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antoine-source/diag/DIAG19B.S
Antoine Vignau a37f7847fb
Mass upload 
The code from the Apple IIe diagnostics card
2020-11-10 11:41:07 +01:00

2047 lines
39 KiB
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*
* Apple II diagnostics code
*
* (c) 1983, Apple Computer, Inc.
* (s) 2018, Brutal Deluxe Software
*
*---------------------------------------------------------
* EPROM189.BIN
* Code and data at $E000..$E7FF
*---------------------------------------------------------
LE000 DB $0E
DB $55
DB $0D
LE003 DB $55
DB $02
DB $57
DB $02
DB $58
DB $02
DB $59
DB $02
DB $5A
DB $02
DB $5B
DB $03
DB $5B
DB $06
DB $57
DB $05
DB $58
DB $07
DB $58
DB $05
DB $59
DB $07
DB $59
DB $05
DB $5A
DB $07
DB $5A
DB $06
DB $5B
DB $09
DB $57
DB $0A
DB $57
DB $09
DB $58
DB $09
DB $59
DB $09
DB $5A
DB $09
DB $5B
DB $0A
DB $5B
DB $0C
DB $57
DB $0C
DB $58
DB $0C
DB $59
DB $0C
DB $5A
DB $0C
DB $5B
DB $0E
DB $58
DB $0D
DB $59
DB $0E
DB $5A
DB $0E
DB $5B
DB $09
DB $15
DB $53
DB $16
DB $52
DB $17
DB $51
DB $18
DB $51
DB $19
DB $52
DB $1A
DB $53
DB $1B
DB $53
DB $1C
DB $52
DB $1D
DB $51
DB $1E
DB $51
DB $0D
DB $BB
DB $56
DB $BC
DB $56
DB $BD
DB $56
DB $BE
DB $56
DB $BF
DB $56
DB $C0
DB $56
DB $C1
DB $56
DB $C2
DB $56
DB $C3
DB $56
DB $C4
DB $56
DB $C5
DB $56
DB $BC
DB $55
DB $BC
DB $57
DB $0D
DB $CC
DB $56
DB $CD
DB $56
DB $CE
DB $56
DB $CF
DB $56
DB $D0
DB $56
DB $D1
DB $56
DB $D2
DB $56
DB $D3
DB $56
DB $D4
DB $56
DB $D5
DB $56
DB $D6
DB $56
DB $D5
DB $55
DB $D5
DB $57
DB $0D
DB $E2
DB $51
DB $E2
DB $52
DB $E2
DB $53
DB $E2
DB $54
DB $E2
DB $55
DB $E2
DB $56
DB $E2
DB $57
DB $E2
DB $58
DB $E2
DB $59
DB $E2
DB $5A
DB $E2
DB $5B
DB $E3
DB $5A
DB $E1
DB $5A
DB $0D
DB $F3
DB $5B
DB $F3
DB $5A
DB $F3
DB $59
DB $F3
DB $58
DB $F3
DB $57
DB $F3
DB $56
DB $F3
DB $55
DB $F3
DB $54
DB $F3
DB $53
DB $F3
DB $52
DB $F3
DB $51
DB $F4
DB $52
DB $F2
DB $52
DB $26
DB $2B
DB $55
DB $2D
DB $55
DB $2F
DB $55
DB $2C
DB $56
DB $2E
DB $56
DB $2B
DB $57
DB $2D
DB $57
DB $2F
DB $57
DB $2A
DB $58
DB $2C
DB $58
DB $2E
DB $58
DB $2B
DB $59
DB $2D
DB $59
DB $2F
DB $59
DB $2A
DB $54
DB $2B
DB $54
DB $2C
DB $54
DB $2D
DB $54
DB $2E
DB $54
DB $2F
DB $54
DB $30
DB $54
DB $2A
DB $55
DB $2A
DB $56
DB $2A
DB $57
DB $2A
DB $58
DB $2A
DB $59
DB $2A
DB $5A
DB $2B
DB $5A
DB $2C
DB $5A
DB $2D
DB $5A
DB $2E
DB $5A
DB $2F
DB $5A
DB $30
DB $5A
DB $30
DB $59
DB $30
DB $58
DB $30
DB $57
DB $30
DB $56
DB $30
DB $55
DB $27
DB $40
DB $52
DB $41
DB $52
DB $40
DB $51
DB $42
DB $51
DB $41
DB $50
DB $43
DB $50
DB $42
DB $4F
DB $43
DB $4F
DB $3D
DB $53
DB $3E
DB $53
DB $3F
DB $53
DB $40
DB $53
DB $41
DB $53
DB $42
DB $53
DB $3C
DB $54
DB $3B
DB $55
DB $3B
DB $56
DB $3B
DB $57
DB $3B
DB $58
DB $3B
DB $59
DB $3B
DB $5A
DB $3C
DB $5B
DB $3D
DB $5C
DB $3E
DB $5C
DB $3F
DB $5C
DB $40
DB $5C
DB $41
DB $5C
DB $42
DB $5C
DB $43
DB $5B
DB $44
DB $5A
DB $44
DB $59
DB $44
DB $58
DB $43
DB $58
DB $42
DB $57
DB $42
DB $56
DB $42
DB $55
DB $43
DB $55
DB $43
DB $54
DB $5B
DB $AF
DB $52
DB $B0
DB $52
DB $AF
DB $51
DB $B1
DB $51
DB $B0
DB $50
DB $B2
DB $50
DB $B1
DB $4F
DB $B2
DB $4F
DB $AC
DB $53
DB $AD
DB $53
DB $AE
DB $53
DB $AF
DB $53
DB $B0
DB $53
DB $B1
DB $53
DB $AB
DB $54
DB $AC
DB $54
DB $AD
DB $54
DB $AE
DB $54
DB $AF
DB $54
DB $B0
DB $54
DB $B1
DB $54
DB $B2
DB $54
DB $AA
DB $55
DB $AB
DB $55
DB $AC
DB $55
DB $AD
DB $55
DB $AE
DB $55
DB $AF
DB $55
DB $B0
DB $55
DB $B1
DB $55
DB $B2
DB $55
DB $AA
DB $56
DB $AB
DB $56
DB $AC
DB $56
DB $AD
DB $56
DB $AE
DB $56
DB $AF
DB $56
DB $B0
DB $56
DB $B1
DB $56
DB $AA
DB $57
DB $AB
DB $57
DB $AC
DB $57
DB $AD
DB $57
DB $AE
DB $57
DB $AF
DB $57
DB $B0
DB $57
DB $B1
DB $57
DB $AA
DB $58
DB $AB
DB $58
DB $AC
DB $58
DB $AD
DB $58
DB $AE
DB $58
DB $AF
DB $58
DB $B0
DB $58
DB $B1
DB $58
DB $B2
DB $58
DB $B3
DB $58
DB $AA
DB $59
DB $AB
DB $59
DB $AC
DB $59
DB $AD
DB $59
DB $AE
DB $59
DB $AF
DB $59
DB $B0
DB $59
DB $B1
DB $59
DB $B2
DB $59
DB $B3
DB $59
DB $AA
DB $5A
DB $AB
DB $5A
DB $AC
DB $5A
DB $AD
DB $5A
DB $AE
DB $5A
DB $AF
DB $5A
DB $B0
DB $5A
DB $B1
DB $5A
DB $B2
DB $5A
DB $B3
DB $5A
DB $AB
DB $5B
DB $AC
DB $5B
DB $AD
DB $5B
DB $AE
DB $5B
DB $AF
DB $5B
DB $B0
DB $5B
DB $B1
DB $5B
DB $B2
DB $5B
DB $AC
DB $5C
DB $AD
DB $5C
DB $AE
DB $5C
DB $AF
DB $5C
DB $B0
DB $5C
DB $B1
DB $5C
DB $49
DB $68
DB $54
DB $69
DB $53
DB $6A
DB $53
DB $6B
DB $53
DB $6C
DB $54
DB $68
DB $55
DB $69
DB $56
DB $6A
DB $56
DB $6B
DB $56
DB $6C
DB $57
DB $6C
DB $58
DB $6B
DB $59
DB $6A
DB $59
DB $69
DB $59
DB $68
DB $58
DB $6F
DB $53
DB $70
DB $53
DB $71
DB $53
DB $72
DB $54
DB $72
DB $55
DB $71
DB $56
DB $70
DB $56
DB $6F
DB $56
DB $6F
DB $54
DB $6F
DB $55
DB $6F
DB $56
DB $6F
DB $57
DB $6F
DB $58
DB $6F
DB $59
DB $77
DB $53
DB $76
DB $54
DB $78
DB $54
DB $75
DB $55
DB $79
DB $55
DB $75
DB $56
DB $79
DB $56
DB $75
DB $57
DB $76
DB $57
DB $77
DB $57
DB $78
DB $57
DB $79
DB $57
DB $75
DB $58
DB $79
DB $58
DB $75
DB $59
DB $79
DB $59
DB $7C
DB $54
DB $7D
DB $53
DB $7E
DB $53
DB $7F
DB $53
DB $80
DB $54
DB $7C
DB $55
DB $7C
DB $56
DB $7C
DB $57
DB $7C
DB $58
DB $7D
DB $59
DB $7E
DB $59
DB $7F
DB $59
DB $80
DB $58
DB $83
DB $53
DB $83
DB $54
DB $83
DB $55
DB $83
DB $56
DB $83
DB $57
DB $83
DB $58
DB $83
DB $59
DB $84
DB $53
DB $85
DB $53
DB $86
DB $53
DB $84
DB $56
DB $85
DB $56
DB $84
DB $59
DB $85
DB $59
DB $86
DB $59
LE2A5 DB $9B
DB $B1
DB $B2
DB $B3
DB $B4
DB $B5
DB $B6
DB $B7
DB $B8
DB $B9
DB $B0
DB $AD
DB $BD
DB $FF
DB $89
DB $D1
DB $D7
DB $C5
DB $D2
DB $D4
DB $D9
DB $D5
DB $C9
DB $CF
DB $D0
DB $DB
DB $DD
DB $DC
DB $C1
DB $D3
DB $C4
DB $C6
DB $C7
DB $C8
DB $CA
DB $CB
DB $CC
DB $BB
DB $A7
DB $8D
DB $DA
DB $D8
DB $C3
DB $D6
DB $C2
DB $CE
DB $CD
DB $AC
DB $AE
DB $BF
DB $FE
DB $88
DB $95
DB $8A
DB $8B
DB $A0
LE2DD DB $76
DB $D8
DB $B3
DB $D8
DB $CC
DB $D8
DB $E5
DB $D8
DB $00
DB $D9
DB $1D
DB $D9
DB $3C
DB $D9
DB $5F
DB $D9
DB $76
DB $D9
DB $99
DB $D9
DB $B8
DB $D9
DB $DD
DB $D9
DB $EC
DB $D9
DB $05
DB $DA
DB $76
DB $DA
DB $AD
DB $DA
DB $D0
DB $DA
DB $F5
DB $DA
DB $14
DB $DB
DB $39
DB $DB
DB $50
DB $DB
DB $65
DB $DB
DB $84
DB $DB
DB $93
DB $DB
DB $B8
DB $DB
DB $D3
DB $DB
DB $EA
DB $DB
DB $01
DB $DC
DB $8D
DB $DC
DB $AE
DB $DC
DB $CD
DB $DC
DB $F6
DB $DC
DB $0F
DB $DD
DB $2A
DB $DD
DB $4D
DB $DD
DB $62
DB $DD
DB $7F
DB $DD
DB $96
DB $DD
DB $9F
DB $DD
DB $A6
DB $DD
DB $6A
DB $DE
DB $89
DB $DE
DB $A4
DB $DE
DB $BF
DB $DE
DB $DC
DB $DE
DB $05
DB $DF
DB $28
DB $DF
DB $4D
DB $DF
DB $54
DB $DF
DB $57
DB $DF
DB $40
DB $E0
DB $55
DB $E0
DB $70
DB $E0
DB $8B
DB $E0
DB $A6
DB $E0
DB $12
DB $E2
DB $0E
DB $E1
DB $5B
DB $E1
DB $15
DB $DE
DB $6A
DB $DF
DB $C1
DB $DF
DB $C1
DB $E0
DB $0E
DB $DC
*---------------------------------------------------------
*
* Command: C - Character set test
*
*---------------------------------------------------------
CHRTST JSR HOME
LDA #$28
STA $08
LDA #$41
STA $07
LDX #$00
PL1 LDA L1MSG,X
BEQ CL1
JSR COUT
INX
BNE PL1
CL1 JSR CROUT
LDX #$00
CHR TXA
JSR COUT
INX
DEC $07
BEQ LE389
DEC $08
BNE CHR
DEC $07
BNE CHR
LE389 JSR CROUT
LDA #$28
STA $08
LDA #$41
STA $07
LDX #$00
LE396 LDA L2MSG,X
BEQ LE3A1
JSR COUT
INX
BNE LE396
LE3A1 JSR CROUT
LDX #$40
LE3A6 TXA
JSR COUT
INX
DEC $07
BEQ LE3B7
DEC $08
BNE LE3A6
DEC $07
BNE LE3A6
LE3B7 JSR CROUT
LDA #$28
STA $08
LDA #$20
STA $07
LDX #$00
LE3C4 LDA L3MSG,X
BEQ LE3CF
JSR COUT
INX
BNE LE3C4
LE3CF JSR CROUT
LDX #$C0
LE3D4 TXA
JSR COUT
INX
DEC $07
BEQ LE3E5
DEC $08
BNE LE3D4
DEC $07
BNE LE3D4
LE3E5 LDA #$20
STA $07
LDX #$A0
LE3EB TXA
JSR COUT
INX
DEC $07
BNE LE3EB
JSR CROUT
LDA #$28
STA $08
LDA #$40
STA $07
LDX #$00
LE401 LDA L4MSG,X
BEQ LE40C
JSR COUT
INX
BNE LE401
LE40C JSR CROUT
LDA #$A0
JSR COUT
JSR COUT
JSR COUT
JSR COUT
LDX #$E1
LE41F TXA
JSR COUT
INX
BEQ LE431
DEC $08
BNE LE41F
DEC $07
BNE LE41F
JMP LE41F
LE431 LDX #$00
LE433 LDA PRESSSPC,X
BEQ LE43E
JSR COUT
INX
BNE LE433
LE43E LDA KBD
CMP #$A0
BNE LE43E
BIT KBDSTROBE
JMP TSTS
LE44B LDA KBD
CMP #$A0
BNE LE45B
LDY #$00
LDA #$08
STA (ROMCTRL),Y
JMP INI
LE45B RTS
DELAY DEX
BNE DELAY
DEY
BNE DELAY
DLY DEX
BNE DLY
RTS
PAUSE JSR DELAY
JSR DELAY
JSR DELAY
JSR DELAY
JSR DELAY
RTS
*---------------------------------------------------------
*
* Command: R - Read only memory test (aka DO CX)
*
*---------------------------------------------------------
ROMTST LDA #<L849B
STA $02
LDA #>L849B
STA $03
LDA #>LE49B
STA $05
LDA #<LE49B
STA $04
LDX #$02
LDY #$00
LE48A LDA ($04),Y
STA ($02),Y
INY
BNE LE48A
INC $05
INC $03
DEX
BNE LE48A
JMP L849B
*
* Code is relocated at $849B
*
LE49B = *
org L849B
LDA #$10
LDY #$00
STA (ROMCTRL),Y
STA SETINTCXROM
LDA #>LC100
STA $03
LDA #<LC100
STA $02
TAY
LE4AD CLC
ADC ($02),Y
INY
BNE LE4AD
INC $03
LDX $03
CPX #>CXCHKSUM
BNE LE4BE
INY
BNE LE4AD
LE4BE CPX #>LE000
BEQ LE4C4
BNE LE4AD
LE4C4 CMP CXCHKSUM
BEQ LE4E5
LDA #$08
LDY #$00
STA (ROMCTRL),Y
LDX #$00
LE4D1 LDA CXBADMSG,X
BEQ LE4DC
JSR COUT
INX
BNE LE4D1
LE4DC JSR BELL
JSR BELL
LE4E2 JMP LE4E2
LE4E5 LDA #$08
LDY #$00
STA (ROMCTRL),Y
LDA LOOPFLG
BEQ LE4FC
LDX #$00
LE4F1 LDA CXOKMSG,X
BEQ LE4FC
JSR COUT
INX
BNE LE4F1
LE4FC LDA #$10
LDY #$00
STA (ROMCTRL),Y
LDY #$00
TYA
LE505 CLC
ADC ($02),Y
INY
BEQ LE516
CPY #$FF
BNE LE505
LDX $03
CPX #>LF800-1
BNE LE505
INY
LE516 INC $03
BNE LE505
CMP LF7FF
BEQ LE53B
LDA #$08
LDY #$00
STA (ROMCTRL),Y
LDX #$00
LE527 LDA FXBADMSG,X
BEQ LE532
JSR COUT
INX
BNE LE527
LE532 JSR BELL
JSR BELL
LE538 JMP LE538
LE53B STA SETSLOTCXROM
LDA #$08
LDY #$00
STA (ROMCTRL),Y
LDA #$01
STA ROMFLG
LDA LOOPFLG
BEQ LE57D
LDX #$00
LE54E LDA FXOKMSG,X
BEQ LE559
JSR COUT
INX
BNE LE54E
LE559 LDA LOOPFLG
BEQ LE574
LDX #$00
LE55F LDA LPMSG,X
BEQ LE56A
JSR COUT
INX
BNE LE55F
LE56A LDA $0B
JSR PRBYTE
LDA $0A
JSR PRBYTE
LE574 JSR PAUSE
JSR LE44B
JMP RAMTST
LE57D JMP TSTS
*
* End of relocated code
*
*---------------------------------------------------------
*
* Command: P - Processor test
*
*---------------------------------------------------------
org $E580
CPUTST LDX #$00
TXA
CMP #$00
BEQ LE58A
JMP LE877
LE58A LDA #$00
ADC #$80
ADC #$80
CMP #$01
BEQ LE597
JMP LE877
LE597 LDY #$FF
TYA
CMP #$FF
BEQ LE5A1
JMP LE877
LE5A1 LDA |L0000,Y
STA |L0000,Y
CMP |L0000,Y
BEQ LE5AF
JMP LE877
LE5AF LDA #$00
SBC #$80
CMP #$80
BEQ LE5BA
JMP LE877
LE5BA LDA #$00
ROL
CMP #$01
BEQ LE5C4
JMP LE877
LE5C4 LDA #$00
STA $00
INC $00
LDA $00
CMP #$01
BEQ LE5D3
JMP LE877
LE5D3 LDA #$00
ROR
CMP #$80
BEQ LE5DD
JMP LE877
LE5DD LDA #$00
CLC
ADC #$80
ADC #$80
CMP #$00
BEQ LE5EB
JMP LE877
LE5EB LDA #$01
ASL
CMP #$02
BEQ LE5F5
JMP LE877
LE5F5 LDA #$02
LSR
CMP #$01
BEQ LE5FF
JMP LE877
LE5FF LDA #$01
BNE LE606
JMP LE877
LE606 LDA #$00
PHP
LDA #$80
PLP
BEQ LE611
JMP LE877
LE611 LDA #$FF
AND #$08
CMP #$08
BEQ LE61C
JMP LE877
LE61C LDA #$08
STA $00
LDA #$FF
AND $00
CMP #$08
BEQ LE62B
JMP LE877
LE62B SEC
BCS LE631
JMP LE877
LE631 CLC
BCC LE637
JMP LE877
LE637 LDX #$00
INX
CPX #$01
BEQ LE641
JMP LE877
LE641 LDY #$00
INY
CPY #$01
BEQ LE64B
JMP LE877
LE64B LDA #$10
TAY
CPY #$10
BEQ LE655
JMP LE877
LE655 LDA #$20
TAX
CPX #$20
BEQ LE65F
JMP LE877
LE65F LDY #$00
STY $00
LDX $00
CPX #$00
BEQ LE66C
JMP LE877
LE66C LDX #$01
STX $00
LDY $00
CPY #$01
BEQ LE679
JMP LE877
LE679 LDA #$22
STA $00
LDX #$23
DEX
CPX $00
BEQ LE687
JMP LE877
LE687 LDA #$23
STA $00
LDY #$24
DEY
CMP $00
BEQ LE695
JMP LE877
LE695 LDA #$09
STA $07
SED
CLC
LDA $07
ADC #$01
STA $07
CLD
LDA $07
CMP #$10
BEQ LE6AB
JMP LE877
LE6AB LDA #$55
STA $07
LDA #$AA
EOR $07
CMP #$FF
BEQ LE6BA
JMP LE877
LE6BA LDA #$00
ORA #$F0
CMP #$F0
BEQ LE6C5
JMP LE877
LE6C5 LDA #$00
CLC
SBC #$01
BMI LE6CF
JMP LE877
LE6CF LDX #$40
STX $07
BIT $07
BVS LE6DA
JMP LE877
LE6DA LDX #$40
STX $07
ASL $07
BIT $07
BVC LE6E7
JMP LE877
LE6E7 SEI
PHP
PLA
AND #$04
BNE LE6F1
JMP LE877
LE6F1 CLI
PHP
PLA
AND #$04
BEQ LE6FB
JMP LE877
LE6FB LDA #<L8720
STA $02
LDA #>L8720
STA $03
LDA #<LE720
STA $05
LDA #>LE720
STA $04
LDX #$02
LDY #$00
LE70F LDA ($04),Y
STA ($02),Y
INY
BNE LE70F
INC $05
INC $03
DEX
BNE LE70F
JMP L8720
*
* Code is relocated at $8720
*
LE720 = *
org L8720
LDX #$00
STA SETSLOTCXROM
STA SETINTC3ROM
LE728 LDA MMUADR,X
EOR LE88D,X
BPL LE732
BMI LE78A
LE732 INX
CPX #$08
BNE LE728
STA LCBANK1
BIT RDLCBNK2
STA ROMIN2
BPL LE744
BMI LE78A
LE744 INX
STA RDBANK2
BIT RDLCRAM
STA RDROM2
BMI LE752
BPL LE78A
LE752 INX
STA WRCARDRAM
BIT RDRAMWRT
STA WRMAINRAM
BMI LE760
BPL LE78A
LE760 INX
STA SETALTZP
BIT RDALTZP
STA SETSTDZP
BMI LE76E
BPL LE78A
LE76E INX
STA SETSLOTC3ROM
BIT RDC3ROM
STA SETINTC3ROM
BMI LE77C
BPL LE78A
LE77C INX
STA SET80COL
BIT RD80COL
STA KBD
BMI LE7A9
BPL LE78A
LE78A LDA #$08
LDY #$00
STA (ROMCTRL),Y
STA SETSLOTCXROM
JSR BELL
JSR BELL
LDX #$00
LE79B LDA MMUBAD,X
BEQ LE7A6
JSR COUT
INX
BNE LE79B
LE7A6 JMP LE7A6
LE7A9 LDX #$00
LE7AB LDA IOUADDR,X
EOR LE896,X
BPL LE7B5
BMI LE80B
LE7B5 INX
CPX #$06
BNE LE7AB
STA SET80VID
BIT RD80VID
STA CLR80VID
BMI LE7C7
BPL LE80B
LE7C7 INX
STA SETALTCHAR
BIT ALTCHARSET
STA CLRALTCHAR
BMI LE7D5
BPL LE80B
LE7D5 INX
STA TXTCLR
BIT RDTEXT
STA TXTSET
BPL LE7E3
BMI LE80B
LE7E3 INX
STA TXTPAGE2
BIT RDPAGE2
STA TXTPAGE1
BMI LE7F1
BPL LE80B
LE7F1 INX
STA MIXSET
BIT RDMIX
STA MIXCLR
BMI LE7FF
BPL LE80B
LE7FF INX
STA HIRES
BIT RDHIRES
STA LORES
BMI LE82A
LE80B LDA #$08
LDY #$00
STA (ROMCTRL),Y
STA SETSLOTCXROM
JSR BELL
JSR BELL
LDX #$00
LE81C LDA IOUBAD,X
BEQ LE827
JSR COUT
INX
BNE LE81C
LE827 JMP LE827 ; Infinite loop
LE82A LDA #$08
STA SETSLOTCXROM
LDY #$00
STA (ROMCTRL),Y
LDA #$01
STA CPUFLG
LDA #$08
LDY #$00
STA (ROMCTRL),Y
LDA LOOPFLG
BEQ LE874
JSR HOME
LDX #$00
LE846 LDA CPUOK,X
BEQ LE851
JSR COUT
INX
BNE LE846
LE851 LDX #$00
LE853 LDA MMUOK,X
BEQ LE85E
JSR COUT
INX
BNE LE853
LE85E LDX #$00
LE860 LDA IOUOK,X
BEQ LE86B
JSR COUT
INX
BNE LE860
LE86B LDA #$08
LDY #$00
STA (ROMCTRL),Y
STA SETSLOTCXROM
LE874 JMP TST0
LE877 JSR BELL
JSR BELL
LDX #$00
LE87F LDA CPUBAD,X
BEQ LE88A
JSR COUT
INX
BNE LE87F
LE88A JMP LE88A ; Infinite loop
*
* End of relocated code
*
*---------------------------------------------------------
*
* All data for the program
*
*---------------------------------------------------------
org $E88D
LE88D DB $80
DB $00
DB $00
DB $00
DB $00
DB $00
DB $00
DB $00
DB $80
LE896 DB $80
DB $00
DB $00
DB $00
DB $00
DB $00
CXBADMSG ASC 8D8D
ASC "ROM AT MOTHER BOARD LOCATION D8 IS BAD"8D
ASC 00
FXBADMSG ASC 8D8D
ASC "ROM AT MOTHER BOARD LOCATION D10 IS BAD"8D
ASC 00
CXOKMSG ASC 8D8D
ASC " ROM AT MOTHER BOARD LOCATION D8 IS OK"00
FXOKMSG ASC 8D8D
ASC " ROM AT MOTHER BOARD LOCATION D10 IS OK"00
L1MSG ASC 8D
ASC " THESE TWO LINES SHOULD BE INVERSE"00
L2MSG ASC 8D8D
ASC " THESE TWO LINES SHOULD BE FLASHING"00
L3MSG ASC 8D8D
ASC " THESE TWO LINES SHOULD BE NORMAL"00
L4MSG ASC 8D8D
ASC " THIS LINE SHOULD BE LOWER CASE"00
PRESSSPC ASC 8D8D8D
ASC " PRESS SPACE BAR TO CONTINUE"8D
ASC 00
KMSG ASC 8D
ASC "** APPLE ][e KEYBOARD TEST PROGRAM **"8D
ASC " ALARM WILL SOUND AND CORRESPONDING"8D
ASC "CHARACTER WILL FLICKER IF KEY BOUNCES"8D
ASC " CONTROL 'C' WILL EXIT THIS TEST"00
LRMSG ASC 8D
ASC " MATCH LOW RESOLUTION CHARACTERS"8D
ASC " WITH THOSE ON LORES SYMBOL TABLES"8D
ASC " PRESS SPACE BAR TO CONTINUE"8D
ASC 00
CTAMSG ASC "CURRENTLY TESTING MEMORY AT $D000-$FFFF"00
LPMSG ASC 8D8D
ASC " LOOP #"00
SPFMSG ASC 8D
ASC "SUSPECTED FAILURE AT LOCATION F"00
HELLO ASC " APPLE ][e DIAGNOSTICS"8D
ASC " 1983 APPLE COMPUTER INC"8D8D
ASC " Enter the Letter of"8D
ASC " the Desired Test"8D8D
ASC "<P> PROCESSOR TEST"8D
ASC "<R> READ ONLY MEMORY TEST"8D
ASC "<M> RANDOM ACCESS MEMORY TEST"8D
ASC "<C> CHARACTER SET TEST"8D
ASC "<K> KEYBOARD TEST"8D
ASC "<V> VIDEO TESTS"00
HELLO2 ASC 8D
ASC "<L> LOOP ROM RAM AND PROCESSOR TESTS"8D
ASC "<S> SPEAKER TEST"
ESPACE ASC 8D8D
ASC "SPACE BAR TO RETURN TO MENU"8D
ASC 00
TMSG ASC 8D
ASC " SPEAKER TEST PLAYS 5 TONES"8D
ASC " INCREMENTING FROM"8D
ASC " LOW TO HIGH PITCH"00
CPUOK ASC 8D
ASC " MICROPROCESSOR IS OK"00
CPUBAD ASC 8D8D
ASC " >MICROPROCESSOR IS BAD<"00
IOUBAD ASC 8D
ASC " >INPUT/OUTPUT UNIT ERROR<"00
MMUBAD ASC 8D
ASC " >MEMORY MANAGEMENT UNIT ERROR<"00
MMUOK ASC 8D
ASC " MEMORY MANAGEMENT UNIT IS OK"00
IOUOK ASC 8D
ASC " INPUT/OUTPUT UNIT IS OK"00
RAMOK ASC 8D8D
ASC " RANDOM ACCESS MEMORY IS OK"00
BADRAM ASC 8D
ASC ">RANDOM ACCESS MEMORY FAILED TESTS<"8D00
LRP2 ASC " LOW RESOLUTION GRAPHICS-PAGE TWO"00
*
* This is the place of the RAM chips on the mother board
*
BITMAP DB $00
DB $06
DB $07
DB $08
DB $09
DB $10
DB $11
DB $12
DB $13
NOCARDMSG ASC " CAN'T FIND THE ROM CARD !"8D00
*---------------------------------------------------------
*
* Some code
*
*---------------------------------------------------------
LEE2A BIT TXTPAGE2
BIT MIXCLR
LDA #$40
BNE LEE3C
LEE34 LDA #$20
BIT TXTPAGE1
BIT MIXSET
LEE3C STA $E6
LDA HIRES
LDA TXTCLR
LDA #$00
STA $1C
LDA $E6
STA $1B
LDY #$00
STY $1A
LEE50 LDA $1C
STA ($1A),Y
JSR LEED0
INY
BNE LEE50
INC $1B
LDA $1B
AND #$1F
BNE LEE50
RTS
LEE63 STA $E2
STX $E0
STY $E1
PHA
AND #$C0
STA $26
LSR
LSR
ORA $26
STA $26
PLA
STA $27
ASL
ASL
ASL
ROL $27
ASL
ROL $27
ASL
ROR $26
LDA $27
AND #$1F
ORA $E6
STA $27
TXA
CPY #$00
BEQ LEE94
LDY #$23
ADC #$04
LEE93 INY
LEE94 SBC #$07
BCS LEE93
STY $E5
TAX
LDA LF004-$F9,X ; Probably $F004 - TBV
STA $30
TYA
LSR
LDA $E4
STA $1C
BCS LEED0
RTS
LEEA9 JSR LEE63
LDA $1C
EOR ($26),Y
AND $30
EOR ($26),Y
STA ($26),Y
RTS
LEEB7 BPL LEEDC
LDA $30
LSR
BCS LEEC3
EOR #$C0
LEEC0 STA $30
RTS
LEEC3 DEY
BPL LEEC8
LDY #$27
LEEC8 LDA #$C0
LEECA STA $30
STY $E5
LDA $1C
LEED0 ASL
CMP #$C0
BPL LEEDB
LDA $1C
EOR #$7F
STA $1C
LEEDB RTS
LEEDC LDA $30
ASL
EOR #$80
BMI LEEC0
LDA #$81
INY
CPY #$28
BCC LEECA
LDY #$00
BCS LEECA
CLC
LDA $D1
AND #$04
BEQ LEF1A
LDA #$7F
AND $30
AND ($26),Y
BNE LEF16
INC $EA
LDA #$7F
AND $30
BPL LEF16
CLC
LDA $D1
AND #$04
LEF0A BEQ LEF1A
LDA ($26),Y
EOR $1C
AND $30
BNE LEF16
INC $EA
LEF16 EOR ($26),Y
STA ($26),Y
LEF1A LDA $D1
ADC $D3
LEF1E AND #$03
CMP #$02
ROR
BCS LEEB7
LEF25 BMI LEF57
CLC
LDA $27
BIT LF00B
BNE LEF51
ASL $26
BCS LEF4D
BIT LEF1E+1 ; in ROM?
BEQ LEF3D
ADC #$1F
SEC
BCS LEF4F
LEF3D ADC #$23
PHA
LDA $26
ADC #$B0
BCS LEF48
ADC #$F0
LEF48 STA $26
PLA
BCS LEF4F
LEF4D ADC #$1F
LEF4F ROR $26
LEF51 ADC #$FC
LEF53 STA $27
RTS
LEF56 CLC
LEF57 LDA $27
LEF59 ADC #$04
BIT LF00B
BNE LEF53
ASL $26
BCC LEF7C
ADC #$E0
CLC
BIT LEF59+1 ; in ROM?
BEQ LEF7E
LDA $26
ADC #$50
EOR #$F0
BEQ LEF76
EOR #$F0
LEF76 STA $26
LDA $E6
BCC LEF7E
LEF7C ADC #$E0
LEF7E ROR $26
BCC LEF53
PHA
LDA #$00
STA $E0
STA $E1
STA $E2
PLA
LEF8C PHA
SEC
SBC $E0
PHA
TXA
SBC $E1
STA $D3
BCS LEFA2
PLA
EOR #$FF
ADC #$01
PHA
LDA #$00
SBC $D3
LEFA2 STA $D1
STA $D5
PLA
STA $D0
STA $D4
PLA
STA $E0
STX $E1
TYA
CLC
SBC $E2
BCC LEFBA
EOR #$FF
ADC #$FE
LEFBA STA $D2
STY $E2
ROR $D3
SEC
SBC $D0
TAX
LDA #$FF
SBC $D1
STA $1D
LDY $E5
BCS LEFD3
LEFCE ASL
JSR LEEB7
SEC
LEFD3 LDA $D4
ADC $D2
STA $D4
LDA $D5
SBC #$00
LEFDD STA $D5
LDA ($26),Y
EOR $1C
AND $30
EOR ($26),Y
STA ($26),Y
INX
BNE LEFF0
INC $1D
BEQ LF052
LEFF0 LDA $D3
BCS LEFCE
JSR LEF25
CLC
LDA $D4
ADC $D0
STA $D4
LDA $D5
ADC $D1
BVC LEFDD
LF004 DB $81
DB $82
DB $84
DB $88
DB $90
DB $A0
DB $C0
LF00B DB $1C
DB $FF
DB $FE
DB $4C
DB $EF
DB $EC
DB $E1
DB $D4
DB $C5
DB $B4
DB $A1
DB $8D
DB $78
DB $61
DB $49
DB $31
DB $18
DB $FF
LF01D LDA $26
ASL
LDA $27
AND #$03
ROL
ORA $26
ASL
ASL
ASL
STA $E2
LDA $27
LSR
LSR
AND #$07
ORA $E2
STA $E2
LDA $E5
ASL
ADC $E5
ASL
TAX
DEX
LDA $30
AND #$7F
LF042 INX
LSR
BNE LF042
STA $E1
TXA
CLC
ADC $E5
BCC LF050
INC $E1
LF050 STA $E0
LF052 RTS
*---------------------------------------------------------
*
* Fill until $F7FE (because there's a byte at $F7FF)
*
*---------------------------------------------------------
ds \ ; ..$F0FF
ds 256 ; ..$F1FF
ds 256 ; ..$F2FF
ds 256 ; ..$F3FF
ds 256 ; ..$F4FF
ds 256 ; ..$F5FF
ds 256 ; ..$6FFF
ds 255 ; ..$F7FE
LF7FF DB $C3
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