reloc data handler If code accesses the high/low parts of a 32-bit address value with no label, it auto-generates labels for addr+2 and addr. The reloc handler was replacing the unformatted bytes with a single multi-byte format, hiding the label at addr+2. The easy fix is to have the reloc data handler skip the entry. This is less useful than other approaches, but much simpler. Added a test to 20212-reloc-data.
2020-07-10 20:56:07 +00:00
rts
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
@L30086: .byte $4b
Fix label-trampling bug in reloc data handler If code accesses the high/low parts of a 32-bit address value with no label, it auto-generates labels for addr+2 and addr. The reloc handler was replacing the unformatted bytes with a single multi-byte format, hiding the label at addr+2. The easy fix is to have the reloc data handler skip the entry. This is less useful than other approaches, but much simpler. Added a test to 20212-reloc-data.
2020-07-10 20:56:07 +00:00
.byte $00
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
@L30088: .byte $03
Fix label-trampling bug in reloc data handler If code accesses the high/low parts of a 32-bit address value with no label, it auto-generates labels for addr+2 and addr. The reloc handler was replacing the unformatted bytes with a single multi-byte format, hiding the label at addr+2. The easy fix is to have the reloc data handler skip the entry. This is less useful than other approaches, but much simpler. Added a test to 20212-reloc-data.
2020-07-10 20:56:07 +00:00
.byte $00
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
.faraddr @L30073
Fix label-trampling bug in reloc data handler If code accesses the high/low parts of a 32-bit address value with no label, it auto-generates labels for addr+2 and addr. The reloc handler was replacing the unformatted bytes with a single multi-byte format, hiding the label at addr+2. The easy fix is to have the reloc data handler skip the entry. This is less useful than other approaches, but much simpler. Added a test to 20212-reloc-data.
2020-07-10 20:56:07 +00:00
.byte $00
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
@L3008E: rts
Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
.org $04ffe0
@L4FFE0: .faraddr @L4FFE0
.byte $00
.byte $00
.byte $01
.byte $02
.byte $03
.byte $04
.byte $05
.byte $06
.byte $07
.byte $08
.byte $09
.byte $0a
.byte $0b
.byte $0c
.byte $0d
.byte $0e
.byte $0f
.byte $10
.byte $11
.byte $12
.byte $13
.byte $14
.byte $15
.byte $16
.byte $17
.byte $18
.byte $19
.byte $1a
.byte $1b
.org $050000
.byte $1c
.byte $1d
.byte $1e
.byte $1f
.byte " !",$22,"#$%&'()*+,-./"
.org $023456
.a8
.i8
@L23456: lda @L23456
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
jsr @L23477 & $ffff
ldy #<@L23467
ora $3456
ora @L23456
Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
rtl
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
@L23467: .res 16,$00
Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
Update relocation data handling When we have relocation data available, the code currently skips the process of matching an address with a label for a PEA instruction when the instruction in question doesn't have reloc data. This does a great job of separating code that pushes parts of addresses from code that pushes constants. This change expands the behavior to exclude instructions with 16-bit address operands that use the Data Bank Register, e.g. "LDA abs" and "LDA abs,X". This is particularly useful for code that accesses structured data using the operand as the structure offset, e.g. "LDX addr" / "LDA $0000,X" The 20212-reloc-data test has been updated to check the behavior.
2020-07-11 00:24:11 +00:00
@L23477: nop
Add 20212-reloc-data test This test exercises the relocation data feature. The test file is generated from a multi-segment OMF file that was hex-edited to have specific attributes (see 20212-reloc-data-lnk.S for instructions). The test also serves as a way to exercise the OMF converter. Also, implement the Bank Relative flag.
2020-07-06 00:17:44 +00:00
rts
.org $080000
@L80000: lda @L80000
lda a:@L80019 & $ffff
nop
lda $010000
lda $020000
lda L30000
lda @L80000
rtl
@L80019: .faraddr @L80019
.byte $00
.faraddr @L23456
.byte $00
.byte $80
.byte $00
.byte $10
.byte $08
.byte $00
@L80026: .byte "This is a test."
.byte $00
.org $060000
.byte "hello, world!"
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