}
}
write_1602com(er); for(j=0;j<16;j++) { }
Alam(4); pass=0; ReInputEn=0; ReInputCont=0; DisplayChar(); break;
write_1602dat(Error[j]);
if(i==4) {
write_1602com(er); for(j=0;j<16;j++) { }
write_1602dat(ResetOK[j]);
Alam(2);
WrToROM(TempPassword,0,4); }
ReInputCont=0;
ReInputEn=0;
}
CorrectCont=0;
else {
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}
Alam(1);
write_1602com(er); for(j=0;j<16;j++) {
write_1602dat(again[j]);
}
for(i=0;i<4;i++) {
TempPassword[i]=InputData[i];
}
}
N=0;
}
} }
void Cancel(void) {
unsigned char i; unsigned char j;
write_1602com(yi);
for(j=0;j<16;j++)
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}
{ }
write_1602com(er); for(j=0;j<16;j++) { }
Alam(2);
write_1602dat(start_line[j]); write_1602dat(name[j]);
for(i=0;i<4;i++) { } KEY=1; ALAM=1;
InputData[i]=0;
operation=0; pass=0;
ReInputEn=0; ErrorCont=0; CorrectCont=0; ReInputCont=0; open_led=1; sjmbz=0; s3_keydown=0; key_disable=0; mmsd=0; N=0;
unsigned char szzh(unsigned char d) {
29
unsigned char j,k; j=d; switch(j) { }
return(k); }
case (0): k=0x30;break; case (1): k=0x31;break; case (2): k=0x32;break; case (3): k=0x33;break; case (4): k=0x34;break; case (5): k=0x35;break; case (6): k=0x36;break; case (7): k=0x37;break; case (8): k=0x38;break; case (9): k=0x39;break;
void Ensure(void) {
if(N==4) {
if(ReInputEn==0&&mmsd==0)
{
for(i=0;i<4;) {
unsigned char i,j;
RdFromROM(CurrentPassword,0,4); RdFromROM(cun,16,1);
if(CurrentPassword[i]==InputData[i])
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{ } else {
ErrorCont++; if(ErrorCont==C) {
key_disable=1; pass=0;
i++;
break; }
} else
write_1602com(er); for(j=0;j<16;j++) { }
write_1602dat(Error[j]);
Alam(2); }
pass=0;
break;
if(i==4) {
CorrectCont++; if(CorrectCont==1) {
write_1602com(er);
for(j=0;j<16;j++)
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