int main()
{
int nProbs, probNum, ret, ansInd;
if(fgets(&(inbuf[0]), 511, stdin) == NULL)
{
fprintf(stderr, "Read failed on problem count\n");
return -1;
}
if(sscanf(&(inbuf[0]), "%d", &nProbs) != 1)
{
fprintf(stderr, "Scan failed on problem count\n");
return -2;
}
if((nProbs < 1) || (nProbs > 1000))
{
fprintf(stderr, "problem count %d not in range 1 to 1000\n", nProbs);
return -3;
}
for(probNum = 1; probNum <= nProbs ; probNum++)
{
ret = ParseFlatLayout(probNum);
if(ret != 0)
{
return ret;
}
GetCornerVals(probNum);
for(ansInd = 0; ansInd < 5 ; ansInd++)
{
ret = ParseAnswer(probNum, ansInd);
if(ret != 0)
{
return ret;
}
}
CountPrintMatch(probNum);
}
return 0;
}
bool AskConunter()
{
char *pxBuf;
char tmpbuffX[16];
// Find Device
rs485size = iecProcReqPacket(rs485buf, "", 10);
if (!SendReseive())
return false;
uint8 boolX = iecIndProc(rs485buf, &id);
if (false==boolX)
{
return false;
}
// Password & security
rs485size = iecOptionsAckPacket(rs485buf, '0', '5', '1');
if (!SendReseive())
return false;
boolX = iecProcAddrAnswer(rs485buf, &RAM.strings[0][0], 128);
if (false==boolX)
{
return false;
}
//#define IEC_PASS "777777"
char* pass=((FLASHMEM*) DEVICE_FLASHMEM_LOCATION)->devcfg.logica.reserv;
if (strlen((char*)pass)>0 && strlen((char*)pass)<15)
{
rs485size = iecProcPassPacket(rs485buf, (char*)(((FLASHMEM*) DEVICE_FLASHMEM_LOCATION)->devcfg.logica.reserv), 16);
if(!SendReseive())return false;
if(rs485buf[0] != ACK)return false;
}
if (!AskParam("DATE_", tmpbuff))
return false;
ParseAnswer(tmpbuff, &RAM.strings[1][0]);
if (!AskParam("TIME_", tmpbuff))
return false;
ParseAnswer(tmpbuff, &RAM.strings[2][0]);
if (!AskParam("SNUMB", tmpbuff))
return false;
ParseAnswer(tmpbuff, &RAM.strings[3][0]);
if (!AskParam("ET0PE", tmpbuff))
return false;
ParseAnswer(tmpbuff, &RAM.strings[4][0]);
if (!AskParam("POWPP", tmpbuff))
return false;
pxBuf = tmpbuff;
pxBuf = ParseAnswer(pxBuf, &RAM.strings[5][0]);
pxBuf = ParseAnswer(pxBuf, &RAM.strings[6][0]);
pxBuf = ParseAnswer(pxBuf, &RAM.strings[7][0]);
if (!AskParam("VOLTA", tmpbuff))
return false;
pxBuf = tmpbuff;
pxBuf = ParseAnswer(pxBuf, &RAM.strings[8][0]);
pxBuf = ParseAnswer(pxBuf, &RAM.strings[9][0]);
pxBuf = ParseAnswer(pxBuf, &RAM.strings[10][0]);
if (!AskParam("CURRE", tmpbuff))
return false;
pxBuf = tmpbuff;
pxBuf = ParseAnswer(pxBuf, &RAM.strings[11][0]);
pxBuf = ParseAnswer(pxBuf, &RAM.strings[12][0]);
pxBuf = ParseAnswer(pxBuf, &RAM.strings[13][0]);
if (!AskParam("FREQU", tmpbuff))
return false;
pxBuf = tmpbuff;
pxBuf = ParseAnswer(pxBuf, &RAM.strings[14][0]);
if (!AskParam("ET0PE", tmpbuff))
return false;
ParseAnswer(tmpbuff, &RAM.strings[15][0]);
GetDateStringLM(tmpbuffX);
if (!AskParamArg("ENMPE", tmpbuff,tmpbuffX))
return false;
ParseAnswer(tmpbuff, &RAM.strings[16][0]);
GetDateStringLD(tmpbuffX);
if (!AskParamArg("ENDPE", tmpbuff,tmpbuffX))
return false;
ParseAnswer(tmpbuff, &RAM.strings[17][0]);
MakeiFixUIP();
rs485size = iecProcExitPacket(rs485buf);
GPIO_SetBits(GPIOB, GPIO_Pin_14);
//AT91F_PIO_SetOutput(AT91C_BASE_PIOA, USART0_RTS);
uart3Write((uint8*) rs485buf, rs485size);
vTaskDelay(300);
return true;
}
