bool SearchDefHouIndex2(uint wLimit)
{
tiAlt = tiDig;
dwTmp = DateToHouIndex();
tiAlt = tiCurr;
dwBuffC = DateToHouIndex();
if (dwTmp > dwBuffC) return(0);
if (dwBuffC - dwTmp > wHOURS) return(0);
if (dwTmpPrev == 0)
{
dwTmpPrev = dwTmp;
}
else
{
if (dwTmp > dwTmpPrev) return(0);
if (dwTmpPrev - dwTmp > wLimit) return(0);
dwTmpPrev = dwTmp;
}
iwDigHou = (wHOURS+iwHardHou-(dwBuffC-dwTmp)) % wHOURS;
return(1);
}
bool SearchDefHouIndex(time tiExt)
{
ulong dwExt = DateToHouIndex(tiExt);
ulong dwInt = DateToHouIndex(tiCurr);
if (dwExt > dwInt) return(0);
ulong dw = dwInt - dwExt;
if (dw > wHOURS) return(0);
iwDigHou = (wHOURS+iwHardHou-dw) % wHOURS;
return(1);
}
void QueryHeaderS(void)
{
HideCurrTime(1);
ulong dw = DateToHouIndex(tiDigPrev);
dw -= wBaseCurr;
tiDig = HouIndexToDate(dw);
InitPush(0);
PushChar(0xC0);
PushChar(0x48);
PushAddressS();
PushChar(0xD5);
PushChar(0x01);
PushChar(0x34);
PushChar(ToBCD(tiDig.bDay));
PushChar(ToBCD(tiDig.bMonth));
PushChar(ToBCD(tiDig.bYear));
PushChar(tiDig.bHour*2 + tiDig.bMinute/30);
PushChar(4);
QueryS(100+23, 20);
}
void QueryHeaderQ(void)
{
HideCurrTime(1);
ulong dw = DateToHouIndex(tiDigPrev);
dw -= wBaseCurr;
tiDig = HouIndexToDate(dw);
szHi[10] = 'A' + ibLineQ;
QueryHeaderQ_22(ibLineQ);
}
void QueryHeaderU_Plc(void)
{
HideCurrTime(1);
ulong dw = DateToHouIndex(tiDigPrev);
dw -= wBaseCurr;
tiDig = HouIndexToDate(dw);
szHi[10] = 'A' + ibMinor;
ibMinorMax = 2;
QueryHeaderU_Plc_Inner();
}
bool ReadDataU_Plc(void)
{
uchar i;
for (i=0; i<bPlcUSize; i++)
{
ulong dw = DateToHouIndex(tiDigPrev);
dw += (bPlcUSize-1);
dw -= (wBaseCurr + i);
tiDig = HouIndexToDate(dw);
if (ReadDataU_Plc_Inner(bPlcUSize-1-i) == 0) return(0);
}
wBaseCurr += bPlcUSize;
if (wBaseCurr > wHOURS) return(0);
return(1);
}
void OutImpCanHouExt(void)
{
InitPushPtr();
uint wSize = 0;
uint iwHhr = bInBuff6*0x100 + bInBuff7;
if (enGlobal == GLB_PROGRAM)
Result(bRES_NEEDWORK);
else if (iwHhr >= wHOURS)
Result(bRES_BADADDRESS);
else
{
uchar i;
for (i=0; i<bInBuff8; i++)
{
ulong dw = DateToHouIndex(tiCurr);
dw -= iwHhr;
time ti = HouIndexToDate(dw);
wSize += PushTime(ti);
if (LoadImpHouFree((wHOURS+iwHardHou-iwHhr) % wHOURS) == false) { Result(bRES_BADFLASH); return; }
uchar c;
for (c=0; c<bCANALS; c++)
{
if (iwHhr >= wHOURS)
PushIntBig(0);
else
PushIntBig( mpwImpHouCan[ PrevSoftHou() ][ c ] );
wSize += sizeof(uint);
}
iwHhr++;
}
OutptrOutBuff(wSize);
}
}
bool ReadHeaderS(void)
{
uchar i;
for (i=0; i<4; i++)
{
ulong dw = DateToHouIndex(tiDigPrev);
dw += 4-1;
dw -= (wBaseCurr + i);
tiDig = HouIndexToDate(dw);
if (dw < dwValueS)
if (ReadDataS(4-1-i) == 0) return(0);
}
wBaseCurr += 4;
if (wBaseCurr > wHOURS) return(0);
return(1);
}
bool ReadDataQ(void)
{
uchar j;
sprintf(szLo," %02u %02u.%02u.%02u", tiDig.bHour, tiDig.bDay,tiDig.bMonth,tiDig.bYear);
if (SearchDefHouIndex(tiDig) == 0) return(1);
if ((tiDig.bDay == tiCurr.bDay) &&
(tiDig.bMonth == tiCurr.bMonth) &&
(tiDig.bYear == tiCurr.bYear))
j = 47-(tiCurr.bHour*2+tiCurr.bMinute/30);
else
j = 0;
uchar h;
for (h=j; h<48; h++)
{
ResetWatchdog();
MakeDataQ(47-h);
MakeSpecial(tiDig);
if (MakeStopHou(0) == 0) return(0);
ulong dw = DateToHouIndex(tiDigPrev);
dw -= wBaseCurr;
tiDig = HouIndexToDate(dw);
iwDigHou = (wHOURS+iwDigHou-1)%wHOURS;
}
return(1);
}
bool ReadHeaderBNew(uchar ibBlock, bool fDelay)
{
HideCurrTime(1);
InitPop((uint)(1+(16-ibBlock)*15));
PopChar();
tiDig.bHour = FromBCD(PopChar()); // врем¤/дата часового блока
tiDig.bMinute = FromBCD(PopChar());
tiDig.bDay = FromBCD(PopChar());
tiDig.bMonth = FromBCD(PopChar());
tiDig.bYear = FromBCD(PopChar());
if ((tiDig.bHour == 0) && // обрабатываем пустой блок
(tiDig.bMinute == 0) &&
(tiDig.bDay == 0) &&
(tiDig.bMonth == 0) &&
(tiDig.bYear == 0))
{
if (++iwMajor > GetMaxShutdown()) return(0);
sprintf(szLo," выключено: %-4u ",iwMajor); if (fDelay == 1) DelayOff();
if (iwDigHou != 0)
{
iwDigHou = (wHOURS+iwDigHou-1)%wHOURS;
ShowProgressDigHou();
return(MakeStopHou(0));
}
else return(1);
}
if ((tiDig.bDay == tiSummer.bDay) &&
(tiDig.bMonth == tiSummer.bMonth))
{
if ((tiDig.bHour == 3) &&
(tiDig.bMinute == 0))
{
tiDig.bHour = 2;
tiDig.bMinute = 0;
}
}
sprintf(szLo," %02u %02u.%02u.%02u", tiDig.bHour, tiDig.bDay,tiDig.bMonth,tiDig.bYear);
if ((tiDig.bMinute % 30) != 0) // обрабатываем неполный получасовой блок
{
tiDig.bMinute = (tiDig.bMinute / 30)*30;
if (SearchDefHouIndex(tiDig) == 0) { szLo[4] = '?'; if (fDelay == 1) DelayOff(); return(1); }
iwDigHou = (wHOURS+iwDigHou+1)%wHOURS;
}
else if (SearchDefHouIndex(tiDig) == 0) { szLo[4] = '?'; if (fDelay == 1) DelayOff(); return(1); }
iwMajor = 0; // обнул¤ем счЄтчик после получени¤ правильных данных
iwDigHou = (wHOURS+iwDigHou-1)%wHOURS; // врем¤ записи должно соответсвовать началу получасового блока
ulong dw = DateToHouIndex(tiCurr);
dw -= (wHOURS + iwHardHou - iwDigHou) % wHOURS;
time ti = HouIndexToDate(dw);
ShowProgressDigHou();
if (fDelay == 1) DelayOff();
PopChar();
uchar i;
for (i=0; i<4; i++)
{
uint w = PopChar();
w += PopChar()*0x100;
if (w == 0xFFFF) w = 0;
mpwChannels[i] = w;
}
MakeSpecial(ti);
return(MakeStopHou(0));
}
