Painel Banctec 91690
Revisão de 20h53min de 26 de setembro de 2012 por Leandrolsilva (discussão | contribs)
O Garoa recebeu como doação o Painel de operação de uma classificadora de cheques, marca Banctec modelo 91690, que foi aposentada em 2011.
Pretendemos reutilizar o Painel no Garoa e para isso vamos fazer engenharia reversa no equipamento.
O Painel
É composto por um display de 7 linhas por 40 colunas, com dois botões (FEED, STOP) e um teclado numérico com algumas teclas adicionais (A,B,C,D,E,F,DO,CHG,CLR,EX).
Documentação
Temos também boa parte da documentação de manutenção da máquina na qual o painel era utilizado. Documentação do Painel Banctec 91690
Quando
A idéia é trabalhar no painel durante o evento Eletrônica com Carinho que acontece às segundas-feiras, às 19h 30min.
Interessados
- Leandro Luciano
- (Preencha seu nome aqui)
Histórico de Atividades
Esta página será utilizada para registrar o progresso das atividades.
27/Ago/2012
Documentação
Documentação do equipamento: Arquivo:PAINEL BANCTEC 91690.PDF
Fotos (ToDo)
O painel foi desmontado e tiramos fotos de todas as placas.
Revisamos a documentação e localizamos o esquemático das placas que compõem o painel.
Próximo passo: Fazer dump da EPROM para tentar entender como o painel processa e exibe os dados.
06/Set/2012
Tentando descobrir qual o modelo de EPROM usado.
Documentação menciona TTL PROM 2048 x8. Etiqueta do que parece ser a EPROM tem escrito o código 0111-004.
No esquemático o chip está identificado como dm87s191
Datasheet DM87s191
Datasheet DM87s191 - 2K x 8 TTL PROM Memory - DIP 24 pinos Arquivo:DM87S191.pdf
Pinagem DM87s191
- 24 - Vcc
- 23 - A8
- 22 - A9
- 21 - A10 (MSB)
- 20 - !CE1
- 19 - CE2
- 18 - CE3
- 17 - DO7 (MSB)
- 16 - DO6
- 15 - DO5
- 14 - DO4
- 13 - DO3
- 12 - GND
- 11 - DO2
- 10 - DO1
- 09 - DO0 (LSB)
- 08 - A0 (LSB)
- 07 - A1
- 06 - A2
- 05 - A3
- 04 - A4
- 03 - A5
- 02 - A6
- 01 - A7
Próximos passos: Fazer dump da EPROM, rodar um disassembler e analisar o código para tentar entender como o painel processa e exibe os dados.
21/Set/2012
Dump da EPROM efetuado
Foram utilizados dois CI SN74393N - Dual 4-bit counter para passar os endereços para a EPROM (11 bits) e um arduino para ler os dados (8 bits por endereço).
DUMP da EPROM (dm87s191)
0 02 00 26 FF FF FF FF FF FF FF FF 02 01 80 FF FF 10 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 20 FF FF FF 02 02 CA 75 D0 00 75 90 D4 78 01 76 AA 30 B6 AA FD 08 B8 80 F7 78 01 76 55 B6 55 FD 08 B8 40 50 F7 78 00 76 00 08 B8 80 FA 75 81 10 75 2C 01 50 75 2D FE 79 74 78 74 75 D0 08 79 30 78 30 D2 7F 60 90 40 00 E0 F5 2E 75 89 21 75 8D FD 75 8B FD 75 70 8C F0 75 8A 00 75 B8 02 00 00 00 75 98 70 75 88 80 50 75 A8 92 D2 95 D2 94 C2 94 12 00 92 12 01 6A 90 80 F8 30 B3 6E 75 D0 08 E9 98 60 67 E6 08 B8 74 A0 02 78 30 B4 0D 02 80 65 B4 0A 02 80 5C B4 0E 02 B0 80 7E B4 0C 02 80 5B B4 11 02 80 7E B4 13 02 80 C0 77 B4 14 02 80 62 B4 15 02 80 61 B4 08 02 80 35 D0 B4 17 02 80 14 B4 87 13 C0 D0 75 D0 00 F7 09 B9 E0 80 02 79 74 D0 D0 02 01 68 74 87 AD 2B BD 20 02 F0 80 76 05 2B 90 20 00 F0 7F 50 DF FE D2 91 20 B3 100 FD C2 91 80 63 15 2B 80 47 05 2A 80 43 75 2B 00 110 80 3E 75 2B 00 75 2A 00 D2 93 7F 50 DF FE C2 93 120 20 B3 FD 30 B3 FD 80 40 D2 92 80 3C C2 92 80 38 130 75 2B 00 75 2A 00 80 18 D2 7D E9 98 60 FC E6 30 140 7D 06 F5 2A C2 7D 80 02 F5 2B 08 B8 74 02 78 30 150 75 F0 20 E5 2A A4 25 2B 90 20 00 F0 7F 50 DF FE 160 D2 90 7F 50 DF FE C2 90 00 22 30 7F 12 75 D0 00 170 E9 98 60 0B E6 F5 99 C2 7F 08 B8 80 02 78 74 22 180 C0 D0 C0 E0 C0 F0 C0 82 C0 83 75 D0 00 D2 94 C2 190 94 75 8C F0 75 8A 00 75 83 10 E5 2C FE F5 82 E0 1A0 54 07 B4 07 2A 20 7E 02 80 1F 05 2D AD 2D BD 00 1B0 66 C2 7E 75 2D FE 20 7B 06 20 7C 0B 02 02 A6 C2 1C0 7B 75 28 88 02 02 A6 C2 7C 75 2D FE 02 02 B5 30 1D0 7E 37 75 2D FE C0 82 75 82 01 E0 D0 82 54 07 B4 1E0 00 06 74 84 F5 28 C2 7C E5 28 B4 80 03 02 02 58 1F0 B4 84 08 20 7B 10 D2 7B 02 02 A6 B4 85 08 20 7C 200 05 D2 7C 02 02 A6 02 02 BF 05 2D AD 2D BD 00 3D 210 BE 01 07 24 02 80 13 02 02 B5 BE 02 04 24 0A 80 220 09 BE 04 04 24 12 80 02 24 1A 83 80 26 84 85 31 230 34 37 30 80 00 00 00 32 35 38 46 81 00 00 00 33 240 36 39 45 82 00 00 00 41 42 43 44 83 00 02 02 BF 250 02 01 9C D2 7E 02 02 A2 C0 82 75 82 08 E0 D0 82 260 54 07 B4 06 5A C0 82 C0 83 C0 D0 75 D0 08 12 01 270 12 74 FE 12 00 F4 D2 94 C2 94 D5 29 F6 30 8D FD 280 C2 8D D2 94 C2 94 75 8C F0 75 8A 00 05 29 E5 29 290 B4 00 EA 12 01 12 74 86 D0 D0 D0 83 D0 82 80 02 2A0 74 80 F5 28 80 19 E5 28 F7 09 B9 80 02 79 74 20 2B0 7B 0D 20 7C 0A EE 23 F5 2C BE 10 94 75 2C 01 D0 2C0 83 D0 82 D0 F0 D0 E0 D0 D0 32 C0 D0 C0 E0 C0 F0 2D0 C0 82 C0 83 75 D0 08 30 99 06 C2 99 D2 7F 80 0B 2E0 C2 98 E5 99 F7 09 B9 74 02 79 30 D0 83 D0 82 D0 2F0 F0 D0 E0 D0 D0 32 FF FF FF FF FF FF FF FF FF FF 300 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 310 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 320 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 330 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 340 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 350 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 360 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 370 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 380 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 390 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 3A0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 3B0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 3C0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 3D0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 3E0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 3F0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 400 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 410 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 420 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 430 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 440 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 450 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 460 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 470 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 480 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 490 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 4A0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 4B0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 4C0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 4D0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 4E0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 4F0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 500 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 510 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 520 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 530 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 540 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 550 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 560 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 570 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 580 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 590 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 5A0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 5B0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 5C0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 5D0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 5E0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 5F0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 600 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 610 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 620 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 630 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 640 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 650 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 660 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 670 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 680 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 690 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 6A0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 6B0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 6C0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 6D0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 6E0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 6F0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 700 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 710 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 720 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 730 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 740 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 750 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 760 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 770 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 780 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 790 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 7A0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 7B0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 7C0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 7D0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 7E0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 7F0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF
Sketch arduino usado para fazer o dump
Adaptado do que foi usado no projeto IntelbrasOP4114
//counter ICs = 2x SN74393N (total of 16 bits of which we use 11 to address the 16k of ROM mem)
int counter_reset = 2; //pin 2 & 12 of both counter ICs
int counter_increment = 3; //pin 1 of the first counter IC
//eprom IC = dm87s191
int eprom_data[8] = {6,7,8,9,10,11,12,13}; // pins 09, 10, 11, 13, 14, 15, 16, 17 of the eprom IC
//CE - CHIP ENABLE PINS
int oe=4; //pin 18 (CE2) of the eprom IC
int ce=5; //pin 19 (CE3) of the eprom IC
// PIN 20 (!CE1) connected to ground directly
long int address;
int data;
void reset_counter(){
digitalWrite(counter_increment, HIGH);
digitalWrite(counter_reset, HIGH);
delay(10);
digitalWrite(counter_reset, LOW);
}
void increment_counter(){
digitalWrite(counter_increment, LOW);
delay(10);//do we need it?
digitalWrite(counter_increment, HIGH);
}
void setup(){
address=0x0;
int i;
for (i=0;i<8;i++){
pinMode(eprom_data[i], INPUT);
}
pinMode(counter_reset, OUTPUT);
pinMode(counter_increment, OUTPUT);
pinMode(oe, OUTPUT);
pinMode(ce, OUTPUT);
digitalWrite(oe, LOW);
digitalWrite(ce, LOW);
reset_counter();
Serial.begin(38400);
}
int readDm87s191_counter(){
int i,j;
digitalWrite(oe, HIGH);
digitalWrite(ce, HIGH);
data=0;
for (i=0, j=1; i<8; i++,j*=2){
if (digitalRead(eprom_data[i])==HIGH){
data+=j;
}
}
digitalWrite(oe, LOW);
digitalWrite(ce, LOW);
increment_counter();
return data;
}
long int MAXADDR=0x7ff;
int chunk_size = 16;
void loop(){
reset_counter();
while(address<=MAXADDR){
Serial.print(address, HEX);
Serial.print("\t");
for (int i=0; i<chunk_size; i++){
Serial.print(readDm87s191_counter(), HEX);
Serial.print(" ");
}
Serial.println();
address+=chunk_size;
}
while(true){}
}
Disassembly do binário
Possível disassembly - não confirmado se está correto
Efetuado com a ferramenta d51v26
;
; D51 V2.6 8051 Disassembly of .\rom_painel_banctec.bin
; 9/21/2012 22:48
;
org 0
;
reset: ljmp X0026 ; 0000 02 00 26 ..&
;
ie0vec: mov r7,a ; 0003 ff . ; data truncated
;
org 0bh
;
tf0vec: ljmp X0180 ; 000b 02 01 80 ...
;
org 12h
;
here: mov r7,a ; 0012 ff .
ie1vec: mov r7,a ; 0013 ff . ; data truncated
;
org 1bh
;
tf1vec: mov r7,a ; 001b ff . ; data truncated
;
org 23h
;
servec: ljmp X02ca ; 0023 02 02 ca ..J
;
X0026: mov psw,#0 ; 0026 75 d0 00 uP.
mov p1,#0d4h ; 0029 75 90 d4 u.T
mov r0,#1 ; 002c 78 01 x.
X002e: mov @r0,#0aah ; 002e 76 aa v*
X0030: cjne @r0,#0aah,X0030 ; 0030 b6 aa fd 6*}
inc r0 ; 0033 08 .
cjne r0,#80h,X002e ; 0034 b8 80 f7 8.w
mov r0,#1 ; 0037 78 01 x.
X0039: mov @r0,#55h ; 0039 76 55 vU
X003b: cjne @r0,#55h,X003b ; 003b b6 55 fd 6U}
inc r0 ; 003e 08 .
cjne r0,#50h,X0039 ; 003f b8 50 f7 8Pw
mov r0,#0 ; 0042 78 00 x.
X0044: mov @r0,#0 ; 0044 76 00 v.
inc r0 ; 0046 08 .
cjne r0,#80h,X0044 ; 0047 b8 80 fa 8.z
mov sp,#10h ; 004a 75 81 10 u..
mov 2ch,#1 ; 004d 75 2c 01 u,.
mov 2dh,#0feh ; 0050 75 2d fe u-~
mov r1,#74h ; 0053 79 74 yt
mov r0,#74h ; 0055 78 74 xt
mov psw,#8 ; 0057 75 d0 08 uP.
mov r1,#30h ; 005a 79 30 y0
mov r0,#30h ; 005c 78 30 x0
setb 2fh.7 ; 005e d2 7f R.
mov dptr,#X4000 ; 0060 90 40 00 .@.
movx a,@dptr ; 0063 e0 `
mov 2eh,a ; 0064 f5 2e u.
mov tmod,#21h ; 0066 75 89 21 u.!
mov th1,#0fdh ; 0069 75 8d fd u.}
mov tl1,#0fdh ; 006c 75 8b fd u.}
mov th0,#0f0h ; 006f 75 8c f0 u.p
mov tl0,#0 ; 0072 75 8a 00 u..
mov ip,#2 ; 0075 75 b8 02 u8.
nop ; 0078 00 . ; data truncated
;
org 7bh
;
mov scon,#70h ; 007b 75 98 70 u.p
mov tcon,#50h ; 007e 75 88 50 u.P
mov ie,#92h ; 0081 75 a8 92 u(.
setb p1.5 ; 0084 d2 95 R.
setb p1.4 ; 0086 d2 94 R.
clr p1.4 ; 0088 c2 94 B.
X008a: lcall X0092 ; 008a 12 00 92 ...
lcall X016a ; 008d 12 01 6a ..j
sjmp X008a ; 0090 80 f8 .x
;
X0092: jnb int1,X0103 ; 0092 30 b3 6e 03n
mov psw,#8 ; 0095 75 d0 08 uP.
mov a,r1 ; 0098 e9 i
subb a,r0 ; 0099 98 .
jz X0103 ; 009a 60 67 `g
mov a,@r0 ; 009c e6 f
inc r0 ; 009d 08 .
cjne r0,#74h,X00a3 ; 009e b8 74 02 8t.
mov r0,#30h ; 00a1 78 30 x0
X00a3: cjne a,#0dh,X00a8 ; 00a3 b4 0d 02 4..
sjmp X010d ; 00a6 80 65 .e
;
X00a8: cjne a,#0ah,X00ad ; 00a8 b4 0a 02 4..
sjmp X0109 ; 00ab 80 5c .\
;
X00ad: cjne a,#0eh,X00b2 ; 00ad b4 0e 02 4..
sjmp X0130 ; 00b0 80 7e .~
;
X00b2: cjne a,#0ch,X00b7 ; 00b2 b4 0c 02 4..
sjmp X0112 ; 00b5 80 5b .[
;
X00b7: cjne a,#11h,X00bc ; 00b7 b4 11 02 4..
sjmp X013a ; 00ba 80 7e .~
;
X00bc: cjne a,#13h,X00c1 ; 00bc b4 13 02 4..
sjmp X0138 ; 00bf 80 77 .w
;
X00c1: cjne a,#14h,X00c6 ; 00c1 b4 14 02 4..
sjmp X0128 ; 00c4 80 62 .b
;
X00c6: cjne a,#15h,X00cb ; 00c6 b4 15 02 4..
sjmp X012c ; 00c9 80 61 .a
;
X00cb: cjne a,#8,X00d0 ; 00cb b4 08 02 4..
sjmp X0105 ; 00ce 80 35 .5
;
X00d0: cjne a,#17h,X00d5 ; 00d0 b4 17 02 4..
sjmp X00e9 ; 00d3 80 14 ..
;
X00d5: cjne a,#87h,X00eb ; 00d5 b4 87 13 4..
push psw ; 00d8 c0 d0 @P
mov psw,#0 ; 00da 75 d0 00 uP.
mov @r1,a ; 00dd f7 w
inc r1 ; 00de 09 .
cjne r1,#80h,X00e4 ; 00df b9 80 02 9..
mov r1,#74h ; 00e2 79 74 yt
X00e4: pop psw ; 00e4 d0 d0 PP
ljmp X0168 ; 00e6 02 01 68 ..h
;
X00e9: mov a,#87h ; 00e9 74 87 t.
X00eb: mov r5,2bh ; 00eb ad 2b -+
cjne r5,#20h,X00f2 ; 00ed bd 20 02 = .
sjmp X0168 ; 00f0 80 76 .v
;
X00f2: inc 2bh ; 00f2 05 2b .+
X00f4: mov dptr,#X2000 ; 00f4 90 20 00 . .
movx @dptr,a ; 00f7 f0 p
mov r7,#50h ; 00f8 7f 50 .P
X00fa: djnz r7,X00fa ; 00fa df fe _~
setb p1.1 ; 00fc d2 91 R.
X00fe: jb int1,X00fe ; 00fe 20 b3 fd 3}
clr p1.1 ; 0101 c2 91 B.
X0103: sjmp X0168 ; 0103 80 63 .c
;
X0105: dec 2bh ; 0105 15 2b .+
sjmp X0150 ; 0107 80 47 .G
;
X0109: inc 2ah ; 0109 05 2a .*
sjmp X0150 ; 010b 80 43 .C
;
X010d: mov 2bh,#0 ; 010d 75 2b 00 u+.
sjmp X0150 ; 0110 80 3e .>
;
X0112: mov 2bh,#0 ; 0112 75 2b 00 u+.
mov 2ah,#0 ; 0115 75 2a 00 u*.
setb p1.3 ; 0118 d2 93 R.
mov r7,#50h ; 011a 7f 50 .P
X011c: djnz r7,X011c ; 011c df fe _~
clr p1.3 ; 011e c2 93 B.
X0120: jb int1,X0120 ; 0120 20 b3 fd 3}
X0123: jnb int1,X0123 ; 0123 30 b3 fd 03}
sjmp X0168 ; 0126 80 40 .@
;
X0128: setb p1.2 ; 0128 d2 92 R.
sjmp X0168 ; 012a 80 3c .<
;
X012c: clr p1.2 ; 012c c2 92 B.
sjmp X0168 ; 012e 80 38 .8
;
X0130: mov 2bh,#0 ; 0130 75 2b 00 u+.
mov 2ah,#0 ; 0133 75 2a 00 u*.
sjmp X0150 ; 0136 80 18 ..
;
X0138: setb 2fh.5 ; 0138 d2 7d R}
X013a: mov a,r1 ; 013a e9 i
subb a,r0 ; 013b 98 .
jz X013a ; 013c 60 fc `|
mov a,@r0 ; 013e e6 f
jnb 2fh.5,X0148 ; 013f 30 7d 06 0}.
mov 2ah,a ; 0142 f5 2a u*
clr 2fh.5 ; 0144 c2 7d B}
sjmp X014a ; 0146 80 02 ..
;
X0148: mov 2bh,a ; 0148 f5 2b u+
X014a: inc r0 ; 014a 08 .
cjne r0,#74h,X0150 ; 014b b8 74 02 8t.
mov r0,#30h ; 014e 78 30 x0
X0150: mov b,#20h ; 0150 75 f0 20 up
mov a,2ah ; 0153 e5 2a e*
mul ab ; 0155 a4 $
add a,2bh ; 0156 25 2b %+
mov dptr,#X2000 ; 0158 90 20 00 . .
movx @dptr,a ; 015b f0 p
mov r7,#50h ; 015c 7f 50 .P
X015e: djnz r7,X015e ; 015e df fe _~
setb p1.0 ; 0160 d2 90 R.
mov r7,#50h ; 0162 7f 50 .P
X0164: djnz r7,X0164 ; 0164 df fe _~
clr p1.0 ; 0166 c2 90 B.
X0168: nop ; 0168 00 .
ret ; 0169 22 "
;
X016a: jnb 2fh.7,X017f ; 016a 30 7f 12 0..
mov psw,#0 ; 016d 75 d0 00 uP.
mov a,r1 ; 0170 e9 i
subb a,r0 ; 0171 98 .
jz X017f ; 0172 60 0b `.
mov a,@r0 ; 0174 e6 f
mov sbuf,a ; 0175 f5 99 u.
clr 2fh.7 ; 0177 c2 7f B.
inc r0 ; 0179 08 .
cjne r0,#80h,X017f ; 017a b8 80 02 8..
mov r0,#74h ; 017d 78 74 xt
X017f: ret ; 017f 22 "
;
X0180: push psw ; 0180 c0 d0 @P
push acc ; 0182 c0 e0 @`
push b ; 0184 c0 f0 @p
push dpl ; 0186 c0 82 @.
push dph ; 0188 c0 83 @.
mov psw,#0 ; 018a 75 d0 00 uP.
setb p1.4 ; 018d d2 94 R.
clr p1.4 ; 018f c2 94 B.
mov th0,#0f0h ; 0191 75 8c f0 u.p
mov tl0,#0 ; 0194 75 8a 00 u..
mov dph,#10h ; 0197 75 83 10 u..
mov a,2ch ; 019a e5 2c e,
X019c: mov r6,a ; 019c fe ~
mov dpl,a ; 019d f5 82 u.
movx a,@dptr ; 019f e0 `
anl a,#7 ; 01a0 54 07 T.
cjne a,#7,X01cf ; 01a2 b4 07 2a 4.*
jb 2fh.6,X01aa ; 01a5 20 7e 02 ~.
sjmp X01c9 ; 01a8 80 1f ..
;
X01aa: inc 2dh ; 01aa 05 2d .-
mov r5,2dh ; 01ac ad 2d --
cjne r5,#0,X0217 ; 01ae bd 00 66 =.f
clr 2fh.6 ; 01b1 c2 7e B~
mov 2dh,#0feh ; 01b3 75 2d fe u-~
jb 2fh.3,X01bf ; 01b6 20 7b 06 {.
jb 2fh.4,X01c7 ; 01b9 20 7c 0b |.
ljmp X02a6 ; 01bc 02 02 a6 ..&
;
X01bf: clr 2fh.3 ; 01bf c2 7b B{
mov 28h,#88h ; 01c1 75 28 88 u(.
ljmp X02a6 ; 01c4 02 02 a6 ..&
;
X01c7: clr 2fh.4 ; 01c7 c2 7c B|
X01c9: mov 2dh,#0feh ; 01c9 75 2d fe u-~
ljmp X02b5 ; 01cc 02 02 b5 ..5
;
X01cf: jnb 2fh.6,X0209 ; 01cf 30 7e 37 0~7
mov 2dh,#0feh ; 01d2 75 2d fe u-~
push dpl ; 01d5 c0 82 @.
mov dpl,#1 ; 01d7 75 82 01 u..
movx a,@dptr ; 01da e0 `
pop dpl ; 01db d0 82 P.
anl a,#7 ; 01dd 54 07 T.
cjne a,#0,X01e8 ; 01df b4 00 06 4..
mov a,#84h ; 01e2 74 84 t.
mov 28h,a ; 01e4 f5 28 u(
clr 2fh.4 ; 01e6 c2 7c B|
X01e8: mov a,28h ; 01e8 e5 28 e(
cjne a,#80h,X01f0 ; 01ea b4 80 03 4..
ljmp X0258 ; 01ed 02 02 58 ..X
;
X01f0: cjne a,#84h,X01fb ; 01f0 b4 84 08 4..
jb 2fh.3,X0206 ; 01f3 20 7b 10 {.
setb 2fh.3 ; 01f6 d2 7b R{
ljmp X02a6 ; 01f8 02 02 a6 ..&
;
X01fb: cjne a,#85h,X0206 ; 01fb b4 85 08 4..
jb 2fh.4,X0206 ; 01fe 20 7c 05 |.
setb 2fh.4 ; 0201 d2 7c R|
ljmp X02a6 ; 0203 02 02 a6 ..&
;
X0206: ljmp X02bf ; 0206 02 02 bf ..?
;
X0209: inc 2dh ; 0209 05 2d .-
mov r5,2dh ; 020b ad 2d --
cjne r5,#0,X024d ; 020d bd 00 3d =.=
cjne r6,#1,X021a ; 0210 be 01 07 >..
add a,#2 ; 0213 24 02 $.
sjmp X022a ; 0215 80 13 ..
;
X0217: ljmp X02b5 ; 0217 02 02 b5 ..5
;
X021a: cjne r6,#2,X0221 ; 021a be 02 04 >..
add a,#0ah ; 021d 24 0a $.
sjmp X022a ; 021f 80 09 ..
;
X0221: cjne r6,#4,X0228 ; 0221 be 04 04 >..
add a,#data1 ; 0224 24 12 $.
sjmp X022a ; 0226 80 02 ..
;
X0228: add a,#1ah ; 0228 24 1a $.
X022a: movc a,@a+pc ; 022a 83 .
sjmp X0253 ; 022b 80 26 .&
;
div ab ; 022d 84 .
mov 34h,31h ; 022e 85 31 34 .14
addc a,@r1 ; 0231 37 7
jnb p0.0,X0235 ; 0232 30 80 00 0..
X0235: nop ; 0235 00 . ; data truncated
;
org 237h
;
reti ; 0237 32 2
;
addc a,38h ; 0238 35 38 58
orl a,@r0 ; 023a 46 F
ajmp page4 ; 023b 81 00 ..
;
org 23fh
;
rlc a ; 023f 33 3
addc a,@r0 ; 0240 36 6
addc a,r1 ; 0241 39 9
X0242: orl a,dpl ; 0242 45 82 E.
nop ; 0244 00 . ; data truncated
;
org 247h
;
ajmp X0242 ; 0247 41 42 AB
;
orl 44h,#83h ; 0249 43 44 83 CD.
nop ; 024c 00 .
X024d: ljmp X02bf ; 024d 02 02 bf ..?
;
X0250: ljmp X019c ; 0250 02 01 9c ...
;
X0253: setb 2fh.6 ; 0253 d2 7e R~
ljmp X02a2 ; 0255 02 02 a2 .."
;
X0258: push dpl ; 0258 c0 82 @.
mov dpl,#8 ; 025a 75 82 08 u..
movx a,@dptr ; 025d e0 `
pop dpl ; 025e d0 82 P.
anl a,#7 ; 0260 54 07 T.
cjne a,#6,X02bf ; 0262 b4 06 5a 4.Z
push dpl ; 0265 c0 82 @.
push dph ; 0267 c0 83 @.
push psw ; 0269 c0 d0 @P
mov psw,#8 ; 026b 75 d0 08 uP.
lcall X0112 ; 026e 12 01 12 ...
mov a,#0feh ; 0271 74 fe t~
X0273: lcall X00f4 ; 0273 12 00 f4 ..t
setb p1.4 ; 0276 d2 94 R.
clr p1.4 ; 0278 c2 94 B.
djnz 29h,X0273 ; 027a d5 29 f6 U)v
X027d: jnb tf0,X027d ; 027d 30 8d fd 0.}
clr tf0 ; 0280 c2 8d B.
setb p1.4 ; 0282 d2 94 R.
clr p1.4 ; 0284 c2 94 B.
mov th0,#0f0h ; 0286 75 8c f0 u.p
mov tl0,#0 ; 0289 75 8a 00 u..
inc 29h ; 028c 05 29 .)
mov a,29h ; 028e e5 29 e)
cjne a,#0,X027d ; 0290 b4 00 ea 4.j
lcall X0112 ; 0293 12 01 12 ...
mov a,#86h ; 0296 74 86 t.
pop psw ; 0298 d0 d0 PP
pop dph ; 029a d0 83 P.
pop dpl ; 029c d0 82 P.
sjmp X02a2 ; 029e 80 02 ..
;
mov a,#80h ; 02a0 74 80 t.
X02a2: mov 28h,a ; 02a2 f5 28 u(
sjmp X02bf ; 02a4 80 19 ..
;
X02a6: mov a,28h ; 02a6 e5 28 e(
mov @r1,a ; 02a8 f7 w
inc r1 ; 02a9 09 .
cjne r1,#80h,X02af ; 02aa b9 80 02 9..
mov r1,#74h ; 02ad 79 74 yt
X02af: jb 2fh.3,X02bf ; 02af 20 7b 0d {.
jb 2fh.4,X02bf ; 02b2 20 7c 0a |.
X02b5: mov a,r6 ; 02b5 ee n
rl a ; 02b6 23 #
mov 2ch,a ; 02b7 f5 2c u,
cjne r6,#10h,X0250 ; 02b9 be 10 94 >..
mov 2ch,#1 ; 02bc 75 2c 01 u,.
X02bf: pop dph ; 02bf d0 83 P.
pop dpl ; 02c1 d0 82 P.
pop b ; 02c3 d0 f0 Pp
pop acc ; 02c5 d0 e0 P`
pop psw ; 02c7 d0 d0 PP
reti ; 02c9 32 2
;
X02ca: push psw ; 02ca c0 d0 @P
push acc ; 02cc c0 e0 @`
push b ; 02ce c0 f0 @p
push dpl ; 02d0 c0 82 @.
push dph ; 02d2 c0 83 @.
mov psw,#8 ; 02d4 75 d0 08 uP.
jnb ti,X02e0 ; 02d7 30 99 06 0..
clr ti ; 02da c2 99 B.
setb 2fh.7 ; 02dc d2 7f R.
sjmp X02eb ; 02de 80 0b ..
;
X02e0: clr ri ; 02e0 c2 98 B.
mov a,sbuf ; 02e2 e5 99 e.
mov @r1,a ; 02e4 f7 w
inc r1 ; 02e5 09 .
cjne r1,#74h,X02eb ; 02e6 b9 74 02 9t.
mov r1,#30h ; 02e9 79 30 y0
X02eb: pop dph ; 02eb d0 83 P.
pop dpl ; 02ed d0 82 P.
pop b ; 02ef d0 f0 Pp
pop acc ; 02f1 d0 e0 P`
pop psw ; 02f3 d0 d0 PP
reti ; 02f5 32 2
;
org 300h
;
page3: mov r7,a ; 0300 ff . ; data truncated
;
org 400h
;
page4: mov r7,a ; 0400 ff . ; data truncated
;
org 500h
;
page5: mov r7,a ; 0500 ff . ; data truncated
;
org 800h
;
inc r5 ; 0800 0d .
;
; SFR Equates
;
newsfr: equ 94h
;
; SFR bit Equates
;
port2_2: equ 0a2h
;
; Memory bit Equates
;
bitflag: equ 12h
;
; Symbol Equates
;
; These are symbols from the control
; file that are referenced in the code.
;
data1: equ 12h
;
; Miscellaneous Equates
;
; These are addresses referenced in the code but
; which are in the middle of a multibyte instruction
; or are addresses outside the initialized space.
;
X2000: equ 2000h
X4000: equ 4000h
;
end
;