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21-s001.asm
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21-s001.asm
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;
; 21-s001.asm - standalone disk copier
;
; This source code is copyright (c) 2008 Jason Duerstock
; jason.duerstock@gmail.com
;
; The original program is copyright (c) 1987 Intellicreations Inc.
;
; This file is part of the ardungeon project which is an attempt to
; reverse engineer "Alternate Reality: The Dungeon" for the Atari 8-bit
; computer.
;
; ardungeon is free software; you can redistribute it and/or modify
; it under the terms of the GNU General Public License version 2
; as published by the Free Software Foundation.
;
; ardungeon is distributed in the hope that it will be useful,
; but WITHOUT ANY WARRANTY; without even the implied warranty of
; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
; GNU General Public License for more details.
;
; You should have received a copy of the GNU General Public License
; along with ardungeon; if not, write to the
; Free Software Foundation, Inc.
; 51 Franklin Street, Fifth Floor
; Boston, MA 02110-1301 USA
;
.include "equates.inc"
.include "macros.inc"
.SEGMENT "SEG_279D"
off_80 = $80
off_82 = $82
off_84 = $84
; * = $279D
byte_279D: .BYTE $21 ; DATA XREF: RAM:279Fvo
.BYTE 9
.WORD byte_279D
.WORD loc_27A3
; ---------------------------------------------------------------------------
loc_27A3: ; DATA XREF: RAM:27A1^o
LDY #$FF
STY $3F8
INY
STY $244
STY $3FA
ldi PORTB, $FF
LDA #$9D
STA off_80
STA off_82
LDA #$27
STA off_80+1
LDA #$B7
STA off_82+1
LDX #5
loc_27C4: ; CODE XREF: RAM:27C9vj RAM:27D0vj
LDA (off_80),Y
STA ($82),Y
INY
BNE loc_27C4
INC off_80+1
INC $83
DEX
BNE loc_27C4
JMP $B7D7
; ---------------------------------------------------------------------------
.BYTE 0
.BYTE 0
; ---------------------------------------------------------------------------
.SEGMENT "SEG_B7D7"
; * = $B7D7
dldi $0002, $B841
ldi $0009, $02
LDX $E424
LDY $E425
INX
BNE loc_B7ED
INY
loc_B7ED: ; CODE XREF: RAM:B7EA^j
STX off_84
STY off_84+1
LDA #0
STA off_80
STA off_80+1
LDA #1
STA $82
STA $83
JMP $E474
; --------------- S U B R O U T I N E ---------------------------------------
sub_B800: ; CODE XREF: sub_B80F+2vp RAM:B850vp
LDA #0
TAX
loc_B803: ; CODE XREF: sub_B800+9vj
STA $BC40,X
INX
CPX #$C8 ; 'È'
BNE loc_B803
RTS
; End of function sub_B800
; --------------- S U B R O U T I N E ---------------------------------------
sub_B80C: ; CODE XREF: RAM:loc_B8C2vp
; RAM:loc_B941vp ...
JMP (off_84)
; End of function sub_B80C
; --------------- S U B R O U T I N E ---------------------------------------
sub_B80F: ; CODE XREF: RAM:B93Evp RAM:B94Avp ...
STX $F6
JSR sub_B800
LDA $F6
TAX
ASL A
TAY
LDA off_BC04,Y
STA $F0
LDA off_BC04+1,Y
STA $F1
LDY unk_BC14,X
loc_B826: ; CODE XREF: sub_B80F+1Dvj
LDA ($F0),Y
STA $BC40,Y
DEY
BPL loc_B826
RTS
; End of function sub_B80F
; --------------- S U B R O U T I N E ---------------------------------------
sub_B82F: ; CODE XREF: RAM:B848vp RAM:B933vp ...
STA $2C6
STA $2C8
LDA #0
STA $2C5
LDA $14
loc_B83C: ; CODE XREF: sub_B82F+Fvj
CMP $14
BEQ loc_B83C
RTS
; End of function sub_B82F
; ---------------------------------------------------------------------------
loc_B841:
LDA #'1'
STA $300
loc_B846: ; CODE XREF: RAM:BAE7vj
LDA #0
JSR sub_B82F
LDA #$C
STA $2C5
JSR sub_B800
LDA #$4A ; 'J'
STA $F2
LDA #$BC ; '¼'
STA $F3
LDX #0
loc_B85D: ; CODE XREF: RAM:B884vj
TXA
ASL A
TAY
LDA off_BB3A,Y
STA $F0
LDA off_BB3A+1,Y
STA $F1
LDY unk_BB44,X
loc_B86D: ; CODE XREF: RAM:B872vj
LDA ($F0),Y
STA ($F2),Y
DEY
BPL loc_B86D
CLC
LDA $F2
ADC #$28 ; '('
STA $F2
LDA $F3
ADC #0
STA $F3
INX
CPX #5
BNE loc_B85D
loc_B886: ; CODE XREF: RAM:B8CFvj
LDX #2
LDA off_80
BNE loc_B894
loc_B88C: ; CODE XREF: RAM:B890vj
STA $BC4A,X
DEX
BPL loc_B88C
BMI loc_B89D
loc_B894: ; CODE XREF: RAM:B88A^j RAM:B89Bvj
LDA $BB49,X
STA $BC4A,X
DEX
BPL loc_B894
loc_B89D: ; CODE XREF: RAM:B892^j RAM:B8DBvj
LDX #2
LDA off_80+1
BNE loc_B8AB
loc_B8A3: ; CODE XREF: RAM:B8A7vj
STA $BC72,X
DEX
BPL loc_B8A3
BMI loc_B8B4
loc_B8AB: ; CODE XREF: RAM:B8A1^j RAM:B8B2vj
LDA $BB49,X
STA $BC72,X
DEX
BPL loc_B8AB
loc_B8B4: ; CODE XREF: RAM:B8A9^j RAM:B8E7vj ...
LDA $82
ORA #$10
STA $BCA7
LDA $83
ORA #$10
STA $BCD4
loc_B8C2: ; CODE XREF: RAM:B903vj
JSR sub_B80C
CMP #$56 ; 'V'
BNE loc_B8D1
LDA off_80
EOR #1
STA off_80
BCS loc_B886
loc_B8D1: ; CODE XREF: RAM:B8C7^j
CMP #$46 ; 'F'
BNE loc_B8DD
LDA off_80+1
EOR #1
STA off_80+1
BCS loc_B89D
loc_B8DD: ; CODE XREF: RAM:B8D3^j
CMP #$53 ; 'S'
BNE loc_B8EF
INC $82
LDA $82
CMP #5
BNE loc_B8B4
LDA #1
STA $82
BNE loc_B8B4
loc_B8EF: ; CODE XREF: RAM:B8DF^j
CMP #$44 ; 'D'
BNE loc_B901
INC $83
LDA $83
CMP #5
BNE loc_B8B4
LDA #1
STA $83
BNE loc_B8B4
loc_B901: ; CODE XREF: RAM:B8F1^j
CMP #$9B ; '›'
BNE loc_B8C2
LDA #$50 ; 'P'
LDX off_80
BNE loc_B90D
LDA #$57 ; 'W'
loc_B90D: ; CODE XREF: RAM:B909^j
STA $86
LDA #1
STA $87
STA $89
LDA #0
STA $88
STA $8A
STA $309
STA $8F
LDX #$59 ; 'Y'
STX $8B
STX $8D
LDY #7
STY $8C
STY $8E
loc_B92C: ; CODE XREF: RAM:B92Fvj
STA $91,X
DEX
BPL loc_B92C
loc_B931: ; CODE XREF: RAM:BACBvj
LDA #$C8 ; 'È'
JSR sub_B82F
LDA $82
CMP $83
BNE loc_B948
LDX #0
JSR sub_B80F
loc_B941: ; CODE XREF: RAM:B946vj
JSR sub_B80C
CMP #$9B ; '›'
BNE loc_B941
loc_B948: ; CODE XREF: RAM:B93A^j
LDX #2
JSR sub_B80F
LDA $82
STA $301
LDA #6
STA $306
LDA #$80 ; '€'
STA $308
dmv DAUX, $87
dldi $304, $400
loc_B970: ; CODE XREF: RAM:B9D3vj
LDA #3
STA $90
loc_B974: ; CODE XREF: RAM:B985vj
LDA #'R'
STA $302
LDA #$40 ; '@'
STA $303
JSR $E459
BPL loc_B989
DEC $90
BNE loc_B974
BEQ loc_B9BA
loc_B989: ; CODE XREF: RAM:B981^j
dmv $F6, $304
LDY #$7F ; ''
loc_B995: ; CODE XREF: RAM:B99Avj
LDA ($F6),Y
BNE loc_B99E
DEY
BPL loc_B995
BMI loc_B9BA
loc_B99E: ; CODE XREF: RAM:B997^j
CLC
LDA $304
ADC #$80 ; '€'
STA $304
LDA $305
ADC #0
STA $305
LDX $8B
LDY $8C
LDA $91,X
ORA byte_BAEA,Y
STA $91,X
loc_B9BA: ; CODE XREF: RAM:B987^j RAM:B99C^j
INC DAUX
BNE loc_B9C2
INC DAUX+1
loc_B9C2: ; CODE XREF: RAM:B9BD^j
DEC $8C
BPL loc_B9CE
LDA #7
STA $8C
DEC $8B
BMI loc_B9D5
loc_B9CE: ; CODE XREF: RAM:B9C4^j
LDA $305
CMP #$B8 ; '¸'
BCC loc_B970
loc_B9D5: ; CODE XREF: RAM:B9CC^j
LDA #$46 ; 'F'
JSR sub_B82F
LDA $82
CMP $83
BNE loc_B9EC
LDX #1
JSR sub_B80F
loc_B9E5: ; CODE XREF: RAM:B9EAvj
JSR sub_B80C
CMP #$9B ; '›'
BNE loc_B9E5
loc_B9EC: ; CODE XREF: RAM:B9DE^j
dmv $87, DAUX
LDA $83
STA $301
LDA $8F
BNE loc_BA3A
LDA off_80+1
BNE loc_BA3A
loc_BA03: ; CODE XREF: RAM:BA38vj
LDX #4
JSR sub_B80F
LDA #$21 ; '!'
STA $302
LDA #$40 ; '@'
STA $303
LDA #0
STA DAUX+1
STA $304
LDA #1
STA $305
STA DAUX
LDA #$E0 ; 'à'
STA $306
JSR $E459
BPL loc_BA3A
LDX #5
JSR sub_B80F
loc_BA31: ; CODE XREF: RAM:BA36vj
JSR sub_B80C
CMP #$9B ; '›'
BNE loc_BA31
BEQ loc_BA03
loc_BA3A: ; CODE XREF: RAM:B9FD^j RAM:BA01^j ...
LDX #3
JSR sub_B80F
dldi $304, $400
dmv DAUX, $89
loc_BA53: ; CODE XREF: RAM:BA68vj RAM:BA70vj ...
LDX $8D
LDY $8E
LDA $91,X
AND byte_BAEA,Y
BNE loc_BA74
INC DAUX
BNE loc_BA66
INC DAUX+1
loc_BA66: ; CODE XREF: RAM:BA61^j
DEC $8E
BPL loc_BA53
LDA #7
STA $8E
DEC $8D
BPL loc_BA53
BMI loc_BACE
loc_BA74: ; CODE XREF: RAM:BA5C^j
LDA #3
STA $90
LDA #6
STA $306
loc_BA7D: ; CODE XREF: RAM:BA8Evj
LDA $86
STA $302
LDA #$80 ; '€'
STA $303
JSR $E459
BPL loc_BA93
DEC $90
BNE loc_BA7D
JMP loc_BADB
; ---------------------------------------------------------------------------
loc_BA93: ; CODE XREF: RAM:BA8A^j
CLC
LDA #1
ADC DAUX
STA DAUX
STA $89
LDA #0
ADC DAUX+1
STA DAUX+1
STA $8A
DEC $8E
BPL loc_BAB4
LDA #7
STA $8E
DEC $8D
BMI loc_BACE
loc_BAB4: ; CODE XREF: RAM:BAAA^j
CLC
LDA #$80 ; '€'
ADC $304
STA $304
LDA #0
ADC $305
STA $305
CMP #$B8 ; '¸'
BNE loc_BA53
INC $8F
JMP loc_B931
; ---------------------------------------------------------------------------
loc_BACE: ; CODE XREF: RAM:BA72^j RAM:BAB2^j
LDA #$A8 ; '¨'
JSR sub_B82F
LDX #6
JSR sub_B80F
JMP loc_BAE0
; ---------------------------------------------------------------------------
loc_BADB: ; CODE XREF: RAM:BA90^j
LDX #7
JSR sub_B80F
loc_BAE0: ; CODE XREF: RAM:BAD8^j RAM:BAE5vj
JSR sub_B80C
CMP #$9B ; '›'
BNE loc_BAE0
JMP loc_B846
; ---------------------------------------------------------------------------
byte_BAEA: .BYTE $80,$40,$20,$10, 8, 4, 2, 1 ; DATA XREF: RAM:B9B5^r
; RAM:BA59^r
unk_BAF2: .BYTE 0 ; DATA XREF: RAM:off_BB3Avo
.BYTE 0
.BYTE 0
.BYTE $B6 ; ¶
.BYTE $25 ; %
.BYTE $32 ; 2
.BYTE $29 ; )
.BYTE $26 ; &
.BYTE $39 ; 9
unk_BAFB: .BYTE 0 ; DATA XREF: RAM:BB3Cvo
.BYTE 0
.BYTE 0
.BYTE $A6 ; ¦
.BYTE $2F ; /
.BYTE $32 ; 2
.BYTE $2D ; -
.BYTE $21 ; !
.BYTE $34 ; 4
unk_BB04: .BYTE $B3 ; ³ ; DATA XREF: RAM:BB3Evo
.BYTE $2F ; /
.BYTE $35 ; 5
.BYTE $32 ; 2
.BYTE $23 ; #
.BYTE $25 ; %
.BYTE 0
.BYTE $24 ; $
.BYTE $32 ; 2
.BYTE $29 ; )
.BYTE $36 ; 6
.BYTE $25 ; %
.BYTE $1D
.BYTE $11
unk_BB12: .BYTE $A4 ; ¤ ; DATA XREF: RAM:BB40vo
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $34 ; 4
.BYTE $29 ; )
.BYTE $2E ; .
.BYTE $21 ; !
.BYTE $34 ; 4
.BYTE $29 ; )
.BYTE $2F ; /
.BYTE $2E ; .
.BYTE 0
.BYTE $24 ; $
.BYTE $32 ; 2
.BYTE $29 ; )
.BYTE $36 ; 6
.BYTE $25 ; %
.BYTE $1D
.BYTE $11
unk_BB25: .BYTE $30 ; 0 ; DATA XREF: RAM:BB42vo
.BYTE $32 ; 2
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $33 ; 3
.BYTE 0
.BYTE $B2 ; ²
.BYTE $A5 ; ¥
.BYTE $B4 ; ´
.BYTE $B5 ; µ
.BYTE $B2 ; ²
.BYTE $AE ; ®
.BYTE 0
.BYTE $34 ; 4
.BYTE $2F ; /
.BYTE 0
.BYTE $33 ; 3
.BYTE $34 ; 4
.BYTE $21 ; !
.BYTE $32 ; 2
.BYTE $34 ; 4
off_BB3A: .WORD unk_BAF2 ; DATA XREF: RAM:B860^r RAM:B865^r
.WORD unk_BAFB
.WORD unk_BB04
.WORD unk_BB12
.WORD unk_BB25
unk_BB44: .BYTE 8 ; DATA XREF: RAM:B86A^r
.BYTE 8
.BYTE $D
.BYTE $12
.BYTE $14
.BYTE $2E ; .
.BYTE $2F ; /
.BYTE 0
unk_BB4C: .BYTE $29 ; ) ; DATA XREF: RAM:off_BC04vo
.BYTE $2E ; .
.BYTE $33 ; 3
.BYTE $25 ; %
.BYTE $32 ; 2
.BYTE $34 ; 4
.BYTE 0
.BYTE $33 ; 3
.BYTE $2F ; /
.BYTE $35 ; 5
.BYTE $32 ; 2
.BYTE $23 ; #
.BYTE $25 ; %
.BYTE 0
.BYTE $24 ; $
.BYTE $29 ; )
.BYTE $33 ; 3
.BYTE $2B ; +
.BYTE $C
.BYTE 0
.BYTE $30 ; 0
.BYTE $32 ; 2
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $33 ; 3
.BYTE 0
.BYTE $B2 ; ²
.BYTE $A5 ; ¥
.BYTE $B4 ; ´
.BYTE $B5 ; µ
.BYTE $B2 ; ²
.BYTE $AE ; ®
unk_BB6C: .BYTE $29 ; ) ; DATA XREF: RAM:BC06vo
.BYTE $2E ; .
.BYTE $33 ; 3
.BYTE $25 ; %
.BYTE $32 ; 2
.BYTE $34 ; 4
.BYTE 0
.BYTE $24 ; $
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $34 ; 4
.BYTE $29 ; )
.BYTE $2E ; .
.BYTE $21 ; !
.BYTE $34 ; 4
.BYTE $29 ; )
.BYTE $2F ; /
.BYTE $2E ; .
.BYTE 0
.BYTE $24 ; $
.BYTE $29 ; )
.BYTE $33 ; 3
.BYTE $2B ; +
.BYTE $C
.BYTE 0
.BYTE $30 ; 0
.BYTE $32 ; 2
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $33 ; 3
.BYTE 0
.BYTE $B2 ; ²
.BYTE $A5 ; ¥
.BYTE $B4 ; ´
.BYTE $B5 ; µ
.BYTE $B2 ; ²
.BYTE $AE ; ®
unk_BB91: .BYTE $32 ; 2 ; DATA XREF: RAM:BC08vo
.BYTE $25 ; %
.BYTE $21 ; !
.BYTE $24 ; $
.BYTE $29 ; )
.BYTE $2E ; .
.BYTE $27 ; '
unk_BB98: .BYTE $37 ; 7 ; DATA XREF: RAM:BC0Avo
.BYTE $32 ; 2
.BYTE $29 ; )
.BYTE $34 ; 4
.BYTE $29 ; )
.BYTE $2E ; .
.BYTE $27 ; '
unk_BB9F: .BYTE $26 ; & ; DATA XREF: RAM:BC0Cvo
.BYTE $2F ; /
.BYTE $32 ; 2
.BYTE $2D ; -
.BYTE $21 ; !
.BYTE $34 ; 4
.BYTE $34 ; 4
.BYTE $29 ; )
.BYTE $2E ; .
.BYTE $27 ; '
unk_BBA9: .BYTE $26 ; & ; DATA XREF: RAM:BC0Evo
.BYTE $2F ; /
.BYTE $32 ; 2
.BYTE $2D ; -
.BYTE $21 ; !
.BYTE $34 ; 4
.BYTE 0
.BYTE $25 ; %
.BYTE $32 ; 2
.BYTE $32 ; 2
.BYTE $2F ; /
.BYTE $32 ; 2
.BYTE $E
.BYTE 0
.BYTE 0
.BYTE $30 ; 0
.BYTE $32 ; 2
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $33 ; 3
.BYTE 0
.BYTE $B2 ; ²
.BYTE $A5 ; ¥
.BYTE $B4 ; ´
.BYTE $B5 ; µ
.BYTE $B2 ; ²
.BYTE $AE ; ®
.BYTE 0
.BYTE $34 ; 4
.BYTE $2F ; /
.BYTE 0
.BYTE $32 ; 2
.BYTE $25 ; %
.BYTE $34 ; 4
.BYTE $32 ; 2
.BYTE $39 ; 9
.BYTE $E
unk_BBCE: .BYTE $24 ; $ ; DATA XREF: RAM:BC10vo
.BYTE $2F ; /
.BYTE $2E ; .
.BYTE $25 ; %
.BYTE $E
.BYTE 0
.BYTE $30 ; 0
.BYTE $32 ; 2
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $33 ; 3
.BYTE 0
.BYTE $B2 ; ²
.BYTE $A5 ; ¥
.BYTE $B4 ; ´
.BYTE $B5 ; µ
.BYTE $B2 ; ²
.BYTE $AE ; ®
unk_BBE0: .BYTE $37 ; 7 ; DATA XREF: RAM:BC12vo
.BYTE $32 ; 2
.BYTE $29 ; )
.BYTE $34 ; 4
.BYTE $25 ; %
.BYTE 0
.BYTE $25 ; %
.BYTE $32 ; 2
.BYTE $32 ; 2
.BYTE $2F ; /
.BYTE $32 ; 2
.BYTE $E
.BYTE 0
.BYTE $30 ; 0
.BYTE $32 ; 2
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $33 ; 3
.BYTE 0
.BYTE $B2 ; ²
.BYTE $A5 ; ¥
.BYTE $B4 ; ´
.BYTE $B5 ; µ
.BYTE $B2 ; ²
.BYTE $AE ; ®
.BYTE 0
.BYTE $34 ; 4
.BYTE $2F ; /
.BYTE 0
.BYTE $32 ; 2
.BYTE $25 ; %
.BYTE $33 ; 3
.BYTE $34 ; 4
.BYTE $21 ; !
.BYTE $32 ; 2
.BYTE $34 ; 4
off_BC04: .WORD unk_BB4C ; DATA XREF: sub_B80F+A^r sub_B80F+F^r
.WORD unk_BB6C
.WORD unk_BB91
.WORD unk_BB98
.WORD unk_BB9F
.WORD unk_BBA9
.WORD unk_BBCE
.WORD unk_BBE0
unk_BC14: .BYTE $1F ; DATA XREF: sub_B80F+14^r
.BYTE $24 ; $
.BYTE 6
.BYTE 6
.BYTE 9
.BYTE $24 ; $
.BYTE $11
.BYTE $23 ; #
.BYTE 0
; end of 'RAM'
.END