BOOL COsakiParser::OnDataFrame(DATASTREAM *pStream, BYTE *pszBuffer, int nLength, void *pCallData)
{
ONDEMANDPARAM *pOndemand = (ONDEMANDPARAM *)pCallData;
OSAKI_OPTION_TBL *pOsakiOptionTbl;
int nIndex = pOndemand->nIndex;
unsigned long long int value;
XDEBUG(" OSAKI response payload : %d\r\n", nLength);
XDUMP((const char *)pszBuffer, nLength, TRUE);
if(!pOndemand) return TRUE;
pOsakiOptionTbl = &((OSAKI_OPTION_TBL *)pOndemand->pOndemandCallData)[nIndex];
if(pOsakiOptionTbl->nStatus == 0 && pOsakiOptionTbl->szDesc == NULL) return TRUE;
switch(pOsakiOptionTbl->nStatus)
{
case IDX_REQ_PULSE: // Current Pulse
value = AsciiToInt(pszBuffer + nLength - 7, 7); XDEBUG(" OSAKI Power : %ld KWh\r\n", value);
pOndemand->nCurPulse = (UINT) value;
break;
case IDX_REQ_RELAY_STATUS: // Current Pulse
value = AsciiToInt(pszBuffer + 12, 2); XDEBUG(" Relay : %ld\r\n", value);
switch((BYTE)value) {
case 0x00: pOndemand->nEnergyLevel = ENERGY_LEVEL_MAX; break;
case 0x01: pOndemand->nEnergyLevel = ENERGY_LEVEL_MIN; break;
default: pOndemand->nEnergyLevel = ENERGY_LEVEL_UNDEFINED; break;
}
/** Energy Level Update */
m_pEndDeviceList->SetEnergyLevel(&pOndemand->id, pOndemand->nEnergyLevel, 0);
XDEBUG(" ENERGY LEVEL : %d\r\n", pOndemand->nEnergyLevel);
break;
}
// Event signal
m_Locker.Lock();
pOndemand->bReply = TRUE;
pOndemand->nIndex ++;
m_Locker.Unlock();
SetEvent(pOndemand->hEvent);
return CIec21DataStream::OnDataFrame(pStream, pszBuffer, nLength, pCallData);
}
int SgTransmmit::RY_3KwPdmData(unsigned char *data, DevMonitorDataPtr data_ptr, int nDataLen, int &runstate)
{
if(data[2]!=0x10)
return RE_CMDACK;
DataInfo dainfo;
int nbase=4;
char data1=AsciiToInt(data[nbase+6]);
char data2=AsciiToInt(data[nbase+7]);
char data3=AsciiToInt(data[nbase+8]);
char data4=AsciiToInt(data[nbase+9]);
char data5=AsciiToInt(data[nbase+10]);
char data6=AsciiToInt(data[nbase+11]);
dainfo.bType = false;
dainfo.fValue = (((data2&0x0F)<<4)|(data1&0x0F))*0.01+(((((((data6&0x0F)<<4)|(data5&0x0F))<<4)|(data4&0x0F))<<4)|(data3&0x0F));
data_ptr->mValues[0] = dainfo;
data1=AsciiToInt(data[nbase+12]);
data2=AsciiToInt(data[nbase+13]);
data3=AsciiToInt(data[nbase+14]);
data4=AsciiToInt(data[nbase+15]);
data5=AsciiToInt(data[nbase+16]);
data6=AsciiToInt(data[nbase+17]);
dainfo.fValue = (((data2&0x0F)<<4)|(data1&0x0F))*0.01+(((((((data6&0x0F)<<4)|(data5&0x0F))<<4)|(data4&0x0F))<<4)|(data3&0x0F));
data_ptr->mValues[1] = dainfo;
if(data_ptr->mValues[0].fValue>data_ptr->mValues[1].fValue)
{
dainfo.fValue = sqrt((data_ptr->mValues[0].fValue+data_ptr->mValues[1].fValue)/(data_ptr->mValues[0].fValue-data_ptr->mValues[1].fValue));
}
else{
dainfo.fValue = 0;
}
data_ptr->mValues[2] = dainfo;
data1=AsciiToInt(data[nbase]);
data2=AsciiToInt(data[nbase+1]);
data3=AsciiToInt(data[nbase+2]);
data4=AsciiToInt(data[nbase+3]);
data5=AsciiToInt(data[nbase+4]);
data6=AsciiToInt(data[nbase+5]);
dainfo.fValue = (((data2&0x0F)<<4)|(data1&0x0F))*0.01+(((((((data6&0x0F)<<4)|(data5&0x0F))<<4)|(data4&0x0F))<<4)|(data3&0x0F));
data_ptr->mValues[3] = dainfo;
for(int i=0;i<5;++i)
{
data1=AsciiToInt(data[nbase+18+6*i]);
data2=AsciiToInt(data[nbase+19+6*i]);
data3=AsciiToInt(data[nbase+20+6*i]);
data4=AsciiToInt(data[nbase+21+6*i]);
data5=AsciiToInt(data[nbase+22+6*i]);
data6=AsciiToInt(data[nbase+23+6*i]);
dainfo.fValue = (((data2&0x0F)<<4)|(data1&0x0F))*0.01+(((((((data6&0x0F)<<4)|(data5&0x0F))<<4)|(data4&0x0F))<<4)|(data3&0x0F));
data_ptr->mValues[4+i] = dainfo;
}
for(int j=0;j<2;++j)
{
data3=AsciiToInt(data[nbase+48+4*j]);
data4=AsciiToInt(data[nbase+49+4*j]);
data5=AsciiToInt(data[nbase+50+4*j]);
data6=AsciiToInt(data[nbase+51+4*j]);
dainfo.fValue = ((((((data6&0x0F)<<4)|(data5&0x0F))<<4)|(data4&0x0F))<<4)|(data3&0x0F);
data_ptr->mValues[9+j] = dainfo;
}
dainfo.bType = true;
for(int k=0;k<3;++k)
{
data1=AsciiToInt(data[nbase+56+k]);
for(int i=0;i<4;++i)
{
dainfo.fValue = (Getbit(data1,i)==0 ? 1:0);
data_ptr->mValues[11+k*4+i] = dainfo;
}
}
return RE_SUCCESS;
}
